Level 1 lifecycle of each product from the bank’s point of view, with treasury and the broker-dealer as a single entity. Columns are the parties, rows the phases from pre-trade to maturity; numbered steps are messages, deliveries or payments between them, with the channel or infrastructure in the pill. Hover a step for the detail, click it or use the walkthrough to be taken through the diagram step by step. Where a product has distinct routes (voice or electronic, bilateral or cleared, gross or CLS), the lettered routes show them side by side. The Inside the Bank section covers the same flows from inside the bank, team by team and system by system. US market conventions throughout; all numbers illustrative. New to this? Begin with Start here.
Asset class
Product
FX
Money Markets
Rates
Fixed Income
Securitized
Equities
Commodities
Inside the Bank
Foundations
Front office
Operations
Client businesses
Control
How the diagrams work, the lifecycle common to all 62 products, a map of the products and of the views inside the bank, where each product trades, clears and settles, and a glossary.
Currencies trade over the counter, USD on one side of nearly nine trades in ten. The bank quotes off the interbank market, deals, then hedges or warehouses. Spot and forwards settle gross or in CLS; everything beyond spot is a swap under US rules and is reported to a trade repository; options add premium and expiry events; prime brokerage lets a fund trade with many dealers on the bank’s credit, every trade given up to the bank.
Pre-tradeThe client asks for a price by voice or sees a streaming one; the bank prices off the interbank market and adds a margin.
ExecutionDone in seconds; the bank hedges in the market or keeps the risk against opposite client flow.
Post-tradeConfirmations by SWIFT or on the venue; forwards, swaps, NDFs and options are reported to the trade repository.
SettlementEach currency moves on its own payment system (gross) or both together in CLS (payment versus payment).
Life and maturityForwards and options are marked daily until the value date or expiry; collateral moves under a CSA; options are exercised or lapse.
The short end of the market, where the bank funds itself and where clients place cash. Treasury bills, commercial paper and CDs are discount or short-coupon instruments settling same day or T+1 through Fedwire Securities or DTC’s money market program; fed funds and repo are the overnight markets that balance the bank’s reserve account; securities lending is the stock-borrow side of the same desks.
Pre-tradeRates are quoted in discount or money-market yield; treasury sets the bank’s own funding curve; brokers show fed funds and repo levels.
ExecutionTrades are done in the morning for same-day settlement; the bank is dealer (bills, CP), issuer (CDs, deposits) or borrower (fed funds, repo).
Post-tradeConfirmations by MT320 or platform; FR 2420 report for fed funds; sponsored repo submitted to FICC; CP created by the issuing and paying agent.
SettlementSame day: bills on Fedwire Securities, CP and CDs through DTC’s MMI program, fed funds by Fedwire, repo bilateral, triparty at BNY Mellon or through FICC.
MaturityDays to months later: par repaid, cash and collateral returned, and most of it rolled into the next trade.
Derivatives on interest rates. Standard swaps are traded on SEFs and cleared at a CCP; swaptions, caps and floors stay bilateral under the ISDA; FRAs fix a single period; futures run through the bank as FCM; inflation swaps add the CPI to the lifecycle; cross-currency basis swaps exchange principal in two currencies and stay bilateral; xVA covers the counterparty, funding and capital costs of uncollateralized trades. The bonds themselves are under Fixed Income.
Pre-tradeRequest for quote on a SEF or by voice; the bank prices off its curve, the vol surface and the interdealer screens.
ExecutionSwaps trade in rate, options in volatility, futures on the exchange; the bank hedges its DV01 with Treasury futures or interdealer swaps and its vega in the options market.
Post-tradeSDR report for every swap; electronic confirmation on Markitwire; novation to the CCP for cleared products.
Clearing and settlementCleared swaps and futures live at the CCP with initial and variation margin; bilateral trades exchange premium and collateral under the CSA.
Life and maturityFloating resets, fixings, caplets and settlements; daily margin, compression, rolls; inflation swaps re-index with each CPI print.
Bonds and the credit derivatives on them. Treasuries settle delivery versus payment on Fedwire Securities and net at FICC, with TIPS adding the CPI; corporate bonds are made out of dealer inventory, printed on TRACE and settled at DTC on T+1; new issues are born through a one-day bookbuild; index CDS are cleared, single names bilateral; leveraged loans settle by assignment through the agent bank with no depository at all; municipal bonds are the tax-exempt market, sold by competitive or negotiated sale and reported to the MSRB instead of FINRA.
Pre-tradeRFQ to several dealers on Tradeweb, MarketAxess or Bloomberg, an auction bid or a bid list; the bank quotes in yield or as a spread over Treasuries from its inventory and axes.
ExecutionDone on the platform or by voice; the bank hedges rates with Treasury futures and spread risk with CDS, or runs it.
Post-tradeTRACE or RTRS print within minutes; allocation and affirmation through CTM; CDS confirmed on MarkitSERV and reported to the SDR or SBSDR.
SettlementTreasuries DVP on Fedwire Securities, corporates and munis DVP at DTC, on T+1; index CDS novated to ICE Clear Credit; loans by assignment through the agent, days to weeks later.
Life and maturityCoupons through Fedwire Securities or DTC; TIPS re-index with the CPI; CDS pay quarterly and roll twice a year; loans pay through the agent.
Bonds backed by pools of loans. Agency MBS trade as TBAs, forward contracts on generic pools, netted at FICC MBSD with pools announced 48 hours before a monthly settlement on Fedwire; specified pools trade by CUSIP at a payup; agency CMOs re-cut pools into tranches with different prepayment profiles; ABS and CMBS are structured by the bank, placed with investors, born at DTC and then run monthly through servicer and trustee.
Pre-tradeTBAs are quoted off the interdealer screen; pools and tranches are analyzed loan by loan and bid on lists as a payup or a spread to swaps.
ExecutionForward trades for TBAs with a monthly settlement date; cash trades for pools and tranches; the bank hedges duration and sells TBA against pools.
Post-tradeTRACE report; TBAs netted at FICC MBSD with daily variation margin; new issues priced and allocated, then closed into DTC.
SettlementAgency MBS on Fedwire Securities after pool notification; non-agency ABS and CMBS at DTC on T+1, with a factor applied.
Life and maturityMonthly factors and remittances: the servicer collects, the trustee pays the waterfall; prepayments and losses are watched against the model.
Stocks and the derivatives on them. Cash equities trade across 16 exchanges and dozens of venues, net at NSCC and settle at DTC on T+1; listed options clear at OCC and index futures at CME, with the bank as broker, market maker or FCM; OTC options, variance swaps and total return swaps are bilateral, reported to the SEC’s repositories; ETFs are created and redeemed by the bank as authorized participant; convertibles are credit plus an equity option traded against a stock hedge; structured notes are the bank’s own debt with an option inside, sold through distributors.
Pre-tradeOrders arrive by FIX from the client’s system or by voice for blocks; pre-trade risk checks run on every order; OTC products are quoted off vol surfaces.
ExecutionAlgorithms slice orders across exchanges and dark pools, or the bank prints a block as principal; listed derivatives match on the exchange and clear at OCC or CME.
Post-tradeTape and CAT reporting; allocation and affirmation through CTM by 21:00 ET; OTC derivatives reported to the SEC’s security-based swap repository.
SettlementStocks and ETFs net at NSCC and settle at DTC on T+1; options and futures live at the clearing house with daily margin; OTC trades exchange premium and collateral.
Life and maturityDividends and corporate actions through DTC; daily margin and delta re-hedging; expiry, exercise, resets and terminations.
Energy and metals, financial and physical. The bank writes commodity swaps for producers and consumers and hedges them in futures; as FCM it clears clients’ NYMEX and ICE futures, which end in physical delivery unless closed; gold trades like a currency and settles as a book entry in London or as identified bars.
Pre-tradePrices come from the futures curve (NYMEX, ICE, COMEX) and the physical market; swaps are quoted as a strip, metals in USD per ounce.
ExecutionSwaps by voice or chat with the bank as counterparty; futures on the exchange with the bank as FCM; the bank hedges swaps in futures.
Post-tradeISDA commodity confirmations and SDR reports for swaps; clearing at CME for futures; MT600 confirmations for metals.
SettlementSwaps settle in cash against the monthly average; futures by daily variation margin; gold as unallocated book entry in London or as allocated bars.
Life and maturityMonthly settlements and hedge rolls; position limits as expiry nears; physical delivery for futures held through the last trading day.
The same flows seen from inside the bank: who does what, in which system, in what order. The views follow a trade through the bank. Front to Back is the map. The foundations come first: the client, the instrument and the product must exist before anything trades. The front office prices the trade and manages the risk; operations confirms, clears, settles, margins and funds it; two client businesses, futures clearing and prime brokerage, run on that machinery; the control functions watch all of it and report to the regulators. Columns are the bank’s own teams, with the outside world at an edge; the pills name the systems.
FoundationsClient onboarding, reference data and new product approval: the client, the instrument and the product exist and are approved before a trade can be booked. Systems: client master, security master, model inventory.
Front officeSales covers the client and quotes; trading makes prices, hedges and owns the P&L; the pricing engine quotes at scale. Systems: market data platform, pricing library, trade capture.
OperationsTrade support confirms and reports; settlements, clearing and custody move and hold the securities; collateral and cash management fund the positions. Systems: confirmation and settlement systems, SWIFT gateway, collateral system, payment hub.
Client businessesThe bank as futures commission merchant and as prime broker: execution, clearing, margin, financing and stock borrow for clients, on the same operations. Systems: FCM clearing system, PB portal, margin engines.
ControlIndependent of the desk: limits and exposure, official P&L and valuation, surveillance, and the reports to the regulators from real-time trade reports to periodic returns. Systems: risk engine, P&L and ledger, surveillance, reporting hub.
How to read a diagram
Columns are the partiesThe client on the left, the bank (treasury and broker-dealer as one) next to it, then the market the bank hedges in, then the infrastructures: clearing houses, depositories, payment systems, trade repositories. In the Inside the Bank section the columns are the bank’s own teams instead, with the outside world at an edge.
Rows are the phasesTime runs down the page: pre-trade, execution, post-trade, clearing and settlement, life of trade, maturity. The band label gives the timing (T is trade date, T+1 the next business day).
Arrows are stepsNumbered in order. Solid arrows are messages, deliveries or payments; dashed ones are standing flows like price streams; two-headed ones are exchanged or matched; dotted with a hollow badge are optional. Boxes on a lifeline are things a party does internally.
Pills are the channelAmber for voice and chat, blue for electronic platforms, rose for SWIFT messages, grey for infrastructure systems, teal for market data, lavender for the bank’s internal systems. Each pill shows a one-line definition on hover.
Figures are the worked exampleThe short figures under the arrows follow one illustrative trade through the lifecycle; the strip above the diagram summarizes it. Hovering a step shows the full detail; clicking it opens the walkthrough.
Letters are routesWhere a product can go two or three ways (voice or electronic, gross or CLS, bilateral or cleared, bilateral or triparty repo), the lettered, colored steps show each route; black numbered steps are shared.
A product can be read two ways: scroll the diagram and hover for detail, or press Walk through the steps above any diagram to follow it one step at a time, with the detail in a card. The arrow keys move forward and back.
The lifecycle every product follows
BankClientMarket participantsMarket infrastructuremessage or transferstanding flowexchanged and matchedoption, when needed1sequence, on the party that actsVoice, chatElectronic platform, APISWIFT messageInfrastructure system (payment, clearing, reporting)Market datahover an arrow or a badge for the full detail
Each product is a variation of this sequence: a price, a trade, an agreement on the facts, an exchange of value, and the maintenance of the position until it ends. What changes is who sits in the market infrastructure column, how long each phase takes, and which phases a product skips.
The products, 62 of them
Each card opens its diagram. The asset-class and product tabs at the top do the same; the search box finds a product by name or keyword.
Inside the bank, 14 views
The same flows seen from the bank’s own teams: who does what, in which system. Front to Back is the map; the foundations (client, instrument, product) come before any trade; the front office prices and hedges; operations confirms, clears, settles, margins and funds; the futures and prime brokerage businesses run on that; the control functions watch all of it.
Where each product trades, clears, settles and is reported
The same five questions for every product. Cleared means a clearing house stands between the two parties after the trade; the cycle is the gap between the trade and the exchange of value.
voice, chat, Bloomberg; the quarterly WCI auctions; ICE Futures US for the futures
ICE Clear US for the futures; spot and forwards bilateral
transfer between CITSS accounts against a wire, no DVP
spot T+2 to T+5; forwards to December; auctions quarterly
CITSS records and CARB’s market monitor; CFTC large trader for the futures; no SDR for physical forwards
Glossary
The terms that come back on every diagram. Every pill in the diagrams also shows its definition on hover.
Concepts
DVP: Delivery versus payment: the security and the cash move at the same moment, so neither party is exposed to the other.
PvP: Payment versus payment: both currencies of an FX trade settle together, which is what CLS does.
CCP: Central counterparty or clearing house: steps between buyer and seller after the trade, guarantees both sides and collects margin.
Novation: The legal step by which one trade between two parties becomes two trades with the clearing house in the middle.
Clearing member: A firm that is a direct member of a clearing house and clears for itself and its clients.
Sponsored clearing: A clearing member bringing its clients’ trades into the clearing house under its own membership; at FICC, the netting member sponsors money funds, hedge funds and asset managers into the CCP, submits their Treasury and repo trades, guarantees their performance and margins them.
FCM: Futures commission merchant: the broker that routes a client’s futures orders, clears them and holds the client’s margin in a segregated account.
Initial margin: Collateral posted at the start of a trade to cover the loss if a party defaults and the position has to be closed out.
Variation margin: The daily cash or collateral payment of the change in a trade’s value, so that exposure never builds up.
Haircut: The discount applied to collateral: lending USD 100 against USD 102 of bonds is a 2% haircut.
Mark to market: Revaluing a position at today’s market price; the basis for margin calls and the P&L.
Netting: Offsetting all of a firm’s buys and sells of the same thing into one net delivery or payment.
Affirmation: The client’s or custodian’s agreement with the trade details on trade date, required for next-day settlement in the US.
Allocation: Splitting a block trade across the funds and accounts it was executed for, at the average price, under the manager’s allocation policy.
Settlement cycle: The gap between trade date and settlement date: T+1 for US stocks, bonds and Treasuries; T+2 for most FX spot.
Repo: Repurchase agreement: selling a security and agreeing to buy it back tomorrow at a slightly higher price, which is a secured loan.
Hedge: A trade the bank does in the market to offset the risk it took on from the client.
Warehouse: Keeping a client position unhedged for a while, expecting opposite client flow or a favorable move.
Back to back: Hedging a client trade immediately with an identical opposite trade, so the bank keeps only the margin.
Last look: A dealer’s right to reject a client’s electronic trade request within a short window after it arrives.
ISDA: The master agreement that governs over-the-counter derivatives between two parties; the CSA is its collateral annex.
Custodian: The bank that holds a client’s securities and cash and settles its trades (BNY Mellon, State Street, JPMorgan, Northern Trust).
Trade repository: A designated trade repository (DTCC’s DDR, CME’s or ICE’s) to which Canadian derivatives trades are reported under the provincial trade reporting rules (OSC Rule 91-507 and its equivalents), by the dealer side where one of the parties is a dealer.
Prime broker: The bank that gives a fund financing, stock borrow, one credit line to trade with many dealers, and settles and reports all of it in one place.
Give-up: A trade executed with one dealer and handed to the client’s prime broker, which becomes the counterparty to both sides.
Cross-currency basis: The spread added to the non-USD leg of a cross-currency swap so that it prices at par; a measure of how expensive USD is to borrow through the swap market.
REMIC: Real estate mortgage investment conduit: the tax-exempt trust that holds mortgage pools and issues CMO classes against them.
PAC: Planned amortization class: a CMO tranche that pays on a fixed schedule as long as prepayments stay within a band; a support tranche absorbs the rest.
Autocall: A note that is redeemed early at par plus coupon when its underlying index is at or above a set level on an observation date.
Conversion ratio: The number of shares a convertible bond turns into; the conversion price is par divided by that number.
Markup: The difference between the price a dealer pays and the price it charges a customer on a principal trade, limited by FINRA’s fair pricing rule and disclosed on bond confirmations since 2018.
Window forward: An FX forward with a settlement window instead of a single value date: one rate for the whole amount, drawn in parts on any day between the window start and end; priced at the worst forward rate in the window for the client; called a time option forward at the UK and Canadian banks.
Average rate forward: A cash-settled forward on the average of a series of fixings over a period: at the end the difference between the agreed rate and the average is paid on the notional, so it hedges a flow converted regularly over the period rather than on one date.
Average rate option: An option on the average of a series of fixings (an Asian option): the payoff is the difference between the strike and the average if in the money, cash settled after the last fixing; cheaper than a vanilla because the average moves less than the rate on one day.
Forward points: The difference between the forward and the spot rate, quoted in pips: the interest differential between the two currencies over the period; positive (a premium) when the base currency’s interest rate is the lower of the two.
Reserve-based lending: A revolving loan to an oil and gas producer secured on its reserves, with a borrowing base set from the value of the proved reserves at the lenders’ price deck and redetermined twice a year; the credit agreement requires a minimum hedge, caps the hedge volumes and secures the lenders’ hedges equally with the loans.
Costless collar: A bought put and a sold call at strikes chosen so the premiums offset: the producer has a floor and gives up the price above the call; the skew of oil options makes the call strike lower than a symmetrical one.
Three-way collar: A collar plus a sold put below the floor: the extra premium raises the floor or the cap, but the protection stops below the sold put, so the producer is exposed again in a deep price fall.
Calendar month average: The average of the daily settlement prices of the front-month futures over a calendar month (the NYMEX WTI CMA), the reference most oil swaps and options settle on; the options on it are Asian options.
Cap-and-trade: An emissions trading system: the regulator caps the total emissions of the covered sources, issues allowances up to the cap (auctioned or allocated free), and each source must surrender one allowance per tonne it emits; the sources trade the allowances, so the price sets where the reductions are cheapest.
Compliance period: The period at the end of which an emitter must have surrendered allowances for all its covered emissions (three years in California, with an annual partial surrender; one year in the EU and UK systems).
Voluntary carbon credit: A carbon credit issued by an independent standard (Verra, Gold Standard and others) and bought by a company for its own climate claims rather than a legal obligation; the market’s integrity issues led to the Core Carbon Principles and, in the US, the CFTC’s 2024 guidance on the listed derivatives.
Forward contract exclusion: The exclusion of a physically settled forward on a nonfinancial commodity from the swap definition when the parties intend delivery, so the contract is outside the swap reporting, clearing and margin rules; a cash-settled contract on the same commodity is a swap.
Liability award: A share-based award settled in cash (a stock appreciation right, a cash-settled RSU, a deferral notionally invested in company stock), remeasured at fair value each period through compensation expense under ASC 718, unlike an equity award expensed at its grant-date value.
Rule 10b-18: The SEC safe harbor for an issuer’s repurchases of its own stock: one broker a day, no purchases at the open or in the last ten minutes, a price no higher than the highest independent bid or last trade, and no more than 25% of the average daily volume; dealers hedging swaps on the issuer’s stock usually apply the same conditions by contract.
Call spread: A bought call and a sold call at a higher strike: the buyer is protected between the two strikes for a premium lower than a single call’s, and exposed again above the higher strike.
Market infrastructure and venues
Fedwire: The Federal Reserve’s real-time payment system; the way large US dollar payments move between banks.
Fedwire Securities: The Federal Reserve’s book-entry system for Treasuries and agency securities; delivers a bond against its payment at the same moment (DVP).
CHIPS: Private large-value US dollar payment network run by The Clearing House, mostly for international payments.
CLS: CLS Bank settles both sides of a currency trade at the same moment (payment versus payment) so neither party pays without receiving.
FICC: Fixed Income Clearing Corporation: the clearing house that stands between dealers in Treasury and repo trades and nets their deliveries.
MBSD: FICC’s Mortgage-Backed Securities Division: clearing and netting for agency MBS TBA trades.
EPN: Electronic Pool Notification: how a TBA seller tells the buyer which mortgage pools it will deliver, 48 hours before settlement.
DTC: Depository Trust Company: holds nearly all US stocks, corporate bonds and money market instruments in book-entry form and moves them against payment.
NSCC: National Securities Clearing Corporation: the clearing house for US stocks and corporate bonds; nets each firm to one position per security per day.
OCC: Options Clearing Corporation: the clearing house for every listed option in the US.
CME Clearing: The clearing house for CME and CBOT futures (interest rates, equity indices, energy, metals).
ICE Clear Credit: The main clearing house for credit default swaps.
LCH: London clearing house; LCH SwapClear clears most interest rate swaps in the world.
Triparty: Repo where an agent bank (BNY Mellon) holds the collateral, values it and allocates it between the two parties.
AURUM: The London bullion clearing system: book-entry transfers of unallocated gold and silver between clearing banks.
TRACE: FINRA’s Trade Reporting and Compliance Engine: every US bond trade is reported to it and published to the market within minutes.
SDR: Swap data repository: where every swap is reported under Dodd-Frank so regulators can see the market (DTCC).
SBSDR: Security-based swap data repository: the SEC’s equivalent for swaps on single stocks and single-name credit.
RTRS: The MSRB’s Real-Time Transaction Reporting System: every municipal bond trade is reported to it within 15 minutes.
EMMA: The MSRB’s Electronic Municipal Market Access website: official statements, continuing disclosures and trade prices for every municipal bond, free to the public.
CTM: DTCC’s Central Trade Manager: matches the broker’s trade details with the client’s and its custodian’s so settlement can happen.
TAAPS: Treasury Automated Auction Processing System: how primary dealers submit bids at Treasury auctions.
SEF: Swap execution facility: a CFTC-registered platform where standard swaps must be traded (Tradeweb, Bloomberg SEF).
ECN: Electronic communication network: an anonymous order book where banks trade with each other (EBS, Refinitiv Matching).
Interdealer broker: A broker who arranges trades between dealers anonymously, by voice or screen (TP ICAP, BGC, Tradition).
Traiana: The industry give-up hub (CME Group): an FX trade done with one dealer is matched here and given up to the client’s prime broker.
Parity: The electronic bidding platform for competitive municipal bond sales; syndicates submit sealed bids to the issuer through it.
Inside the bank: teams and systems
Front office: Sales, trading and structuring: the people who face clients, make prices and take risk, and the systems they trade on.
Middle office: Trade support: checks every booking, matches confirmations and allocations, sends regulatory reports, and resolves the exceptions between the desk and operations.
Back office: Operations: settlements, payments, reconciliations, asset servicing and collateral movements; the teams that make the exchange of value happen.
Product control: The finance team that owns the official P&L and the valuation of the trading books, independent of the desk, and posts them to the ledger.
Three lines of defense: The desk owns its risk (first line); risk, finance and compliance check it independently (second line); internal audit tests both (third line).
STP: Straight-through processing: a trade that flows from execution to settlement with no human touch; the middle office works only the exceptions.
Pre-deal check: The automated credit and limit check run on a quote or order before the trade is done, against the client’s line and the desk’s limits.
Trade capture: The front-office system where every trade is booked and positions, risk and P&L are kept, one per desk family in most banks (Murex MX.3, Calypso, Summit, Bloomberg TOMS, Fidessa, in-house).
Reporting hub: The engine that turns bookings into regulatory reports (TRACE, CAT, SDR, SBSDR, RTRS, FR 2052a) and tracks acknowledgments and rejects (DTCC Report Hub, AxiomSL, in-house).
CAT: The Consolidated Audit Trail: every order, route, modification, cancel and execution in US equities and listed options, reported to FINRA by 08:00 ET the next day with customer identifiers.
SLATE: FINRA’s Securities Lending and Transparency Engine: the securities loans reported under SEC Rule 10c-1a, from September 28, 2028 after the SEC’s December 2025 extension.
Settlement system: The back-office system that turns a trade into settlement instructions, tracks fails and holds the settled positions (Broadridge, the back-office module of Murex or Calypso, in-house).
Nostro reconciliation: Matches the bank’s own cash and securities records against bank and depository statements and works the breaks (SmartStream TLM, Duco, in-house).
Collateral system: Holds every CSA’s terms, computes the daily margin calls, tracks collateral balances, disputes and substitutions (Calypso, Murex, CloudMargin, Acadia).
Margin call cycle: The daily sequence: value the portfolio, compute the call, issue it by the deadline, agree or dispute, deliver the collateral, reconcile.
Cash forecast: Treasury’s projection of the day’s cash in and out by currency, rail and time, built from every settlement system’s expected flows.
Intraday liquidity: Real-time view of the reserve account and nostro balances, payments queued and released, and the day’s peak usage (Planixs Realiti, in-house).
FTP: Funds transfer pricing: the internal rate at which treasury lends to or borrows from each desk, so the cost of balance sheet shows up in each book’s P&L.
ALM system: Asset and liability management: the balance sheet by tenor and liquidity, the buffer, LCR and NSFR projections, interest-rate risk in the banking book (QRM, Moody’s, Finastra).
P&L explain: Breaking the day’s profit into its causes (new trades, market moves by risk factor, carry, fees, valuation adjustments); an unexplained residual is a control failure to chase.
IPV: Independent price verification: product control’s check of the desk’s marks against external sources (TRACE, consensus services, dealer quotes) at month end.
Sub-ledger: The accounting record by product and book, fed by the trade and settlement systems, from which the general ledger is posted.
General ledger: The bank’s books of account (SAP, Oracle); the balance sheet, capital and regulatory returns are produced from it.
Surveillance: Monitors orders, trades, chats and calls for market abuse and conduct breaches and raises alerts for compliance (NICE Actimize, Nasdaq SMARTS, Behavox).
Nostro: The bank’s account at another bank in a foreign currency; the reserve account at the Fed plays the same role for USD.
SWIFT message types used in the diagrams
MT300: SWIFT confirmation of an FX trade.
MT305: SWIFT confirmation of an FX option.
MT320: SWIFT confirmation of a fixed-term loan or deposit.
MT950: SWIFT account statement from a correspondent bank.
camt.053: ISO 20022 end-of-day bank account statement, the successor to MT950.
MT535: SWIFT statement of securities holdings from a custodian.
MT541: SWIFT instruction to receive securities against payment.
MT543: SWIFT instruction to deliver securities against payment.
camt.057: ISO 20022 notice to the account holding bank or custodian to expect an incoming payment, the successor of the MT210.
MT900: SWIFT debit confirmation from a bank.
MT304: SWIFT advice of an FX trade from a manager to its custodian, so the custodian can settle it.
MT545: SWIFT confirmation from the custodian that securities were received against payment.
MT547: SWIFT confirmation from the custodian that securities were delivered against payment.
MT548: SWIFT settlement status from the custodian: pending, matched, failed, with the reason.
MT566: SWIFT corporate action confirmation: the cash or securities credited for an event.
MT540-543: SWIFT instructions to receive or deliver securities, with or without payment; used to move collateral.
MT515: SWIFT client confirmation of a securities trade.
MT527: SWIFT triparty collateral instruction.
MT600: SWIFT confirmation of a precious metals trade.
MT604: SWIFT precious metals transfer or allocation instruction.
MT670: SWIFT standing settlement instruction update: how a counterparty notifies its SSIs by authenticated message.
MT340: SWIFT confirmation of a forward rate agreement.
MT564: SWIFT corporate action notification from a custodian or depository: the event, the options and the deadline.
MT502: SWIFT order to buy or sell securities, sent by a client to its broker or manager.
MT509: SWIFT trade status message from a broker or custodian.
MT101: The SWIFT request for transfer a corporate sends its bank, or a bank sends another, to move funds from the customer’s account.
MT700: The SWIFT message by which a bank issues a documentary credit to the advising bank.
MT710: The SWIFT advice of a documentary credit issued by a third bank, sent by the advising bank onward.
MT742: The SWIFT reimbursement claim a paying or negotiating bank sends the reimbursing bank under a documentary credit.
MT754: The SWIFT advice of payment, acceptance or negotiation sent by the paying bank to the issuing bank under a documentary credit.
MT799: The SWIFT free-format message between banks, used for trade finance correspondence and bank-to-bank undertakings.
MT940: The SWIFT customer statement message a bank sends an account holder (or its other bank) with the day’s entries and balances.
MT540: The SWIFT instruction to receive securities free of payment, used for the stock loans and the collateral deliveries.
MT306: The Swift confirmation of the FX options the MT305 cannot describe: average rate (Asian) options and forwards, barriers, digitals and other exotic structures, with their averaging or observation dates.
MT380: The Swift FX order: an investment manager instructs its custodian to buy or sell a currency for a fund; the custodian confirms the execution with an MT381.
MT606: The Swift precious metal debit advice: the account keeper tells the account owner its metal account was debited, with the bar list when the metal moves into allocated bars.
MT607: The Swift precious metal credit advice: the account keeper tells the account owner its metal account was credited, in fine troy ounces.
MT608: The Swift statement of a metal account: the opening and closing balances in ounces and the movements of the period, or the bars held in an allocated account.
The bank quotes the client off the interbank market, deals, then hedges or warehouses the position. Two ways in: a voice or RFQ price built by a salesperson (V) or a streaming price from the pricing engine (E). Two ways out: each currency paid gross on its own rails (G) or payment versus payment in CLS (C). Access and settlement are independent choices; post-trade is shared.
Worked example, illustrative:client buys EUR 10,000,000 vs USD, spot, value T+2market 1.0850 / 1.0851V, voice client 1.0853; margin 2 pips, USD 2,000E, electronic client 1.08515; margin 1 pip, USD 1,0001 pip USD 1,000 on EUR 10mC, CLS net EUR 0, USD +2,000 to the bank
Routes:Vvoice or RFQEelectronic, streaming pricesGgross settlement, each currency on its own railsCCLS, payment versus payment1shared steps
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V: a human price, a few seconds firm, a wider margin, a hedge decided by the trader. E: a machine price, milliseconds firm, a thinner margin, flow internalized and the residual hedged by rules. G: the bank pays EUR in Frankfurt hours and waits for USD in New York hours, so it carries principal risk on the client for part of a day. C: both legs settle together or not at all, and only the net per currency moves.
Spot is value T+2 for most pairs; USD/CAD, USD/TRY, USD/RUB and USD/PHP are T+1. The dollar is on one side of about 88% of all FX turnover, so dealers price crosses through USD.
The electronic route is where most spot volume sits: single-dealer platforms, multi-dealer venues (FXall, 360T, FXGO, Bloomberg) and ECNs (EBS, Refinitiv Matching, Cboe FX, LMAX). The pricing engine skews its mid to attract flow that reduces inventory, and internalizes most client flow before hedging.
Last look is the dealer’s right to reject a client’s click within a short window after it arrives. The FX Global Code asks dealers to disclose how long the window is and what checks run in it.
Gross settlement leaves the bank exposed for the full principal of the leg it pays first. CLS removes that for its 18 currencies by settling both legs together across members’ accounts at CLS Bank, funded by net pay-ins at the central banks. A trade with a non-CLS currency, a non-CLS counterparty or an unmatched instruction falls back to gross settlement.
The bank is a CLS settlement member here: it holds the RTGS account or nostro agent in each currency and funds pay-ins in the early European morning. Smaller banks join as third parties through a member.
Spot is not a swap under Dodd-Frank, so there is no trade repository report; the bank still keeps a complete audit trail for best-execution and conduct reviews.
The spot lifecycle with three additions: a credit check before quoting, because a forward is a credit exposure until it settles; a trade repository report, because a forward is a swap under US rules; and a life of trade with daily mark to market until the value date.
Worked example, illustrative:client buys EUR 10,000,000 vs USD, value 6 monthsspot 1.0850 / 1.08516m points +118 / +120market outright 1.0968 / 1.0971client 1.0974 (+3 pips incl. credit)margin USD 3,000
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The forward price is spot plus forward points, which are the interest differential between the two currencies for the period. The bank earns a wider margin than on spot because it carries the client’s credit for six months. The settlement rows are the spot rows moved to the value date; in between, the position is marked daily and, where a CSA exists, collateral moves.
Forward points = spot × (1 + USD rate × days/360) / (1 + EUR rate × days/360) − spot. With USD rates above EUR rates the EUR trades at a forward premium: the points are positive.
Credit: the bank’s exposure is the replacement cost if the client defaults, so a 6-month forward is priced against the client’s credit line and, for larger clients, charged CVA. Corporate hedgers usually trade on an uncollateralized line, funds on a CSA.
Regulation: FX forwards and swaps are swaps under Dodd-Frank but exempt from clearing and SEF trading (Treasury determination, 2012); reporting to a swap data repository, business conduct rules and recordkeeping still apply.
Settlement risk is the same as on spot, on the value date. Window forwards let a corporate draw the EUR over a range of dates; non-deliverable forwards settle the difference in USD (see NDF).
FX Window Forward, EUR 6,000,000 Drawn Over Months 1 to 3
A forward with a settlement window: the importer fixes one rate for EUR 6,000,000 and draws it in parts on any day between month 1 and month 3 as its supplier invoices fall due. The bank quotes the worst forward rate in the window, hedges to the window end and swaps each drawdown back to its date, keeping the forward points the client does not use. Each drawdown settles like a spot; the undrawn balance is delivered or closed on the last day.
Worked example, illustrative:client buys EUR 6,000,000 vs USD, any business day from day 30 to day 90outrights 1-month 1.0872, 3-month 1.0911 offerclient rate 1.0916 for every drawdown: the worst point plus 5 pipsdrawdowns EUR 2m on day 35, EUR 2.5m on day 60, EUR 1m on day 85balance EUR 500,000 delivered or closed out on day 90bank’s margin USD 3,000 plus the unused points, about USD 7,300 on the first drawdown (illustrative)
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The window forward trades a slightly worse rate for not having to know the date. The bank prices the whole amount at the end of the window that is worst for the client and earns the forward points between each drawdown and that date. Operationally it is a parent deal with child deals: each drawdown is a spot-like settlement against the bank’s hedge, swapped back to its date.
Pricing: the bank quotes the forward rate across the window that is worst from the client’s side: the window end when the client buys a currency at a forward premium, the window start when it buys at a discount. The difference from a dated forward is the price of the flexibility; the bank earns it when the client draws before the worst date.
Regulation: a physically settled FX forward is a swap under Dodd-Frank but was excluded from clearing, SEF trading and the uncleared margin rules by the Treasury determination of November 2012; the trade is reported to the SDR by the bank and the CFTC’s business conduct rules apply. A corporate trades on the bank’s credit line, without a CSA.
Operations: the drawdown needs notice (two business days, one for USD/CAD), a minimum amount and the payment instruction; the system splits the parent deal into a child deal per drawdown and keeps the undrawn balance; the client’s treasury management system mirrors the same balance.
Variants: a fully open window from the trade date (at a wider rate), the time option forward of the UK and Canadian banks (the same product under another name), the participating forward and the flexible forward. Under ASC 815 a window forward can be designated as a cash flow hedge of the forecast purchases when the documentation names the window and the amounts.
An FX swap is one trade with two exchanges: the client sells EUR spot and buys it back in three months, to borrow USD against EUR without taking a currency view. The price is the forward points, so the risk is an interest-rate differential, not spot. FX swaps are the largest instrument in the FX market and the main short-term funding tool of banks and asset managers.
Worked example, illustrative:client sells EUR 10,000,000 spot, buys back in 3 monthsspot reference 1.08505 mid3m points market +58 / +60client points +62far rate 1.09125margin 2 pips, USD 2,000cost to client USD 62,000 for 3 months, about 2.27% annualized over the EUR rate
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The near leg settles like a spot on T+2 and the far leg like a forward three months later, each with its own payments. The spot reference is agreed at mid, so the only price the client negotiates is the points. The swaps desk hedges the differential with the market or in the bank’s own funding book.
An FX swap is an exchange of two currencies now with a reversal at a forward rate; economically a collateralized loan in one currency against the other. The BIS 2022 survey puts swaps at about 51% of daily FX turnover.
The dealer’s risk is the forward points, driven by the two money-market curves and by cross-currency basis (the premium for USD funding through FX swaps over cash markets, which widens at quarter and year ends).
Settlement risk arises twice, on each leg. Both legs are CLS-eligible. Forward exposure on the far leg is a credit exposure and is reported to the SDR like a forward.
Variants: tom-next and spot-next rolls to carry a spot position overnight; cross-currency basis swaps for longer dates exchange principal and floating interest (see Rates, Cross-Currency Swap).
For currencies that cannot be delivered offshore (BRL, CNY, INR, KRW, TWD and others) the forward is cash settled: at the fixing date the official rate is compared with the contract rate and the difference is paid in USD. The lifecycle gains a fixing event, and settlement is a single USD payment.
Worked example, illustrative:client sells BRL 50,000,000 vs USD, 3-month NDF, cash settled in USDspot 5.1500market outright 5.2220 / 5.2240client 5.2260margin 20 points, about USD 3,700PTAX fixing 5.3000settlement USD 133,585 to the client
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Pricing follows the forward. The difference comes at the end: two business days before value the official fixing is published, the bank computes the difference between the contract rate and the fixing on the notional, and only that difference moves, in USD. The client never touches BRL; a real-money hedger offsets the loss on its Brazilian assets with the gain on the NDF.
NDF points embed the offshore interest differential and a convertibility premium; for BRL the onshore DI curve and the offshore NDF curve can differ by tens of basis points.
EMTA publishes the template terms per currency: fixing source (PTAX for BRL, published by the central bank), fixing time, valuation and settlement dates, and fallbacks for an unscheduled holiday or a price-source disruption.
NDFs are swaps without the forward exemption: SDR reporting, uncleared-margin rules, and no SEF trading mandate, since no NDF has been made available to trade. Clearing at LCH ForexClear is voluntary and growing.
Settlement risk is reduced to the net difference, which makes NDFs the standard hedging tool for emerging-market exposure held by US funds.
The client buys the right, not the obligation, to buy EUR at 1.1000 in three months and pays a premium up front. The bank hedges the delta in spot and the vega in the interdealer options market, then re-hedges daily. The lifecycle has three dated events: premium settlement, expiry and, if exercised, delivery.
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An option splits the trade into three dated events. The premium settles like a spot payment on T+2. At expiry the client exercises only if spot is above the strike; the option turns into a spot trade at 1.1000, settled two days later like any spot. Between the two, the desk re-hedges its delta every day: the option book’s P&L is the premium earned less the cost of those re-hedges.
FX options are quoted in implied volatility; the premium follows from Garman-Kohlhagen on the forward. The surface is built from at-the-money vol, 25-delta risk reversals (skew) and butterflies (smile).
Cuts: New York 10:00 is the standard expiry for USD pairs, Tokyo 15:00 for yen crosses. Delivery is spot settlement from expiry. Cash settlement at the fixing is common for funds that do not want delivery.
The buyer’s credit risk is on the bank for the life of the option; the bank’s on the client ends when the premium is paid. A sold option (client writes) reverses that and sits on the client’s line with margin.
Barriers, digitals, target redemption forwards and accumulators are built from vanillas and sold as hedging structures; they add continuous monitoring events (barrier touched or not) to the lifecycle.
Average Rate Forward and Option, a Month of EUR Receipts
An exporter that converts customer receipts every day hedges the month’s average rather than one date: the average rate forward (F) locks the average against a fixed rate, the average rate put (O) floors it for a premium below a vanilla’s. The bank hedges a strip of forwards that falls away fixing by fixing; at the end only the difference between the average of the fixings and the strike is paid, in USD, while the client sells its receipts at spot as usual.
Worked example, illustrative:client sells EUR 5,000,000 of monthly receipts, averaged over 21 fixingsF, average forward 1.0856 against the average; pays USD 33,000 to the clientO, average put strike 1.0800, premium 0.21%, USD 11,550; pays USD 5,000vanilla comparison 1-month put at 0.45% for the same strikeaverage of the fixings 1.0790 (illustrative)fixing WM/Refinitiv 4pm London, 21 business days
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The average of 21 fixings moves less than the rate on any one day, so the option on it is cheaper and the forward on it matches a flow converted daily. The bank’s hedge is a strip that shortens with each fixing; the settlement is a single cash payment, which makes the instrument a swap that is reported, marked daily and sold under the business conduct rules.
Averaging: the arithmetic average of the fixings over the period (daily, weekly or monthly fixings; the WM/Refinitiv 4pm London rate, the ECB reference rate for EUR, the central bank’s rate for some currencies), sometimes weighted by the expected flows; a disrupted fixing falls back to the next source in the confirmation.
Pricing: the variance of a full-period arithmetic average is about a third of the variance of the rate at the period end, so an average rate option costs roughly half to two thirds of a vanilla at the same strike; an average rate forward prices at the average of the forwards over the fixing dates.
Regulation: cash settlement takes the average rate forward out of the Treasury determination for physically settled forwards: it is a swap, reported to the SDR, sold with the pre-trade mid-market mark and the daily mark, and outside the clearing mandate; a commercial end user posts no margin under the prudential rules.
Hedge accounting: under ASC 815 an average rate instrument can hedge a group of forecast transactions in the same period when their timing matches the averaging dates; the client documents the hedge at inception and assesses its effectiveness each quarter on the bank’s marks.
A collar is a corporate hedge built from two options: the client buys protection below 1.0700 and pays for it by giving up the upside above 1.1300. No premium changes hands; the bank’s margin is in the strikes. The lifecycle is the option lifecycle with two legs and a suitability step up front.
Worked example, illustrative:client sells EUR 10,000,000 in 6 monthsforward 1.0970bought put strike 1.0700sold call strike 1.1300 (fair 1.1330)premium zeromargin about USD 30,000 in the strike shiftexpiry spot 1.0600, put exercised
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The structurer solves the call strike so that the premium of the sold call pays for the bought put, then shifts it a little in the bank’s favor. At expiry one of three things happens: spot below the put strike, the client exercises; spot between the strikes, both expire and the client sells at market; spot above the call strike, the bank exercises its call and the client sells at 1.1300. Hedging and settlement are those of the vanilla option, twice.
Collars, participating forwards, target redemption forwards and accumulators are the main corporate FX structures. Each trades off premium against path risk or capped upside; the margin is in the strikes or in the leverage.
Suitability: the sold leg can lose the client money, so the bank documents the client’s classification, provides a term sheet and scenario analysis, and keeps records of the recommendation.
Hedge accounting (ASC 815): a zero-cost collar on a forecast sale can qualify as a cash-flow hedge if the strikes and dates match the exposure; the client tests effectiveness quarterly using the bank’s marks.
Each option is reported to the SDR; the bank’s risk is the net Greeks of the two legs, re-hedged daily like a vanilla.
FX futures are the listed, cleared alternative to the forward: the same forward price in a standard contract on CME, margined daily at the clearing house, and physically delivered through CLS if held to expiry. The bank acts as broker and clearer, not as counterparty, and its FX desk trades the basis between the future and the OTC forward.
Worked example, illustrative:client buys 500 December 6E, EUR 62,500,000price 1.0895 (spot plus points to the third Wednesday)IM about USD 2,500 per contract, USD 1.25m1 pip USD 12.50 per contract, USD 6,250 on the positionroll December to March spreaddelivery EUR vs USD through CLS on the third Wednesday
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The FCM lifecycle of any listed future, with an FX ending: the position is marked and margined twice a day at CME; most holders roll before the last trading day; positions that go to delivery exchange the currencies through CLS between the clearing members, so only CLS-eligible currencies trade as deliverable futures.
CME lists futures on the major pairs (6E, 6J, 6B, 6C, 6A) and cross rates, with quarterly expiries; volume is a fraction of the OTC market but it is where funds, CTAs and corporates that cannot sign an ISDA get FX exposure, and the clearing house removes the bilateral credit question.
Pricing: a future is a forward with daily settlement, so it trades at spot plus the forward points to delivery; the small difference (the futures-forward basis) comes from margin financing and convexity and is arbitraged by bank FX desks through EFPs.
Delivery: the contracts are physically delivered through CLS on the third Wednesday, so the deliverable pairs are CLS currencies; non-deliverable currencies (BRL, CNH) trade as cash-settled futures like NDFs.
The FCM operating model (segregated customer margin, daily settlement, large-trader reporting, position limits) is described under Inside the Bank, Futures (FCM); the bank earns execution and clearing fees, not a spread.
FX›FX Prime Brokerage
FX Prime Brokerage, Give-Ups From Executing Dealers
A prime brokerage arrangement lets a fund trade with many dealers on one credit line. Every trade the fund does with an executing dealer is given up to the bank, which becomes the counterparty to both sides at the same rate: one trade with the dealer, one with the fund. The bank carries no market risk, only the fund’s credit, which it covers with margin on the net open position. Settlement is netted: CLS with the dealers, net wires with the fund.
Worked example, illustrative:fund buys EUR 50,000,000 vs USD at 1.0860 from dealer Dgive-up matched and accepted in secondsPB fee USD 7 per million, USD 380 on this ticketlimits USD 2bn gross, 12 executing dealersIM 2% of net open position, USD 6.2mday net EUR +12m / USD −13.03m, T+2
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The arrangement rests on a prime brokerage agreement with the fund and designation notices with each dealer. Once in place, the fund trades with any designated dealer in the bank’s name, the give-up hub matches each ticket against the limits, and the bank books two offsetting trades. At the end of the day the bank nets the fund’s position, calls margin, settles with the dealers in CLS and with the fund net per currency.
FX prime brokerage is how hedge funds, CTAs and smaller banks reach the interbank market: one ISDA and one margin relationship with the prime broker, access to every dealer and ECN that has signed a designation notice, and netting of all their trades in one place.
The give-up hub (Traiana Harmony, owned by CME Group) carries the designation limits and matches the dealer’s and the fund’s notices; acceptance is automatic within limits. Before the hub, give-ups were faxed and phoned, and a 2015 CHF event showed what unmatched give-ups cost.
The prime broker’s economics: a per-million fee (USD 2 to 10 depending on volume), the spread on margin cash, and cross-selling of forwards, options and financing; its risk is the fund’s credit, managed through net open position limits, initial margin, intraday monitoring and the right to stop accepting give-ups.
Forwards and options given up are swaps for the bank: it reports them to the SDR as the fund’s counterparty, and the uncleared-margin rules apply between the bank and the fund. Spot give-ups are not reportable.
Treasury bills are the risk-free end of the money market: discount instruments of 4 to 52 weeks issued weekly by Treasury, USD 6 trillion outstanding, the core holding of money market funds and the bank’s own liquidity buffer. Quoted in discount rate, settled DVP on Fedwire Securities, redeemed at par. The bank bids at auction for itself and clients (P) and makes a secondary market (S).
Worked example, illustrative:client buys USD 500,000,000 13-week billsP auction high rate 5.205%, price 98.6843P client 5.200%, margin USD 6,320S screen 5.215 / 5.205S client 5.200%, price 98.8878 for 77 dayssettlement Fedwire Securities DVP, T+0 or T+1maturity par, USD 500m
Routes:Pweekly auction, noncompetitive or through the bankSsecondary market1shared steps
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P: Treasury announces on Thursday, bids go in Monday at 11:30 through TAAPS, the bank passes its award to the client at the stop less a fraction. S: the bill desk quotes through the interdealer screen and covers there or from its inventory. Settlement is a Treasury DVP on Fedwire Securities; at maturity Treasury pays par and the cash rolls into the next auction.
Bills are quoted in bank discount rate: price = 100 × (1 − rate × days/360); the investment yield (money-market yield) is higher than the discount rate. One basis point on USD 500 million for 91 days is about USD 12,600.
Treasury auctions bills every week (4-, 8-, 13-, 17- and 26-week; 52-week every four weeks) plus cash-management bills as needed; noncompetitive bids up to USD 10 million are filled in full at the high rate. Money funds and the Fed’s reverse repo facility are the marginal buyers.
Bills are level 1 HQLA, FICC-eligible and the collateral of choice in repo; the bank’s bill desk sits between the client franchise and treasury’s liquidity management.
Settlement is T+1 regular way but same-day (cash) settlement is common in the money market; Fedwire Securities DVP works for both. Redemption at par is paid by Treasury through the Fed to the holder of record.
Unsecured short-term notes (1 to 270 days) issued by corporates and financials, and asset-backed CP issued by bank-sponsored conduits. The bank is the dealer: each morning it places the issuer’s paper with money market funds and corporate treasuries, settling the same day through DTC’s money market instruments program. Most paper is held to maturity and rolled.
Worked example, illustrative:issuer USD 300,000,000 30-day A-1/P-1rate 5.28% discount, OIS + 2 bpdealer fee 5 bp annualized, about USD 12,500client fund buys USD 150m, price 99.5600settlement same day at DTC, MMImaturity day 30, par; issuer rolls
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The issuer tells the dealer how much and for how long; the dealer posts levels to investors and fills the order by mid-morning, acting as principal for a few minutes. The issuing and paying agent creates the notes at DTC and they settle delivery versus payment the same day, proceeds to the issuer by close. Thirty days later the issuer funds the IPA, normally with new paper, and DTC pays the holders.
The US CP market is about USD 1.3 trillion: financial CP (banks, including Yankee CP from foreign banks), nonfinancial CP (industrials) and ABCP (conduits funding trade receivables, auto loans and credit cards with full liquidity support from the sponsor bank).
CP is exempt from SEC registration under Section 3(a)(3) if under 270 days and used for current transactions; 4(a)(2) private placement CP has no maturity limit. Ratings (A-1/P-1, A-2/P-2) decide which funds can buy; 2a-7 money fund rules limit second-tier paper.
Settlement runs through DTC’s MMI program: issuing and paying agents create and redeem book-entry notes; same-day DVP with intraday risk controls after the 2008 reforms (the IPA can refuse to pay maturities until it is funded, and DTC has a largest-provisional-net-credit limit).
The dealer earns a fee of a few basis points and takes little balance-sheet risk; the issuer’s risk is rollover, covered by committed backup lines from banks, which rating agencies require for A-1/P-1.
Wholesale Deposits and Negotiable CDs, the Bank as Issuer
Wholesale deposits are the bank’s own funding sold as a product: corporate treasuries, money funds and other banks place cash with the bank for a term, as a time deposit (a book entry) or a negotiable certificate of deposit (a DTC-eligible instrument the holder can sell). The desk prices off treasury’s funding curve, the deposit lands in the deposit system, not the trading book, and the lifecycle ends with principal and interest at maturity.
Worked example, illustrative:client places USD 100,000,000 for 6 monthsfunding target OIS + 15 bpclient rate 5.35%, actual/360, interest at maturityform negotiable CD at DTC, or time depositmaturity day 182: USD 102,704,722regulatory stable funding until 30 days before maturity
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The client asks for a rate; treasury decides what six-month money is worth to the bank; the desk quotes a CD or time deposit. The cash arrives by Fedwire and becomes a liability. A negotiable CD lives at DTC and can change hands in the secondary market; a time deposit stays on the books. At maturity the paying agent returns principal and interest.
Negotiable CDs (USD 100,000 minimum, usually USD 1 million+) are issued by banks and US branches of foreign banks (Yankee CDs), held mainly by prime money funds; they settle at DTC as money market instruments. Time deposits and Eurodollar deposits (offshore) are bilateral book entries confirmed by MT320.
Pricing is treasury’s funds transfer price: the bank’s marginal cost of term funding (OIS plus its credit spread) less the regulatory value of the deposit. Operational deposits and retail deposits are worth more than wholesale term money under the LCR.
Regulation: deposits are FDIC-insured to USD 250,000 (irrelevant at this size), subject to Reg D and reserve rules, and classified under the LCR by counterparty and maturity; brokered deposits have their own rules.
The same desk takes interbank deposits, issues the bank’s own CP and runs the FX swap book: all are treasury’s short-term funding sources, managed against the liquidity buffer of bills and reserves.
Overnight Unsecured Borrowing in the Fed Funds Market
Fed funds are how a bank balances its reserve account at the end of the day: borrowing reserves overnight, unsecured, from another institution, settled by Fedwire into its account at the Fed and repaid the next morning. The rate is the effective fed funds rate, the Fed’s policy target. The lifecycle is one day long and repeats every day.
Worked example, illustrative:bank borrows USD 2,000,000,000 overnight, unsecuredrate 5.33% effective; IORB 5.40%; target 5.25 to 5.50interest USD 296,111 for one daylender Federal Home Loan Bank through a brokersettlement Fedwire by 18:00 ETrepayment next morning, USD 2,000,296,111
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Treasury projects the day’s reserve position; if short, the desk borrows in the brokered fed funds market, mostly from Federal Home Loan Banks that have cash and no access to interest on reserves. The lender wires reserves to the bank’s Fed account before the close; the bank reports the trade to the Fed; next morning it repays with interest. Repo and the Fed’s facilities are the alternatives.
The fed funds market is small now (USD 100 to 200 billion a day) and dominated by FHLBs lending to foreign bank branches; its rate, the EFFR, is still the policy rate. OBFR adds Eurodollar and selected deposits; SOFR, the secured rate, is the market’s main overnight benchmark.
The Fed’s ample-reserves regime sets a floor with interest on reserve balances (IORB) and the overnight reverse repo facility, and a ceiling with the standing repo facility and the discount window; fed funds trades a few basis points below IORB because FHLBs cannot earn IORB.
Daylight: Fedwire Funds runs 21 hours a day; most fed funds settle in the late afternoon; the Fed provides intraday credit (daylight overdrafts) against collateral or for a fee.
Unsecured interbank lending is a credit exposure for the lender; after 2008 banks shifted to secured funding (repo), and regulation (LCR, NSFR) penalizes reliance on overnight wholesale funding, so this trade is for balancing, not for funding the balance sheet.
Repurchase Agreements, Bilateral, Triparty and Sponsored
Repo is the USD 5 trillion a day market that finances dealer inventories and invests money fund cash: a sale of securities with an agreed repurchase tomorrow, economically a secured loan. Three settlement models: bilateral DVP on Fedwire for specific collateral (B); triparty, where BNY Mellon allocates general collateral from the bank’s box (T); and sponsored, where the bank brings its client into FICC clearing and nets the trade (S).
Worked example, illustrative:fund lends USD 1,000,000,000 overnight against TreasuriesGC rate 5.31% (SOFR); fund gets 5.32%margin 102%: USD 1.02bn collateralinterest USD 147,778 for one dayB special hedge fund borrows a 10-year at 5.08%, 2 bp to the bankS FICC novates; the bank netsrepurchase next morning, USD 1,000,147,778
Routes:Bbilateral, delivery versus payment on FedwireTtriparty, BNY Mellon allocates and holds the collateralSsponsored, cleared at FICC with the bank as sponsoring member1shared steps
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The desk finances its Treasury inventory and runs a matched book. A money fund’s cash comes in overnight at a basis point over the Fed’s facility; a hedge fund borrows a specific bond in reverse repo at a special rate. B settles bond for cash on Fedwire; T lets the triparty agent pick and hold the collateral; S puts FICC in the middle so the bank’s balance sheet nets. Next morning the cash comes back with interest and the collateral goes home, and most of it rolls.
Rates: SOFR is the volume-weighted median of overnight Treasury repo (triparty, GCF and FICC-cleared bilateral), about USD 2 trillion a day. Specials trade below GC when a bond is in demand to cover shorts; the spread is the lending fee the owner of the bond earns.
Triparty: BNY Mellon is now the sole US triparty agent (JPMorgan exited in 2019); the agent values, allocates and substitutes collateral and holds it in the lender’s account. The Fed’s own open-market repos and the reverse repo facility settle in triparty.
FICC sponsored service: a netting member sponsors clients (money funds, hedge funds) into FICC; the SEC’s Treasury clearing mandate requires repo between a member and any counterparty to be cleared by June 2027, so sponsored and agent clearing will carry most of the market. Netting cuts the dealer’s balance sheet and leverage-ratio exposure.
Documentation and risk: the SIFMA/ICMA master repurchase agreement; haircuts of 2% on Treasuries to 10%+ on corporates and equities; daily mark to market and margin; the lender’s risk is the collateral falling in value after a default (hence haircuts), the borrower’s is the lender failing to return it.
Money Markets›Securities Lending
Stock Borrow From an Agent Lender
Borrowing shares to settle short sales and hedges, against cash collateral at 102%. The lender is a pension or fund acting through its custodian as agent lender; the bank borrows, lends on to its prime brokerage clients and keeps the spread. The lifecycle is open ended: daily marks, a monthly rebate on the cash, manufactured dividends, and a return whenever either side calls.
Worked example, illustrative:bank borrows 1,000,000 shares, USD 50m, hard to borrowcollateral cash 102%, USD 51mrebate 1.00% vs fed funds 5.33%: fee 433 bpon-lend to client 5.00%: 67 bp spreadmark daily to 102%dividend manufactured payment to the lenderrecall 3 business days’ notice
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The desk locates the shares with an agent lender, agrees a rebate rate that embeds the borrow fee, and takes delivery against cash at DTC; it passes the shares to the client’s short and charges a higher fee. Every day the collateral is marked; every month the rebate is paid; on dividend dates the borrower manufactures the dividend. When the lender recalls or the short is covered, the shares go back against the cash.
The US securities lending market has about USD 3 trillion on loan; most supply comes from pensions, mutual funds and ETFs through agent lenders (State Street, BNY Mellon, JPMorgan, Northern Trust) and most demand from prime brokers covering hedge fund shorts.
Cash collateral is the US norm (non-cash collateral, Treasuries and equities, is the norm in Europe); the lender reinvests the cash and pays a rebate; a low or negative rebate is a high borrow fee. Fees on general collateral names are 10 to 20 bp; on hard-to-borrow names hundreds or thousands of bp.
Regulation: SEC Rule 10c-1a requires loans to be reported to FINRA’s SLATE from September 2028, with public terms; Reg SHO requires a locate before a short sale; Rule 15c3-3 governs how a broker-dealer can use customer securities (rehypothecation limits); Basel capital rules price the balance-sheet use.
The same desk runs equity repo, lends the bank’s own inventory and clients’ fully-paid shares (fully-paid lending programs), and manages the collateral through triparty agents; corporate-action and voting management (recalls before record dates) is the operational core.
The interest rate swap is the benchmark OTC derivative. Since 2013 a standard USD swap between a dealer and a US client must be executed on a swap execution facility and cleared at a CCP, so the bank’s counterparty after a few seconds is LCH or CME, not the client. The lifecycle is dominated by the CCP: initial margin, daily variation margin, netted coupons, compression, and fungible unwinds.
Worked example, illustrative:client receives fixed USD 100,000,000, 10 years, vs SOFR compoundedmarket 3.850 / 3.855client 3.848%DV01 about USD 83,000margin 0.2 bp, about USD 16,600IM 1% to 3% of notional, portfolio nettedVM daily cash by 09:00 ET
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The client asks three dealers on the SEF; the bank wins; within seconds the SEF submits the trade to the CCP, which accepts it and becomes the counterparty to both. The bank hedges its rate risk with Treasury futures or an interdealer swap. For ten years the CCP calls margin daily and nets every coupon with the rest of the bank’s book; the client can unwind with any dealer, because the trade is against the CCP.
Market structure since Dodd-Frank: swaps made available to trade (MAT) must be executed on a SEF (RFQ to at least 3 dealers, or the order book) and cleared; the SEF runs a pre-trade credit check against the client’s FCM limit so clearing is certain before the trade is done.
Clearing houses: LCH SwapClear clears about 90% of cleared USD swaps, CME most of the rest; the bank is a direct clearing member, the client a customer of an FCM. Margin: initial margin covers a 5-day close-out at 99%+; variation margin is the daily mark.
SOFR replaced USD LIBOR in June 2023. Floating legs pay SOFR compounded in arrears over the period, with a 2-day payment delay; the New York Fed publishes SOFR each morning at 08:00 ET.
Fungibility: because both sides face the CCP, a client can close a position with a different dealer and the CCP nets the two trades. Compression services tear up offsetting trades across members to cut gross notional.
Uncleared alternatives (swaptions, non-standard swaps) stay bilateral under the ISDA with daily VM and, above thresholds, IM segregated at a custodian (see Swaption).
An option on a swap, and the main rates derivative that stays bilateral: swaptions are not clearable, so the trade lives under the ISDA and CSA for its whole life, with daily variation margin and, for large counterparties, initial margin segregated at a custodian. The lifecycle adds the premium, the expiry and a settlement that can be cash or a new cleared swap.
Worked example, illustrative:client buys 1y10y payer swaption, USD 100,000,000, strike 3.90%market vol 95 / 98 normal bpclient premium 3.10%, USD 3,100,425margin 1.5 bp, about USD 47,500delta 50%: pay on USD 50m forward swapexpiry 10y at 4.40%, exercisedsettlement about USD 4,020,000 cash
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The desk prices the option on its vol cube, hedges its delta with a forward-starting swap (cleared) and its vega in the broker market. Because the trade is bilateral, collateral moves between the bank and the client every day for a year. At expiry the client exercises; the standard since 2021 is cash settlement at the collateralized cash price, or physical settlement into a cleared swap.
Swaptions are quoted in normal (basis-point) volatility since rates went near zero; the cube is expiry × tenor × strike. Caps and floors are strips of options on single SOFR periods and follow the same lifecycle with many expiries.
Uncleared-margin rules (CFTC and prudential regulators): daily VM for all financial counterparties since 2017; IM, calculated with ISDA SIMM, for entities above USD 8 billion average aggregate notional, posted to a segregated third-party custodian.
Settlement: the ISDA 2021 definitions made collateralized cash price the standard cash settlement method for USD swaptions, replacing the old par yield curve unadjusted method; physical settlement delivers a swap that is then cleared.
The bank as writer has no credit exposure after the premium is paid; the client has exposure to the bank and receives VM. The desk’s risk is vega, gamma and the delta re-hedging cost.
SOFR Futures, the Bank as Futures Commission Merchant
SOFR futures are exchange-traded short-term interest rate futures, the liquid proxy for the money-market curve. The bank is not the counterparty: it executes the client’s order on CME Globex and clears it as a futures commission merchant, holding the client’s margin in segregation. The lifecycle is the exchange’s: anonymous matching, novation to CME Clearing, twice-daily cash variation margin, and cash settlement to compounded SOFR.
Worked example, illustrative:client buys 2,000 SR3 March at 96.150 or bettertick value USD 25 per bp per contractfill avg 96.1475commission USD 0.50 per contractIM about USD 500 per contract1 bp move USD 50,000 on 2,000 lotsfinal price 100 − compounded SOFR over the quarter
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The order goes through the FCM’s risk filter to the exchange’s order book and fills against the market; CME Clearing becomes the counterparty to both sides. The FCM collects initial margin into segregated customer funds and passes variation margin between the client and the CCP every day. At expiry the contract cash settles to compounded SOFR; most clients roll before that.
Three-month SOFR futures (SR3) replaced Eurodollars in 2023; one-month SOFR (SR1) covers the near dates. Prices are 100 minus the rate; a 0.005 tick is USD 12.50 on SR3.
The FCM model: the bank registers with the CFTC, is a member of the NFA, holds customer margin in segregated accounts (CFTC rules 1.20 and 1.25), computes segregation daily and faces the clearing house for all customer positions as principal, with the customers’ margin behind it.
CME Clearing marks positions twice daily; variation margin is a cash settlement, not collateral, so futures have no counterparty credit exposure beyond one day’s move and the IM covers that.
Clients use SOFR futures to hedge or express views on Fed policy; dealers use them to hedge swap books and FRAs. The strip of consecutive contracts gives the market-implied path of the policy rate.
Treasury futures are the exchange-traded way to take or hedge duration. The FCM lifecycle is that of SOFR futures, with a different ending: Treasury futures are physically deliverable, so a short held into the delivery month delivers the cheapest-to-deliver note on Fedwire Securities against an invoice price. Most positions are rolled before that.
Worked example, illustrative:client sells 500 TY June to hedge a portfoliocontract USD 100,000 face; tick USD 15.625fill 110-16IM about USD 2,000 per contractone 32nd USD 15,625 on 500 lotsdelivery CTD note × conversion factor + accrued, Fedwire Securities
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The client’s sell order fills on CBOT; CME Clearing novates it; the FCM holds the margin. Daily variation margin tracks the move in the cheapest-to-deliver note. Before first notice day the client rolls to the next contract; a short that stays delivers a real Treasury note against the invoice price, and that delivery is what anchors the futures price to the cash market.
CBOT Treasury futures: 2-year (TU), 5-year (FV), 10-year (TY), Ultra 10-year (TN), Bond (US), Ultra Bond (UB). The deliverable basket for TY is notes with 6.5 to 10 years remaining; the conversion factor prices each at a 6% yield.
The cash-futures basis trade (long the CTD note financed in repo, short the future) is a large hedge-fund strategy and a focus of regulators since 2023; the bank’s Treasury desk runs the same trade to hedge inventory.
Exchange-for-physical (EFP) and block trades let the bank cross a futures leg against cash bonds or large sizes off the order book, reported to CME within 5 to 15 minutes.
Delivery is rare (under 2% of open interest) but it is the mechanism that keeps the future priced off the deliverable notes; the short holds the delivery option (which note, which day in the month).
Options on Treasury Futures, the Bank as FCM and Market Maker
Options on futures are listed options whose underlying is a futures contract, cleared at CME: premium paid in full the next day, no margin for the buyer, SPAN margin for the writer, and exercise into a futures position instead of a cash settlement. The bank clears the client’s option as FCM and, on its options desk, makes markets in the same strikes and hedges in the futures.
Worked example, illustrative:client buys 1,000 December TY 110 putspremium 0’32 = USD 500 per contract, USD 500,000market maker delta sell about 350 TY futuresexpiry TY at 108-16, 1-16 in the moneyexercise short 1,000 TY futures at 110gain USD 1,500,000 less premium
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An order, a fill on Globex, clearing, the premium the next day, then no cash flows until expiry unless the client sells the option back; at expiry the in-the-money put turns into a short futures position and the futures lifecycle takes over. The writer on the other side runs the delta hedge and posts margin every day.
Options on futures exist for every major contract: Treasury notes and bonds, SOFR, E-mini S&P 500, crude oil, natural gas, gold, corn; they are the listed volatility market for rates and commodities, with weekly expiries now alongside the monthlies and quarterlies.
Premium-paid versus futures-style: US options on futures are paid in full upfront (equity style), so the buyer has no margin and the seller is margined; some exchanges (and the LME) margin both sides daily instead (futures style).
Exercise: American style, into a futures position at the strike; the clearing house assigns writers at random through their clearing members; automatic exercise applies to in-the-money options at expiry unless instructed otherwise.
The bank’s roles: FCM for the client, market maker on the exchange, and user of the same options to hedge its swaptions and caps (the rates vol surface is built from both listed and OTC prices).
A cap is a strip of options on the floating rate: each quarter, if compounded SOFR ends above the strike, the cap pays the difference. The bank sells it, hedges the delta in futures and swaps and the vega in the options market, and settles a caplet every quarter the rate is above the strike. A floor is the mirror image, bought by lenders and floating-rate investors; a collar is one of each.
Worked example, illustrative:client buys 3-year SOFR cap, strike 5.00%, USD 100,000,000market 1.25% / 1.35%client premium 1.38%, USD 1,380,000margin 3 bp, about USD 30,000caplets 12 quarterly, compounded SOFR in arrearsperiod 5 SOFR 5.40%: pays USD 104,444
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The premium is paid once; then twelve quarterly observations decide twelve payments, most of them zero. The desk re-hedges delta daily for three years and posts variation margin to the buyer on the cap’s value. The borrower’s loan interest and the caplet payments move together, which is the purpose of the hedge.
Pricing: each caplet is a call on the forward rate, priced with the normal (Bachelier) model since rates went near zero; the cap and floor vol surface is quoted by strike and expiry, and cap-floor parity ties a cap minus a floor at the same strike to a swap.
Users: commercial real-estate borrowers (lenders require a cap on floating-rate loans), leveraged borrowers and CLOs, floating-rate note issuers; insurers and banks buy floors on their floating assets; corporates buy collars to cap cost while giving up the benefit of falling rates.
SOFR conventions: the caplet observes SOFR compounded in arrears over the period with a payment delay of two business days (the ISDA 2021 definitions); the LIBOR-era caplet fixed at the start of the period and paid at the end.
Caps are not clearable (no CCP offers them), so they live under the ISDA and CSA with daily VM; the bank, having sold the option, is the one posting collateral as rates rise.
A forward rate agreement is the simplest rate lock: one period, one fixed rate against the floating rate of that period, settled in cash. In the LIBOR era it fixed at the start and settled discounted; the SOFR version is a single-period swap settled when the period ends. The futures strip is both the price source and the hedge. FRAs have largely given way to SOFR futures and short swaps in USD, and remain active in EUR, where they clear at LCH.
Worked example, illustrative:client receives 4.19% fixed on USD 50,000,000, 3x6market 4.20% / 4.22%SR3 future 95.79margin 1 bp, about USD 1,250hedge buy 50 SR3period SOFR 4.05%: client receives USD 17,694
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The quote comes off the futures strip; the deal is hedged in the futures, confirmed and reported. The period starts three months later with nothing to exchange, and ends three months after that with one payment: the difference between the locked rate and the compounded rate on the notional for the period.
Notation: 3x6 means the period starts in 3 months and ends in 6; the buyer of a FRA pays fixed and gains when rates rise, the seller receives fixed; dealers quote the forward rate as a two-way price straight off the futures strip or the swap curve.
SOFR versus LIBOR: a LIBOR FRA fixed on the fixing date two days before the period and settled on the first day, discounted at the fixed rate; a SOFR single-period swap can only settle after the period, because the compounded rate is known on its last day.
Clearing: USD LIBOR FRAs were in the CFTC clearing mandate; SOFR FRAs are not (the market moved to futures and OIS); EURIBOR and GBP FRAs remain and clear at LCH; bilateral FRAs sit under the ISDA with VM.
Uses today: locking a reinvestment or funding rate for one period, hedging a loan reset, and the building block of the forward curve: a strip of FRAs or SOFR futures is a swap.
SOFR Versus Fed Funds Basis Swap, 2 Years, Cleared
A basis swap exchanges one floating rate for another plus a spread. It carries almost no duration, only the spread between two funding markets, so it is used by banks whose assets and liabilities reset off different benchmarks. Traded on a SEF, cleared like a standard swap, settled quarterly on the difference of two compounded rates.
Worked example, illustrative:client pays SOFR, receives fed funds + basis, USD 500,000,000, 2 yearsmarket 5.0 / 6.0 bpclient fed funds + 4.5 bpmargin 0.5 bp, about USD 50,000 PVquarter SOFR 4.30%, fed funds 4.25%: about USD 6,300 netcleared LCH or CME, voluntary
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The cleared swap lifecycle with two floating legs: SEF, CCP, SDR, quarterly net payment and daily margin. The desk hedges the basis in the interdealer market or across the two futures strips. The amounts are small; the risk being managed is a funding mismatch.
Basis swaps exchange two floating rates: SOFR versus fed funds (the main USD one since LIBOR), 1-month versus 3-month term rates where they still exist, Treasury bill versus SOFR; cross-currency basis swaps are the two-currency version (see Cross-Currency Swap).
The basis between SOFR and fed funds is the price of the difference between secured Treasury repo funding (SOFR) and unsecured interbank funding (fed funds); it widens at quarter ends and when repo markets tighten, as in September 2019.
Users: banks with FHLB advances (indexed to SOFR) against fed-funds-linked assets, money funds and dealers managing the two futures strips, and anyone moving a hedge from one benchmark to the other.
Both legs compound daily and settle quarterly through the CCP; the CFTC mandate covers SOFR OIS since 2022; SOFR versus fed funds basis swaps clear voluntarily.
An inflation swap is the derivative form of inflation protection. One payment at maturity: the client receives the cumulative growth of CPI-U and pays a fixed compounded rate. The lifecycle is a cleared swap with no coupons, only variation margin, and with a monthly external event, the CPI print, that moves the mark.
Worked example, illustrative:client receives inflation USD 100,000,000, 10-year zero couponmarket 2.45 / 2.50client fixed 2.48%margin 0.5 bp, about USD 43,000 PVrealized CPI 2.70%, ratio 1.3050maturity net USD 2,741,099 to the client
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The desk quotes off the interdealer inflation curve and TIPS breakevens, clears the trade at LCH, and hedges with an offsetting swap or a TIPS-versus-nominal breakeven position. For ten years the only cash flows are daily variation margin as CPI prints and the curve move. At maturity the realized CPI ratio is compared with the compounded fixed rate and one net amount is paid.
The USD inflation market: zero-coupon swaps are the interdealer standard; year-on-year swaps and inflation caps and floors trade for structured products. Liquidity is a fraction of the rates market, so bid-offers are 3 to 5 bp wide.
Indexation uses CPI-U NSA with a 3-month lag, the same convention as TIPS, so TIPS are the natural hedge: long TIPS and short nominals replicates receiving inflation, less the asset-swap basis.
Clearing is voluntary but standard: LCH SwapClear and CME both clear USD inflation swaps; initial margin is higher than for rates swaps. Trades are reported to the SDR like any swap.
Users: pensions and insurers with inflation-linked liabilities receive inflation; utilities and real-estate owners with inflation-linked revenues pay it; dealers warehouse the gap and hedge in TIPS.
A cross-currency swap is an FX swap stretched over years with floating interest in between: principal is exchanged at the start, each party pays the other’s floating rate on the principal it holds, and the principal is swapped back at maturity at the original rate. The price is the basis, the premium for borrowing USD through the swap market. It is the tool for turning a bond in one currency into funding in another, and it stays bilateral for its whole life.
Worked example, illustrative:client swaps EUR 500,000,000 into USD 542,500,000, 5 yearsspot 1.08505y basis market −20 / −16 bpclient receives ESTR − 21 bp, pays SOFR flatmargin 1 bp, about USD 260,000 PVquarterly EUR 2.77m received, USD 5.90m paidfinal exchange at 1.0850, 5 years later
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The client gives EUR and takes USD at spot, pays SOFR on the USD, receives ESTR less the basis on the EUR, and gets its EUR back at maturity to repay the bond. The bank hedges the basis with another dealer and runs the two floating legs in its OIS books. The distinctive risk is on the principal: five years of FX moves on EUR 500m, covered by daily variation margin and priced with CVA.
The basis is the spread added to the non-USD leg so that the swap prices at par; it is negative when USD funding is scarce (−50 bp and beyond at the 2008 and March 2020 peaks) and widens at quarter and year ends. Dealers quote it as a spread on the EUR (or JPY, GBP) leg against SOFR flat.
Users: corporates and sovereigns issuing where demand is best and swapping into their home currency (reverse Yankees, Yankee bonds), banks funding USD assets from EUR or JPY deposits, and asset managers hedging foreign bonds for longer than FX forwards allow.
Documentation and regulation: ISDA with CSA; a Dodd-Frank swap, reported to the SDR, not mandated to clear and almost always bilateral; the uncleared-margin rules require daily VM, with the fixed physically settled FX principal exchange exempt from IM.
Interdealer trades reset the USD notional every quarter (mark-to-market cross-currency swaps) to keep the credit exposure small; client trades usually do not, so the bank’s credit line and CVA carry more weight on this product.
Rates›xVA
Valuation Adjustments on an Uncollateralized Swap
When a client trades without posting collateral, three internal transfers take place. The rates desk owns the market risk; a central xVA desk charges for and hedges the counterparty credit risk (CVA), the funding cost of the asymmetric hedge (FVA) and the regulatory capital the trade consumes (KVA). The client sees one price; the bank sees three internal transfers.
Worked example, illustrative:client pays fixed USD 200,000,000, 7 years, no CSAmid 3.90%CVA 9 bpFVA 4 bpKVA 3 bpdesk margin 2 bpclient rate 4.08%client spread CDS 150 bp, recovery 40%
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Before quoting, the rates desk asks the xVA desk for the incremental cost of the trade on the client’s netting set; the charge is added to mid. Once dealt, the rates desk pays the charge to the xVA desk and hedges its rates risk in the cleared market; the xVA desk hedges the client’s credit with CDS and runs the funding and capital. For seven years the exposure builds and runs off while both desks re-hedge daily.
CVA = expected loss from the counterparty’s default, priced off its CDS spread (or a proxy by rating and sector), its expected positive exposure profile and recovery. DVA is the mirror on the bank’s own default; FVA the cost of funding uncollateralized derivatives; KVA the cost of capital; MVA the cost of initial margin on cleared or bilateral hedges.
Why a central desk: counterparty risk is a portfolio quantity (netting across a client’s trades) and needs credit hedging skills the rates desk does not have; charging at inception and transferring the risk keeps trading desks’ P&L clean of credit moves.
Corporate end users hedging commercial risk may elect the exception from mandatory clearing (CFTC rule 50.50), so uncollateralized swaps still exist; financial counterparties must clear and post margin.
Accounting (ASC 820 fair value) requires CVA and DVA in the fair value of derivatives; Basel III adds a CVA capital charge for the volatility of CVA. The two measures differ, and the desk hedges one while reporting both.
US Treasuries are the deepest bond market in the world, traded on a price basis in 32nds. The bank makes markets to clients on request-for-quote platforms and hedges on the interdealer order books (S); as a primary dealer it also bids at auction for itself and its clients and distributes the award (P). Interdealer trades are netted at FICC; everything settles delivery versus payment on Fedwire Securities on T+1.
Worked example, illustrative:client buys USD 50,000,000 10-year noteinterdealer 99-16 / 99-16+S, client 99-16+, yield 4.310%half a tick USD 7,800 on 50mP, auction high yield 4.322%, bid-to-cover 2.5settlement T+1 DVP, Fedwire Securities
Routes:Ssecondary marketPprimary auction, the bank as primary dealer1shared steps
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S: the client puts dealers in competition and trades at the interdealer offer; the bank earns its margin from skewing its quote around inventory and from financing its book. P: Treasury announces, the market trades the note when-issued, bids go in through TAAPS at 13:00, and the award is passed to clients and distributed into the WI shorts. Both routes end at FICC netting for the interdealer legs and DVP settlement on Fedwire Securities for everything.
Treasuries settle T+1 in Fedwire Securities, a real-time gross DVP system run by the Federal Reserve; the bank holds its securities at a clearing bank (BNY Mellon clears for most dealers) which has the Fed account.
FICC GSD novates and nets dealer-to-dealer cash and repo trades; its CCP guarantee and netting cut Fedwire deliveries by over 70%. The SEC rule of December 2023 extends mandatory clearing to all eligible cash trades by December 2026 and repo by June 2027; buy-side clients access FICC through sponsored or agent clearing.
Primary dealers (24 firms) must bid at every auction for a pro-rata share, and in return are the Fed’s open-market counterparties. Auctions are single-price (Dutch): every accepted bid pays the high yield. Indirect bidders bid through a dealer; direct bidders and noncompetitive bidders bid for themselves.
Prices are in 32nds: 99-16+ means 99 and 16.5/32 = 99.515625. Hedging is done in DV01 terms: the desk hedges a 10-year with Treasury futures or other maturities and runs the curve risk that remains.
Fails: a delivery not made on settlement date costs the failing party a charge of 3% minus the fed funds rate, introduced by TMPG in 2009 so fails stop being free when rates are low.
TIPS are Treasuries whose principal grows with CPI-U. They trade like nominal notes on the same platforms and settle the same way, with one twist at every cash event: par is multiplied by an index ratio derived from the CPI published three months earlier. The desk’s risk splits into a real rate and a breakeven inflation rate, hedged separately.
Worked example, illustrative:client buys USD 25,000,000 10-year TIPSreal yield 1.95 / 1.93 market; client 1.935%price 98-12 realindex ratio 1.00582settlement par × price × index ratio + accrued, about USD 24.74mbreakeven 2.37% vs nominal 4.31%
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The RFQ, execution, TRACE report, FICC netting and Fedwire DVP are those of a nominal Treasury. What changes: the quote is a real yield, the settlement amount carries the index ratio, the coupon and the principal are inflation-adjusted, and the hedge has two legs: nominals for the real rate and TIPS or inflation swaps for the breakeven.
Indexation: the reference CPI for a date is interpolated between the CPI-U NSA of three and two months earlier; the index ratio is the reference CPI on the date divided by the reference CPI on the issue date. Treasury publishes daily index ratios per CUSIP.
Breakeven inflation = nominal yield − real yield of the same maturity; it is the market’s inflation expectation plus a risk premium less a liquidity premium. The desk hedges breakeven risk with TIPS of other maturities, inflation swaps or the TIPS futures basis.
TIPS are issued at 5-, 10- and 30-year maturities, about USD 2 trillion outstanding, auctioned like nominals (yield-based, single price) with a reopening schedule; they are FICC-eligible and repo-able.
Deflation floor: at maturity the holder receives at least the original par; coupons have no floor and fall with the index ratio in deflation. Seasonality in CPI makes short TIPS carry volatile month to month.
Agency debentures are the debt of Fannie Mae, Freddie Mac and the Federal Home Loan Banks: Treasury-like settlement on Fedwire Securities, a spread over Treasuries for the implied guarantee, and a daily primary market of callable notes built to order. A bullet (B) trades and settles like a Treasury with a spread; a callable (C) is a bullet plus a swaption the investor sold to the issuer for extra coupon, and the bank hedges that option.
Worked example, illustrative:B, client buys USD 50,000,000 FHLB 3-year bullet at Treasury + 14.5 bp, 99.85B, market Treasury + 16 / 14B, margin 0.5 bp, about USD 7,000C, client buys USD 100,000,000 5nc1 callable at 5.30%, at parC, bullet equivalent 4.50%, plus about 80 bp for the optionC, outcome called at par after year 1 when rates fell
Routes:Bbullet, secondary marketCcallable new issue, reverse inquiry through the selling group1shared steps
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Two routes to the same settlement rail: the bullet is a secondary RFQ with a Treasury hedge; the callable is a reverse inquiry the bank turns into a new issue with the agency, hedged in the swaption market. Both settle DVP on Fedwire Securities and net at FICC between dealers; the callable usually ends early, when the issuer exercises the option it bought.
The issuers: Fannie Mae and Freddie Mac (in conservatorship since 2008), the Federal Home Loan Banks (the largest, funding their member banks), Farm Credit; about USD 2 trillion of debentures and discount notes outstanding, 20% risk-weighted and HQLA for banks.
Bullets trade like Treasuries at a spread (agency spreads of 10 to 30 bp), settle on Fedwire Securities, net at FICC and are hedged with Treasury futures; discount notes are the money-market end (see Money Markets, Treasury Bills).
Callables: issued daily by reverse inquiry through selling-group dealers, in Bermudan, European and American styles; the investor earns the option premium as coupon, the issuer swaps the callable to floating with a swaption from the dealer, and the dealer hedges the swaption; most are called within a few years when rates fall.
The implied guarantee: agency debt carries no explicit Treasury backing; the conservatorships and the Treasury’s support agreements make it near-sovereign in practice; FHLB debt is the joint and several obligation of the 11 banks.
Sovereign and Supranational Bonds, SSA and Emerging Markets
Government-related dollar bonds come in two kinds. Supranationals, sovereigns and agencies (SSA: the World Bank, EIB, KfW, Canadian provinces) are AAA swap-spread products traded in size on tiny margins and settled in DTC or Euroclear. Emerging-market sovereigns are credit products quoted over Treasuries, hedged with sovereign CDS, and settled in Euroclear for the Reg S line. Both print to TRACE.
Worked example, illustrative:S, client buys USD 25,000,000 AAA supranational 5-year at swaps + 20.5 bp, price 99.79S, margin 0.5 bp, about USD 6,000S, settlement T+1 in DTCE, client buys USD 25,000,000 BB sovereign 2035 at 96.60, Treasury + 260 bpE, CDS 180 bpE, margin 10 cents over mid, USD 25,000E, settlement T+2 in Euroclear
Routes:SSSA, a supranational USD benchmark, spread to swapsEemerging-market sovereign, spread to Treasuries, hedged with CDS1shared steps
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The same RFQ leads to two different operating models. The SSA route is priced off the swap curve, hedged with a swap and settled at DTC; the emerging-market route is priced off Treasuries and the country’s CDS, hedged in both, and settled in Euroclear. The two depositories and the two settlement cycles are the main operational difference.
SSA: supranationals, sovereigns (non-US, in USD), agencies and provinces issue USD benchmarks of USD 3 to 6 billion through syndicates of banks, priced as a spread to mid-swaps; the paper is 0% risk-weighted and HQLA, so bank treasuries and central banks hold it, and dealers make markets on a basis point or less.
Emerging-market sovereigns issue in USD under New York or English law, usually in a 144A/Reg S format with two lines; trading is quoted in price and spread to Treasuries, EMBI is the index, and sovereign CDS (cleared at ICE) is the hedge; sanctions screening is part of onboarding for some countries.
Settlement: DTC for the 144A line and for most SSA global notes (with a bridge to Euroclear), Euroclear and Clearstream for Reg S lines on T+2; Europe moves to T+1 in October 2027. The bank keeps USD cash accounts at the ICSDs through a correspondent to fund its deliveries.
Risk: SSA is swap-spread risk and new-issue underwriting risk; EM is country risk, a default ending in an exchange offer under collective action clauses, and liquidity that can disappear in a crisis.
Corporate bonds trade in an over-the-counter market made by dealers out of inventory, increasingly on electronic request-for-quote platforms. The bond is quoted as a spread over Treasuries, the trade is printed on TRACE within minutes, matched with the client’s custodian the same day and settled delivery versus payment at DTC on T+1. The desk’s risk is split into rates (hedged with Treasuries) and credit spread (hedged with CDS or run).
Worked example, illustrative:client buys USD 10,000,000 10-year A industrialdealer runs T+97 / 93client T+94, price 101.35margin 2 bp, about USD 16,000TRACE within 15 minutes, size capped at 5m+settlement T+1 DVP at DTC, USD 10.135m plus accrued
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The client puts five dealers in competition; the bank wins by selling from inventory at a spread two basis points inside where it bought. The trade is printed to the market on TRACE, allocated to funds and affirmed through CTM, and settled against payment at DTC the next day. The bank’s remaining inventory is financed in repo and its spread risk hedged in CDS.
Market structure: about 45% of IG volume is electronic (MarketAxess, Tradeweb, Bloomberg), mostly RFQ to several dealers and increasingly all-to-all and portfolio trades; the rest is voice and chat. Dealers hold far less inventory than before 2008.
TRACE (FINRA) makes every corporate bond trade public within 15 minutes, with size caps (USD 5 million for IG, 1 million for HY) so blocks print as 5MM+; this transparency is why spreads are quoted tight and the margin is basis points, not points.
Settlement: US corporate bonds moved to T+1 in May 2024 with equities. Institutional trades settle DVP at DTC trade for trade after CTM affirmation; dealer-to-dealer trades net through NSCC’s CNS.
Risk: a corporate bond is a Treasury plus a credit spread. The desk hedges the Treasury leg mechanically and manages the spread leg as a book: CDX index hedges for beta, single-name CDS for large positions, and the carry on inventory financed in repo.
Fixed Income›New Issue
Corporate Bond New Issue, Bookrunner
The primary market is where a bond comes into existence. The issuer mandates a syndicate; over one day the banks announce, build a book of investor orders, tighten the price, launch, allocate and price. The bank underwrites (commits to buy the bonds) and distributes them; the bonds are born at DTC on closing day and delivered against payment to the allocated investors.
Worked example, illustrative:issuer USD 1 billion 10-year senior unsecuredfee 45 bp shared by three bookrunnersIPTs T+135 arealaunch T+110, books 4xcoupon / price 5.40% / 99.85 at UST 4.31%client USD 50m order, 30m allocatedsettlement T+5 at DTCgrey market T+105
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One day from announcement to pricing: initial price thoughts attract orders, guidance tightens them, launch fixes the spread, allocation decides who gets what, and the Treasury spot sets the coupon. The bonds then settle into DTC against payment a few days later, and the deal moves from the syndicate desk to the secondary desk, which supports it in the market.
Roles: bookrunners run the book and allocate; co-managers get a small fee for distribution; the billing and delivering bank handles settlement. Fees for IG are 35 to 65 bp depending on tenor, HY 1.25% to 2%.
Documentation: SEC-registered (shelf) or 144A with Reg S for non-US investors; the prospectus, comfort letters and legal opinions are delivered at pricing and closing. Ratings are confirmed before announcement.
Pricing moves in steps: IPTs, guidance, launch, then the Treasury benchmark is spotted and the coupon and price follow. The new-issue concession (a few bp cheap to secondary) is what makes the bonds trade up in the grey market.
Underwriting risk: in a bought deal or if the book collapses, the banks own the bonds. Allocation favors long-term holders over fast money; regulators (FINRA Rule 5131 for equities, conduct rules for debt) watch for abuses.
Below investment grade the bond market changes character: prices instead of spreads, 144A documentation, thin single-name hedges, capital structures that determine recovery, and issuers that default. A performing high-yield bond (H) trades and settles like a corporate with wider margins and index hedges; a defaulted bond (D) trades flat on its expected recovery and ends in a bankruptcy plan that exchanges it for new securities.
Worked example, illustrative:H, client buys USD 10,000,000 B-rated 7.25% 144A at 92.25H, run 91.50 / 92.50H, yield to worst 9.1%, callable at 103.625H, margin about USD 25,000D, client buys USD 10,000,000 face of a defaulted bond at 45.50 flatD, bid 44.50D, recovery new notes and shares worth 52 on the plan’s effective date
Routes:Hhigh yield, a performing B-rated bondDdistressed, a defaulted bond trading flat1shared steps
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Two routes that share the back end: both print on TRACE and settle DVP at DTC on T+1. The high-yield route is priced off the capital structure and hedged with the index; the distressed route is priced off the recovery and ends in a Chapter 11 distribution through DTC. Claims that are not securities (bank debt, trade claims) leave DTC and settle by assignment, slowly.
Market: about USD 1.4 trillion of US high-yield bonds, mostly 144A with registration rights, callable after a few years, held by mutual funds, ETFs, insurers and CLOs through loans; trading is voice and chat with a growing electronic share (MarketAxess, Trumid); dealers hold little inventory.
Pricing and conventions: quoted in price with yield to worst (the lowest yield across the call dates); TRACE caps high-yield prints at USD 1 million; a bond trades flat after a missed coupon or a default, so no accrued interest changes hands.
Distressed: the desk values the claim through the restructuring (absolute priority, the fulcrum security, DIP loans, exchange offers, Chapter 11 plans); information barriers separate the private-side (creditor committee) and public-side desks; non-security claims settle on LSTA distressed documentation by assignment or participation.
Risk: single-name CDS exists for the largest names only, so the book is hedged with CDX HY and managed as a portfolio of issuers; liquidity risk (a fund forced to sell into a thin bid) is the main one, and the reason the desk’s bid is wide.
A credit default swap is insurance-like protection against a borrower’s default, paid for with a running coupon. Two different lifecycles under one product name: the index (K) is a liquid, standardized contract that must be traded on a SEF and cleared at ICE Clear Credit; the single name (B) is a bilateral contract under the ISDA, thinly traded, with collateral moving between the two parties and, in the rare case, a credit event settled by auction.
Worked example, illustrative:K, client buys protection USD 100,000,000 CDX IG 5-yearK market 52.0 / 52.5 bpK client 52.5 bp; coupon 100, upfront to client about USD 2.2mK margin 0.25 bp, about USD 11,000B, client buys protection USD 25,000,000 single-name BBB 5-yearB market 180 / 190B client 192 bp; upfront USD 979,200credit event recovery 35%, pays USD 16.25m
Routes:KCDX index, SEF traded and cleared at ICEBsingle-name CDS, bilateral under the ISDA1shared steps
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Both routes start with a spread quote and convert it into a standard coupon plus an upfront payment. K then goes to the SEF, to the CCP and into the margin cycle; B stays between the two parties with CSA collateral and an SBSDR report. Both pay a quarterly coupon on IMM dates. The index rolls to a new series twice a year; the single name waits for a credit event that usually never comes, and if it does, an ISDA auction fixes the payout.
Conventions since the 2009 Big Bang: fixed coupons of 100 bp (IG) or 500 bp (HY) with the difference to the traded spread paid upfront; quarterly IMM dates; the ISDA 2014 definitions; credit events decided by the Determinations Committee and settled by auction.
CDX IG (125 investment-grade names) and CDX HY (100 names) roll into a new series every March 20 and September 20; the on-the-run series carries most of the liquidity. Index CDS are CFTC swaps, made available to trade and cleared at ICE Clear Credit (which clears over 95% of cleared CDS).
Single-name CDS are security-based swaps regulated by the SEC: reporting to a security-based swap data repository, dealer registration, and SEC uncleared-margin rules; clearing at ICE is available for the liquid names but voluntary.
The bank’s credit desk uses CDS to hedge bond inventory (the basis between cash bonds and CDS is a trade in itself), the xVA desk uses them to hedge counterparty risk, and the index is the beta hedge for the whole credit book.
Leveraged loans are syndicated bank loans traded like securities but settled as contracts: there is no CUSIP-based depository, no DVP and no T+1. A trade is settled by assigning the lender’s rights under the credit agreement through the administrative agent, which takes days to weeks, and the LSTA’s delayed-compensation rules keep the economics honest in the meantime.
Worked example, illustrative:client buys USD 10,000,000 term loan B, B-ratedmarket 98.50 / 99.00client 99.00margin half a point, USD 50,000coupon SOFR + 350 bptarget settlement T+7, par/near-paractual T+10 to T+20agent fee about USD 3,500
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The quote and the trade resemble a bond trade. The rest of the lifecycle differs: an LSTA confirmation on ClearPar, an assignment agreement that the agent bank and sometimes the borrower must approve, a lender register update, and a wire of the purchase price that is not linked to the transfer. Delayed compensation accrues from T+7 so that slow settlement does not reward either side. Interest and principal flow through the agent, not a depository.
The US leveraged loan market is about USD 1.4 trillion of outstanding term loans, mostly held by CLOs, loan funds and banks. Loans are floating rate (SOFR plus a margin), senior secured, prepayable at par, and traded over the counter by dealer desks in price terms.
Settlement by assignment makes the buyer a lender of record under the credit agreement; participation is the alternative (the seller stays the lender and passes the economics through) when consent is refused or for speed. Settlement averages 15 to 25 days; the LSTA’s T+7 target and delayed-compensation rules push it shorter.
Information: a loan desk may receive private (non-public) borrower information as a lender; trading desks sit on the public side and screen for material non-public information. Loans are not securities under US law, so the trading rules differ from bonds.
Clearing: there is no CCP or central depository; ClearPar (IHS Markit, now S&P) is the settlement platform for documents and the funding memo, and the agent bank keeps the register. DTC’s role is limited to the loans that are CUSIP-bearing.
Municipal bonds are the USD 4 trillion tax-exempt market: debt of states, cities and authorities, mostly held by individuals directly or through funds and separately managed accounts. Two routes: the bank underwrites a new issue by winning a competitive sale (P) and reoffers the bonds to its clients, or sells from inventory in the secondary market (S). Reporting goes to the MSRB instead of FINRA, and settlement is DTC on T+1 like a corporate bond.
Worked example, illustrative:P, issuer USD 300,000,000 GO, 20 serial maturities, 5% couponsP, winning bid TIC 3.68%, by 1 bpP, client USD 5,000,000 of the 2036 at 3.05%, price 116.66P, underwriting spread USD 5.00 per bond, USD 25,000S, client buys USD 5,000,000 of the same bondS, MMD AAA 10y 2.90%S, client 3.10%, price 116.20, markup about USD 23,000settlement S: T+1; P: closing about two weeks after the sale
Routes:Pprimary, competitive sale underwritten by the bankSsecondary market, from the desk’s inventory1shared steps
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On the primary route the issuer publishes a notice of sale, the bank prices a scale, bids a true interest cost through the Parity platform and wins; it then reoffers each maturity to investors and pays the issuer at closing two weeks later, when the bonds are born at DTC. On the secondary route the desk offers from inventory against the MMD curve and the MSRB tape, and settles T+1. Both routes print to RTRS within 15 minutes and pay coupons through DTC.
Munis are exempt from federal income tax (and usually state tax in the state of issue), so they yield less than Treasuries: the 10-year muni-to-Treasury ratio is the market’s core relative-value measure, around 65% to 75% most of the time. The MMD AAA scale (Refinitiv) is the benchmark curve every trade is priced off.
Primary market: competitive sales (the issuer takes the lowest true interest cost from sealed bids, common for GO bonds) and negotiated sales (the issuer picks a senior manager who runs a bookbuild, common for revenue bonds and large deals). Underwriting spreads are USD 3 to 7 per bond; closing is two to three weeks after the sale.
Regulation: the MSRB writes the rules (G-15 confirmations with markup disclosure, G-17 fair dealing, G-32 new-issue disclosure) and FINRA and the SEC enforce them; trades are reported to RTRS, not TRACE, and displayed on EMMA with the official statements and continuing disclosures. Issuers are exempt from SEC registration but underwriters must ensure disclosure under Rule 15c2-12.
Structure: serial maturities (one CUSIP per year) and term bonds with sinking funds; 5% coupons priced at a premium to a par call in year 10 are the convention, because the call protects the issuer and the premium protects the investor from the de minimis tax rule on market discount. Settlement moved to T+1 with the rest of the US market in May 2024.
An asset swap is a bond and a swap sold as one package: the client buys the bond and swaps its fixed coupon into floating, so it holds the issuer’s credit at a spread over SOFR without the interest-rate risk. The bank sells the bond from one desk and the swap from another, clears the swap and settles the bond at DTC. The asset swap spread is the market’s price for the bond’s credit relative to the swap curve.
Worked example, illustrative:client buys USD 25,000,000 7-year 4.50% A bond at 97.50, swapped to floating7y swap 3.78%ASW market 112 / 108 bpclient receives SOFR + 108 bp, pays 4.50%margin 2 bp, about USD 30,000 PVpackage par: 97.50 for the bond plus 2.50 upfront into the swap
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One quote, two trades: the bond settles DVP the next day; the swap starts on the same date with an upfront that brings the package to par, is cleared at LCH and runs to the bond’s maturity. The client receives the coupon on the bond and pays it away on the swap, keeping SOFR plus the spread. If the issuer defaults, the swap survives and the client is left paying fixed on a bond that stopped paying.
Par versus market asset swap: in a par asset swap the client pays 100 for the package and the difference to the bond’s price goes into the swap as an upfront; in a market asset swap the client pays the bond price and the swap notional is set to that price. Par is the convention for quoting the spread.
The asset swap spread is the oldest credit spread measure: the bond’s yield over the swap curve, adjusted for the price; the z-spread and the CDS basis (asset swap spread versus CDS spread on the same name) are the trades built around it.
Users: bank treasuries and insurers that fund floating and want credit carry; dealers packaging new issues for investors; CDS basis traders. Floating-rate note investors get the same economics without the swap.
The swap is a standard IRS with an odd fixed coupon and dates, so it clears like any swap and stays alive after a default; the package indicator in the SDR report tells the regulator the two trades were priced together.
The USD 9 trillion agency mortgage market trades mostly as TBAs (to-be-announced forwards): a forward contract on a generic pool with a known agency, coupon, term and settlement month, but unknown specific pools until 48 hours before delivery. The lifecycle adds a monthly settlement calendar, netting at FICC MBSD, a pool allocation step, the dollar roll as a financing trade, and the agency’s factor and remittance cycle after settlement.
Worked example, illustrative:client buys USD 100,000,000 FNMA 30y 5.5% TBA, next monthscreen 99-24 / 99-25client 99-25+margin half a tick, about USD 15,600roll 6/32 front minus back monthVM 1 point = USD 1msettlement Class A date, Fedwire Securities DVPgood delivery 0.01% variance per million, 3 pools max
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Buyer and seller agree the generic terms today and the settlement date next month; FICC MBSD nets all the bank’s TBA positions per coupon and month, and daily variation margin covers the forward exposure. Two days before settlement the seller announces the pools; on the SIFMA date they move on Fedwire Securities against payment. The client can instead roll into the next month; the roll is also how dealers finance mortgage inventory.
TBA eligibility: pools must meet the agency’s and SIFMA’s good-delivery guidelines; cheapest-to-deliver pools (high loan balance, seasoned, investor loans) are what a seller delivers into a TBA, so specified pools trade at a payup over TBA (see Specified Pools).
SIFMA publishes the settlement calendar: Class A (30-year FNMA and FHLMC UMBS) around the 12th, Class B (15-year) around the 17th, Class C (GNMA) around the 20th. Notification is two business days before, by 15:00 ET.
FICC MBSD is the CCP for TBAs: it nets positions, guarantees settlement and runs EPN, the electronic pool notification system. Members post margin to MBSD; non-members face the dealer bilaterally under an MSFTA with margin (SIFMA best practice since 2014, effectively mandatory).
The dollar roll: selling the front month and buying the back month is economically a secured financing of the pools. The implied financing rate compared with repo tells whether the roll is trading special, which happens when the Fed or large buyers hoard the front month.
Risk: an MBS is a bond with a prepayment option held by millions of homeowners. The desk hedges duration with Treasuries and swaps, convexity with swaptions, and runs the OAS (option-adjusted spread) basis as its P&L.
Specified pools are the other half of the agency market: trading actual pools by CUSIP, priced as the TBA plus a payup for characteristics that slow prepayments (low loan balances, certain states, seasoning). Settlement is like a Treasury, T+1 DVP on Fedwire Securities; the hedge is a TBA sale, so the desk is left owning the payup.
Worked example, illustrative:client sells 10 pools, USD 80m original face, FNMA 5.0% low balanceTBA reference 97-12payup +1-08 low balance, +0-12 othersawarded 6 pools, USD 50m original, 41.5m current at factor 0.83settlement USD 40.78m plus accrued, T+1 DVPhedge sell USD 41.5m TBA at 97-12
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An insurer puts pools out for bid; the desk runs its prepayment model and bids each pool as TBA plus a payup; it wins six, hedges them by selling TBA, and takes delivery on Fedwire Securities the next day. From then on it owns the difference between how these pools prepay and how the generic TBA prepays, until it resells them or delivers them into its TBA short.
Payups compensate for prepayment protection: a borrower with a USD 85,000 loan refinances less often than one with USD 500,000, so low-loan-balance pools prepay slower and are worth more when rates fall. Other stories: geography (New York, Texas), investor property, high LTV, seasoning.
Settlement amount on a pool = original face × current factor × price / 100 + accrued; factors are published monthly and the amount is recomputed if settlement crosses a factor date.
Specified pools also trade on an all-in price basis and in CMO form (REMIC tranches cut from pools); CMOs settle at DTC or Fedwire depending on the issuer and bring their own structure risk (PAC, support, IO, PO).
The desk’s book: long pools, short TBA, financed in repo (agency MBS are high-quality collateral at 2% to 3% haircuts). The P&L is the payup move and the carry; the risk is model risk on prepayments.
Agency CMOs are the structuring side of the agency market: the desk buys pools, hands them to an agency trust and sells back the same cash flows re-cut into tranches with different prepayment profiles, planned amortization classes for investors who want a predictable schedule and a support class for those paid to take the variability. The deal lives on Fedwire Securities like the pools it was made from, and pays monthly through the agency’s waterfall.
Worked example, illustrative:collateral USD 500,000,000 FNMA 30y 5.5% at 99-20PAC 1 USD 150m, 3y WAL, 100-24PAC 2 USD 200m, 10.7y WAL, 100-08, swaps + 163support USD 150m, 98-24PAC band 100 to 250 PSAdeal profit about USD 1,000,000, 0.2 pointsettlement monthly agency date, Fedwire Securities DVP
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Three investors want three different things from the same mortgage cash flows; the desk buys the collateral, designs the tranches so the proceeds exceed the cost, and files the REMIC with the agency, which guarantees the classes and issues them on the settlement date against the pools. From then on the agency pays the waterfall every month; the PACs get their schedule while the support absorbs the prepayment surprises, and the desk trades all three in the secondary market.
A REMIC (real estate mortgage investment conduit) is the tax vehicle: the trust holds the pools and issues classes without being taxed itself. Agency REMICs (Fannie Mae, Freddie Mac, Ginnie Mae) carry the agency guarantee and are Fed-eligible book-entry securities; private-label CMOs settle at DTC and carry credit risk as well.
Classes: sequential pay (A then B then C), PACs (a schedule that holds between two prepayment speeds), TACs, supports or companions, floaters and inverse floaters, interest-only and principal-only strips, Z bonds that accrue. The cash flows always sum to the collateral; structuring moves risk between buyers, it does not remove it.
The arbitrage: tranche proceeds exceed collateral cost when the market pays more for a predictable PAC than it charges for the support, which depends on the shape of the curve and demand from banks and insurers. Desks issue heavily when the arbitrage is open and go quiet when it closes.
Settlement follows the agency MBS calendar: new issues settle on the monthly settlement date, secondary trades T+1 on Fedwire Securities with the factor applied; TRACE reporting since 2011; the desk finances inventory in repo at agency haircuts.
Securitization turns a pool of loans into tranched bonds through a trust. The bank structures the deal, places the tranches with investors over one or two days, and the notes are born at DTC on closing day. After that the lifecycle is monthly: the servicer collects, the trustee pays through the waterfall, and investors watch the collateral. Secondary trades settle at DTC on T+1 with a declining factor.
Worked example, illustrative:deal USD 1.2bn prime auto ABS, tranches A1 to CA2 1-year WAL, talk swaps + 70, priced + 65client USD 40m order, 30m allocatedclosing T+7 at DTCfee 25 to 40 bpremittance 15th monthly, sequential waterfallsecondary sold at swaps + 55 six months later
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Structuring takes weeks: the cash-flow model, the credit enhancement and the ratings. Marketing takes days: price talk, orders, pricing off the swap curve, allocation. Closing issues the notes into DTC against payment and sends proceeds to the sponsor. Then the trust runs itself: monthly collections, waterfall payments and remittance reports, while the bank trades the bonds in the secondary market.
US ABS: auto loans and leases, credit cards, student loans, equipment, consumer loans; about USD 300 billion issued a year. Credit cards use master trusts with revolving periods; autos amortize sequentially. Most tranches are AAA with subordination of 5% to 10%.
Rules since 2008: Reg AB II (loan-level disclosure, asset review), risk retention (sponsor keeps 5% vertical, horizontal or L-shaped), Rule 17g-5 (rating agency information access), and the Volcker rule exemptions for ABS trading.
Pricing: ABS tranches are quoted as a spread to the interpolated SOFR swap curve at the tranche’s weighted-average life; floating-rate tranches as a discount margin. Secondary liquidity is mostly bid lists (BWICs) and dealer axes.
Operations: a factor-based security like an MBS. The trustee publishes a monthly remittance report; DTC pays P&I to participants; the bank’s surveillance watches triggers (cumulative net loss, delinquency) that can redirect the waterfall.
Bonds backed by commercial mortgages (office, retail, multifamily, hotel), structured in conduits with a senior AAA class protected by 30% subordination. Secondary trading is by bid list and dealer axes, settlement is at DTC on T+1, and the lifecycle after that is the monthly remittance from the master servicer, with a special servicer stepping in for defaulted loans.
Worked example, illustrative:client sells USD 15,000,000 CMBS conduit AAA, 10-yeardealer runs swaps + 95 / 90bank bid swaps + 92, price 98.75resale swaps + 88margin 4 bp, about USD 30,000settlement USD 14.81m plus accrued, T+1 at DTChedge 7-year swap and CMBX AAA
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The desk analyzes the loan pool and the tranche’s protection, bids on the list as a spread to swaps, wins, hedges the duration with swaps and the spread with CMBX, and settles at DTC the next day. The bond sits in inventory, financed in repo, until a client buys it at a tighter spread. Every month the trust reports loan by loan and pays through the waterfall.
Conduit CMBS pool 50 to 100 loans from several originators; single-asset single-borrower (SASB) deals securitize one large property. Credit support for the last-cash-flow AAA is about 30%; the B-piece buyer takes the first loss and often selects the pool.
Servicing: the master servicer collects and advances, the special servicer takes over loans in default or at risk and decides on modification or foreclosure; the controlling class holder appoints it. Remittance reports (CREFC format) are the surveillance input.
Risk since 2020: office exposure and refinancing risk at maturity (most loans are 10-year balloons); the desk’s hedge is CMBX, a synthetic index on 25 deals per series, which trades more than the cash bonds in stress.
Private-label RMBS (jumbo, non-QM, re-performing loans) follows the same lifecycle at DTC with monthly remittance; agency CMBS (Freddie K, Fannie DUS) settles on Fedwire Securities like agency MBS.
Listed stocks trade on a fragmented market of 16 exchanges and some 30 alternative venues, cleared at NSCC and settled at DTC on T+1. The bank either executes as agent, slicing the order through algorithms and earning a commission (A), or prints the block as principal at a discount and works out of the position itself (R). The post-trade and settlement chain is the same.
Worked example, illustrative:A, client buys 500,000 shares, VWAP algo, limit USD 81A result avg 80.12 vs VWAP 80.10; commission 2 cents, USD 10,000R, client sells 500,000 shares in one printR risk bid USD 79.60, 50 bp below lastsettlement T+1 at DTC; affirmation by 21:00 ET on TCNS one net position per CUSIP
Routes:Aagency, algorithmic execution in the marketRrisk, the bank prints the block as principal1shared steps
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A: the parent order passes the pre-trade risk checks and the algorithm feeds child orders to the venues all day; the client pays a commission and owns every fill. R: the client wants certainty now, the desk bids the block at a discount and takes the risk of unwinding it. Both: allocations are matched with the custodian the same evening, NSCC nets the street side, and DTC moves the shares against cash the next day.
Market structure: Reg NMS requires orders to be routed to the best displayed price across exchanges; about 40% of volume trades off-exchange in ATSs, dark pools and wholesalers. Every order event is reported to the Consolidated Audit Trail.
Settlement moved to T+1 on May 28, 2024. Institutional trades must be allocated, confirmed and affirmed by 21:00 ET on trade date (SEC Rule 15c6-2), so CTM matching happens the same evening.
NSCC’s Continuous Net Settlement nets each participant to one position per security per day and guarantees it; DTC holds the shares in book-entry form (Cede & Co is the registered holder of nearly all US shares) and moves them by entries.
Agency versus principal: as agent the bank owes best execution and earns a commission; as principal it owns the risk and the discount is its compensation. Capital commitment for blocks is the service large asset managers pay for with their agency flow.
Listed options are exchange-traded options on indices and single stocks, all cleared at the Options Clearing Corporation. The bank acts as broker (routing and clearing the client’s order) and often also as market maker on the other side. The lifecycle is premium up front, no margin for the long, daily marks at OCC, and automatic exercise at expiry: cash for index options, share delivery through NSCC for stock options.
Worked example, illustrative:client buys 2,000 SPX 3-month puts, 5% OTMmultiplier USD 100 per index pointpremium USD 95.00, USD 19m totalcommission USD 1 per contractexpiry third Friday, SOQ; index −8%payout about USD 30m, exercise by exception
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The client’s order fills on Cboe, partly against the bank’s own market maker in a crossing auction; OCC becomes the counterparty to both. The premium is paid in full on T+1 and the long puts carry no margin. For three months OCC marks everything daily and settles with the clearing member each morning. At expiry the in-the-money puts are exercised automatically and the cash difference is paid out.
OCC clears every US listed option (16 exchanges) and is the world’s largest equity derivatives clearing house; positions are fungible across exchanges. Clearing members post margin on net positions; customers’ margin is governed by Reg T and portfolio margin rules.
Index options (SPX, NDX, RUT) are cash settled, European style, and taxed as Section 1256 contracts; stock options and ETF options (SPY, QQQ) are physically settled, American style, and deliver 100 shares per contract through NSCC.
Market making: the bank’s derivatives desk quotes two-sided markets on the exchanges, hedges delta with futures and stock, and manages a volatility book; the bid-offer and the auction price improvement are the economics.
Zero-day (0DTE) SPX options are now about half of SPX volume; weeklies expire every day of the week. The protective put here is the institutional hedging use; overwriting (selling calls) is the yield use.
Index futures are the fastest way to change equity exposure: one order on CME Globex moves USD 250 million of beta. The bank is the futures commission merchant, not the counterparty: it routes the order, clears it as a member of CME Clearing and holds the client’s margin in segregation. Cash variation margin twice a day, a quarterly roll, and cash settlement at expiry.
Worked example, illustrative:client sells 1,000 ES, USD 50 per point, about USD 250m notionalfill 5,000.25commission about USD 1.50 per contractIM about USD 12,000 per contract, USD 12m1 point USD 50,000 on 1,000 lotsexpiry third Friday, cash to the SOQ
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The FCM’s risk filter passes the order to the exchange, where it fills against the order book; CME Clearing novates it; the FCM collects initial margin into segregated funds and passes variation margin between the client and the CCP every day. The fund rolls each quarter or closes when it no longer needs the hedge; a contract held to expiry settles in cash to the opening index level.
E-mini S&P 500 (ES) trades about USD 300 billion a day, nearly 24 hours; Micro E-minis are one tenth the size. Nasdaq-100 (NQ), Russell 2000 (RTY) and Dow (YM) follow the same model.
Fair value: futures trade at the index plus financing cost less expected dividends to expiry; the basis is arbitraged by program-trading desks buying the stock basket against selling futures, which keeps the two markets locked.
Margin: exchange minimums are set by CME’s margin model, about 5% of notional for ES; the FCM may charge more. Customer funds are segregated and the FCM reports segregation daily to the CFTC.
Futures versus swaps: a fund that wants longer-dated or customized exposure uses an equity total return swap (see Equity TRS); futures are cheaper and cleared but roll every quarter and track only the major indices.
Where listed options stop (long dates, baskets, custom strikes and payoffs) the derivatives desk writes options bilaterally under the ISDA. The lifecycle follows the FX option with equity specifics: a stock delta hedge that settles at DTC, dividends and corporate actions to manage, correlation risk on a basket, SEC and FINRA rules, no swap reporting, and variation margin for two years.
Worked example, illustrative:client buys 2-year basket call, 10 US stocks, ATM, USD 50m notionalbasket vol 22%, correlation 45%premium 14.2%, USD 7.1mmargin 0.8 vol, about USD 200,000delta 59%: buy about USD 30m of stocksvaluation basket at 128%: pays USD 14m
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The desk prices the basket from each stock’s vol surface and a correlation assumption, charges a margin for the risks it cannot hedge, and buys the delta in stocks through the program desk. For two years it re-hedges daily and posts variation margin to the client. On the valuation date the calculation agent fixes the payout from the official closes and the bank pays cash two days later.
Regulation: an OTC option on a stock, a basket or an index of securities is a security, excluded from the swap definitions, under the SEC’s and FINRA’s rules (FINRA Rule 2360, large options position reports, margin under Rule 4210); listed options clear at OCC.
Risks beyond vanilla: correlation (the buyer of a basket call benefits from high correlation, so the dealer who sold it is short correlation and cannot hedge it directly), dividends over two years, and stock borrow for any short delta.
Corporate actions: the ISDA equity definitions and the calculation agent handle mergers, spin-offs, special dividends and delistings in the basket by adjusting strikes, weights or replacing the stock.
Users: insurers hedging indexed annuities and structured note issuers are the natural buyers of long-dated options; hedge funds trade dispersion (index vol against single-stock vol) with the same desk.
A variance swap is a direct position on realized volatility: at maturity the parties exchange the difference between the realized variance of daily returns and a strike agreed today. The bank replicates it with a strip of listed options and daily futures hedges. The lifecycle has no premium and no coupons, only variation margin and a single payment at the end computed from a year of closing prices.
Worked example, illustrative:client sells variance SPX 1 year, vega notional USD 500,000implied vol 18.0; fair variance strike 19.5client strike 19.0margin 0.5 vol, about USD 250,000variance notional USD 13,158 per variance pointcap 2.5× strikerealized 16.0: bank pays USD 1,381,590
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The fair strike comes from the price of the whole option strip, not one option. The client sells it a little below fair; the bank buys the strip and hedges delta every day, so its P&L is the difference between the variance it paid for and the variance the market delivers, plus the margin. Variation margin runs daily. At the end, 252 squared returns are summed and one payment settles everything.
Payoff = variance notional × (realized variance − strike²), with realized variance = 252/N × Σ ln(S_t/S_t−1)², annualized; vega notional = variance notional × 2 × strike so that one vol point near the strike is worth the vega notional.
The variance risk premium: implied variance has exceeded realized most of the time (investors pay for crash protection), so funds sell variance; the cap limits their loss in a crash like March 2020 when realized SPX vol exceeded 80.
Replication: a log contract is a strip of options weighted by 1/K², so the fair strike is model-free and the dealer’s hedge is listed options plus futures. Cboe’s VIX is the 30-day version of the same formula; VIX futures and options trade the same risk in listed form.
Variants: volatility swaps (payoff linear in vol, harder to hedge), corridor and conditional variance, dispersion (index variance against single-stock variances) and the vol-of-vol trades in VIX derivatives.
Equity Total Return Swap, Synthetic Prime Brokerage
A total return swap gives the return of stocks without ownership of the stocks: the client receives price and dividends on a notional and pays a financing rate; the bank buys the shares as its hedge. It is the core of synthetic prime brokerage and the way hedge funds get leverage, short exposure and access to markets. The lifecycle is monthly resets, daily margin and a termination priced at the hedge’s unwind.
Worked example, illustrative:client receives total return on USD 100m mid-cap basketclient pays SOFR + 60 bp, monthly resetinitial margin 20%, USD 20mbank margin about 15 bp in the spreadhedge the bank buys USD 100m of sharesVM daily; 5% move = USD 5mterm 1 year, early termination at will
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The prime brokerage desk sets margin and financing terms, the bank buys the shares and books the swap against them. Every day the swap is marked and cash margin moves; every month the return and the financing leg are exchanged and the notional resets. Dividends on the hedge pay the dividend leg. When the fund unwinds, the bank sells the shares and the sale price is the swap’s final price.
Why swaps instead of shares: leverage beyond Reg T (margin set by the bank’s risk model), short exposure without borrowing the stock directly, access to markets where the fund has no account, and no disclosure as beneficial owner (until the 2023 Schedule 13D amendments narrowed that).
The bank’s economics: the financing spread over SOFR less its own funding, capital (leverage ratio consumption of USD 100 million of shares on balance sheet) and the stock-lending income on the hedge shares.
Archegos (2021) was a family office with USD 100 billion of such swaps across several banks; since then, prime brokers share concentration data, margin dynamically and every such swap is now reported to an SBSDR under Reg SBSR.
Regulation: TRS on single names and narrow baskets are SEC security-based swaps; on broad indices they are CFTC swaps. Dividend equivalents to non-US persons are taxed under Section 871(m) as if they were dividends.
Equities›Share Plan Hedging
Hedging Share-Based Compensation: a Total Return Swap on the Issuer’s Own Stock
A listed company whose deferred compensation plan and cash-settled awards move with its own share price hedges the liability with a total return swap from the bank: the company receives the stock’s return on a notional that tracks the awards and pays a floating rate, the bank buys the shares as its hedge within the Rule 10b-18 limits, and the quarterly resets offset the liability’s remeasurement. Share-settled options take the other route, bought calls or a call spread on the company’s own stock held in equity.
Worked example, illustrative:issuer a listed company; USD 200,000,000 of stock-linked liabilities, illustrativeswap TRS on 2,000,000 own shares, SOFR + 45 bp, quarterly resets, 3 yearsbank hedge buys the shares over ten days within Rule 10b-18alternative bought calls or a call spread for the share-settled options, in equityreporting a security-based swap: Regulation SBSR to the SBSDRaccounting the TRS through earnings against the liability; the calls in APIC
Routes:Hcash-settled liabilities, hedged with a total return swapCshare-settled options, offset with bought calls or a call spread1shared steps
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Treasury sizes the swap to the notional shares in the plans, the bank prices the financing and buys the hedge in the market under the same limits an issuer would, and every quarter the swap pays the company what the stock added to the liability. Grants raise the notional, payouts terminate slices of it, and the auditors see two lines that move together.
Why hedge: a cash-settled award or a deferral notionally invested in company stock is a liability remeasured every quarter through compensation expense; a rising share price raises the expense exactly when the company does well, so the swap turns a volatile expense into a fixed financing cost. A rabbi trust holding the company’s shares does not offset it, since the shares are treasury stock on consolidation.
The share-settled route: options settled in new shares cost dilution, not expense volatility; the company buys calls on its own stock (or a call spread, the same structure as the convertible bond hedge) that meet the ASC 815-40 tests for equity classification, so the premium sits in additional paid-in capital and the shares at exercise come from the bank, not from new issuance.
The bank’s side: hedging a swap on an issuer’s own stock puts the bank’s purchases close to the issuer’s, so the confirmation applies the Rule 10b-18 volume, price and timing conditions and a schedule set at inception; Regulation M applies around any offering; the dividends on the hedge fund the dividend leg; the swap uses balance sheet and capital and is priced like financing.
Regulation: a single-name equity swap is a security-based swap under the SEC (the dealer’s registration, Regulation SBSR reporting, the business conduct standards); the company is an end user with no clearing or margin obligation of its own, though the CSA or the credit line governs the exposure; the board authorizes the program and the derivatives footnote discloses it.
ETFs trade like stocks but are born and die through authorized participants: a bank that delivers a basket of the underlying stocks to the fund and receives new ETF shares in return, or the reverse. The arbitrage between the ETF price and the basket keeps the ETF at its NAV; the creation and redemption flow through NSCC and DTC on T+1 alongside ordinary stock settlement.
Worked example, illustrative:client buys 2,000,000 ETF shares, USD 200m, at the closeETF vs iNAV 100.02 vs 100.00client 100.015margin about USD 10,000creation 40 units of 50,000 sharescreation fee about USD 500 per ordersettlement T+1: basket in, ETF shares out, ETF shares to client
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The client buys ETF shares from the bank; instead of buying them in the market the bank buys the underlying basket and hands it to the fund for new shares. On T+1 three things settle at once: the basket into the fund, the new ETF shares to the bank, and the ETF shares to the client against payment. Day to day the desk makes markets in the ETF and arbitrages it against the basket; redemptions run the loop backwards.
US ETFs hold about USD 10 trillion; creations and redemptions are in-kind for equity ETFs (securities for shares), and this is the source of their tax efficiency: the fund hands out low-basis stock in redemptions instead of selling it.
Authorized participants are broker-dealers with an agreement with the fund’s distributor; a few dozen banks and market makers do most creations. Fixed-income ETFs often create with cash or negotiated baskets because the bonds are hard to source.
NSCC processes ETF creations and redemptions through its ETF module so the basket legs net in CNS; DTC credits the new shares to the AP. Standard settlement is T+1 like stocks; some international ETFs settle later.
The arbitrage keeps premiums and discounts to a few cents for liquid ETFs; in stress (March 2020) bond ETFs traded at discounts of several percent because the basket could not be sold at the marks the NAV used.
A convertible is a bond with an embedded call option on the issuer’s stock, traded by the equity-linked desk against a short position in the shares. The bond settles at DTC like a corporate; the hedge settles through NSCC like a stock; the client borrows the shares it shorts from the bank’s prime brokerage. The lifecycle ends in conversion into shares when the stock is above the conversion price, or in redemption at par when it is not.
Worked example, illustrative:client buys USD 20,000,000 5-year 1.50% convertible, conversion price 50.00stock 42.00; delta 62%; vol 34%dealer run 101.50 / 102.25client 102.00 vs 42.00margin quarter point, about USD 50,000hedge fund shorts 249,000 shares; desk buys back 249,000settlement T+1 DVP at DTC, USD 20.4m plus accruedyear 5 stock 60.00: converted into 400,000 shares
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The desk quotes the bond against the stock price, so both parties know the delta they are trading. The fund buys the bond and shorts the delta in shares through the bank’s stock loan desk; the desk, which was short shares against its inventory, buys that delta back. From then on both sides trade the gamma: as the stock moves they adjust the hedge, and the credit spread sets the floor. At year five the stock is above the conversion price and the bonds become shares.
Pricing: a convertible is a straight bond (the investment value, from the issuer’s credit spread) plus a call on the stock (from implied volatility and borrow cost) with features layered on top: issuer call, holder put, dividend protection, takeover make-whole. Desks quote it as a dollar price versus a stock reference so that the delta is explicit.
Convertible arbitrage funds hold most of the paper: long the bond, short the delta in shares, earning the coupon, the short rebate and the gamma; they need borrow, so the bank’s prime brokerage and stock loan desks sit next to the trading desk.
Issuance: most US converts are 144A deals marketed overnight by the equity capital markets desk, with the bank buying back stock for investors’ hedges at pricing (the "delta placement"); the issuer often buys a call spread from the bank to raise the effective conversion price.
Settlement and reporting: DTC on T+1, TRACE for the bond, the tape for the shares; conversion goes through DTC’s conversion agent service, with net share settlement increasingly standard so the issuer pays par in cash and only the excess in shares.
Autocallable Note on the S&P 500, the Bank as Issuer
A structured note is the bank’s own debt with an option inside, sold to individuals through distributors. Treasury raises three-year funding, the derivatives desk sells the index exposure, and the two are stapled into one senior note issued under the bank’s shelf, settled at DTC. The lifecycle is a series of observations: a coupon if the index holds above a barrier, early redemption if it is above its starting level, and a loss only if it ends below the barrier at maturity.
Worked example, illustrative:note USD 25,000,000, 3 years, on the S&P 500coupon 8.10% a year if the index is at or above 70%autocall at or above 100% from observation 2barrier 70% at maturityestimated value about 96.20: fee 2.50%, margin 1.30%funding SOFR + 70 bp to treasurypath obs 1 at 97%: coupon; obs 2 at 103%: called, USD 25.51m paid
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The distributor asks for a payoff, the desk prices the options and treasury the funding, and the gap between the issue price and the note’s estimated value is the fee and the margin. At closing the notes are born at DTC and the proceeds fund the bank. Every quarter the index is observed: in this example it pays a coupon at three months and is called at six, returning par plus coupon through DTC. The desk hedges the option package in listed SPX options and futures throughout.
The US market issues about USD 100 billion of structured notes a year, mostly autocallables and buffered or barrier notes on equity indices, sold through broker-dealers and private banks; the issuer’s credit matters, as noteholders of a failed issuer learned in 2008.
Disclosure: SEC-registered under the bank’s shelf, with a free writing prospectus during marketing and a pricing supplement at pricing; since 2012 the issuer must disclose its estimated value of the note, which shows the fee and the margin as the gap to the issue price.
Inside the bank the note is two trades: a medium-term note issued by treasury at its internal funding rate, and an option package sold by the derivatives desk to treasury; rates-linked notes (callable range accruals), credit-linked notes and commodity-linked notes follow the same chain with other desks.
Risks the desk manages: the digital around the autocall level and the barrier, vega and dividends out to three years, and the correlation between the bank’s own funding and the index; secondary liquidity is provided by the issuer, bidding near the estimated value.
Equities›IPO
Initial Public Offering, the Bank as Lead Bookrunner
An initial public offering is how a stock comes into existence. The bank takes the company through registration, markets the deal on a roadshow, builds a book of orders, prices and allocates in one evening, commits to buy the shares and delivers them to investors at closing two days later. Then it opens the stock on the exchange, stabilizes it if needed, and exercises the greenshoe. It is the equity counterpart of the bond new issue, with the exchange involved from the first day.
Worked example, illustrative:issuer USD 1 billion IPO, 50 million sharesrange USD 18 to 21; priced at USD 20gross spread 7%, USD 70 millionclient USD 100m order, USD 40m allocatedfirst day opens USD 23 to 24, closes USD 24closing T+2 into DTCgreenshoe 15%, 7.5 million shares, exercised
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Months of preparation, two weeks of marketing, one evening of pricing and allocation, one morning of opening, two days to closing. The fee is the gross spread; the risk is the underwriting commitment between pricing and closing and the stabilization short, which the greenshoe turns into an option.
Roles: the lead-left bookrunner runs the book and the process; joint bookrunners share the economics; co-managers add distribution. The gross spread (7% is the US IPO convention for mid-sized deals, less for large ones) splits into management fee, underwriting fee and selling concession.
Regulation: Securities Act registration (S-1, or F-1 for foreign issuers), the quiet period, FINRA Rule 5131 on allocations (no spinning), Regulation M on stabilization; the JOBS Act allows confidential filing and testing-the-waters meetings for emerging growth companies.
The greenshoe: the banks sell 15% more shares than the base deal, creating a short they cover either by buying in the market (supporting a falling stock) or by exercising the option with the issuer (a rising stock). Stabilization is the one permitted form of price support.
Alternatives: direct listings (no underwriting, no new money), SPAC mergers, and follow-on offerings (marketed or overnight blocks) for companies already listed; the bank’s equities desk inherits the stock as a market maker in every case.
Equities›Follow-On and Block
Follow-On Offering and Block Trade
Follow-ons and blocks are the two ways of selling a large amount of an already listed stock. A marketed follow-on (M) is a smaller IPO: the company raises primary equity over two days of marketing, priced at a discount to the last close, settled T+2 with new shares issued into DTC. A block trade (B) is the opposite in speed and risk: a holder sells to the bank at a discount after the close, the bank re-offers the shares to wall-crossed investors overnight and settles T+1, keeping any unsold stock on its own book.
Worked example, illustrative:M, issuer USD 600m primary, 15 million sharesM, pricing 4% discount, USD 40; spread 3.5%M, client USD 50m order, USD 30m allocatedM, settlement T+2, new shares into DTCB, seller 10 million shares, USD 450m at the closeB, bank’s bid USD 43.20, a 4% discountB, re-offer USD 43.50 to 43.80 overnight; USD 20m unsoldB, settlement T+1
Routes:Mmarketed follow-on, two-day bookbuild, primary sharesBblock trade, bought overnight at a discount, secondary shares1shared steps
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Two routes from the seller to the investors. The follow-on is agency-like: the bank builds a book over two days and underwrites at the end. The block is principal: the bank owns the shares at 16:30 and has until the open to sell them, so it bids at a discount and calls wall-crossed investors in the evening. Both end at DTC, one with new shares, the other with existing ones.
Follow-ons: marketed (two to three days, the standard for large primary raises), accelerated bookbuilds (one evening, for sellers who can accept a wider discount) and at-the-market programs (dribbled out daily through the bank as agent); the shelf registration (S-3) makes all of them fast to launch.
Blocks: a competitive auction among a few banks after the close; the winner buys as principal and bears the overnight risk; wall-crossing lets the bank sound out investors before the launch under confidentiality; the 2022 Morgan Stanley block-trading settlement made the information handling around the bid a compliance focus.
Regulation M restricts the underwriters’ trading in the stock around an offering; Rule 10b-5 and the wall-crossing agreements govern what investors may do with the knowledge of a pending block; the bank’s equities desk, ECM and compliance all sit in the room for the bid.
Settlement: registered offerings priced after the close settle T+2 under the exception to T+1; a block of existing shares is a secondary trade and settles T+1 through NSCC like any sale from the bank’s account.
A producer locks in a price for next year’s production: it receives a fixed price and pays the monthly average of the NYMEX WTI front-month settlement. The bank hedges in WTI futures at CME and carries the credit exposure to the producer uncollateralized. Each month one cash settlement passes between them.
Worked example, illustrative:client receives fixed USD 72.20 per barrel, 500,000 bbl a month, 12 monthsfutures strip avg USD 72.40margin 20 cents, USD 100,000 a monthhedge sell 500 WTI futures per month, 6,000 totalmonth 1 WTI avg 68.50: bank pays USD 1.85mVM on hedge USD 1 = USD 6m
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The desk prices the strip off the futures curve and bids below mid; once dealt, it sells the equivalent futures at CME and is left with the credit risk on the producer and the basis between a monthly average and daily settlements. The hedge pays and collects margin daily; the swap pays once a month; the gap is funded by treasury. After twelve settlements the strip is done.
Commodity swaps are CFTC swaps; producers and consumers hedging commercial risk may elect the end-user exception from clearing, so many stay bilateral and uncollateralized within a credit line (often secured on reserves alongside the reserve-based loan).
The dealer’s hedge is listed futures (WTI at NYMEX, Brent at ICE) or cleared swaps at CME ClearPort; the mismatch between a monthly-average swap and a single futures settlement is the Asian-option basis the desk manages by selling the hedge down through the month.
Position limits: the CFTC and the exchanges set limits on futures and economically equivalent swaps in energy; bona fide hedge exemptions cover the dealer’s hedges of client swaps.
Variants: collars and three-way collars (options), swaps on basis (WTI Midland vs Cushing, natural gas at Henry Hub vs regional hubs), and physical supply contracts for utilities and refiners.
Producer Hedge Program: Collars and Three-Ways on the WTI Monthly Average Under a Reserve-Based Loan
A shale producer hedges what its lenders require: the reserve-based loan asks for 50% of the next year’s production hedged, the RBL banks quote collars and three-ways on the NYMEX WTI calendar month average, the hedges are secured with the loans so no margin moves, a basis swap fixes the Midland differential, the bank lays off the risk on NYMEX, and each month one average-price settlement passes between them.
Worked example, illustrative:program hedge 50% of the next 12 months and 40% of months 13 to 24 of PDP volumes; cap 85%volume 300,000 barrels a month for calendar next year, illustrativecollar costless: 60 put bought, 82.50 call sold, on the WTI calendar month averagethree-way 45 put sold, 62 put bought, 81 call sold, zero premiumbasis WTI Midland against Cushing at USD 1.10security pari passu with the RBL; no CSA, no margin; end-user exception
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The producer’s lenders make it hedge and its board chooses how: a collar keeps the floor and gives up the upside, a three-way keeps a higher floor by giving up protection below the sold put. The bank is paid in the strikes, hedges on NYMEX, funds its own margin and carries the producer’s credit inside the loan’s collateral.
The RBL and the hedges: a reserve-based loan lends against the value of the proved reserves at the banks’ price deck, redetermined twice a year; the credit agreement requires a minimum hedge (often stepping up after an acquisition), caps the volumes, and lets the lenders and their affiliates hold the hedges as secured obligations ranking equally with the loans, which removes the margin from the producer’s side.
Collar against three-way: the costless collar is costless only at the strikes the skew allows; the three-way’s sold put pays for a higher floor but ends the protection below it, the structure that left producers unhedged in the 2015 to 2016 and the 2020 price collapses; swaps lock the price both ways and are the simplest hedge.
The dealer side: the producers buy puts and sell calls, so the dealers are net short the downside and sell futures as the price falls, the feedback the market saw in April 2020, when the May WTI contract settled at minus USD 37.63 and the swaps on the front-month average absorbed it; the banks hedge with NYMEX options and futures and with the consumer hedges of airlines and refiners.
Variants: fixed-price swaps, swaptions sold to cheapen a swap, deferred-premium puts, gas hedges on Henry Hub with basis swaps at the regional hubs, and acquisition hedges put in place with the acquisition financing; the producer side of the same instruments is on the corporate treasury page.
Listed oil and products futures at NYMEX (CME) and ICE, used by producers, consumers and funds. The bank is the futures commission merchant: it routes, clears and margins the client’s positions, and is responsible to the clearing house for them, including the physical delivery obligations the client must avoid by closing before expiry.
Worked example, illustrative:client buys 1,000 ULSD futures, 42,000 gal each, winter monthsfill USD 2.4500 a gallonIM about USD 9,000 per contract, USD 9m1 cent USD 420,000 on 1,000 lotsdelivery New York Harbor, pipeline or barge; avoided by closing out
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The FCM lifecycle of financial futures with two differences: margins are larger and move with energy volatility, and the ending is physical. A long that holds through the last trading day takes delivery of product at the exchange’s delivery point, so the FCM makes sure clients close or roll before then.
The main contracts: WTI crude (NYMEX, physical at Cushing, Oklahoma), Brent (ICE, cash settled), RBOB gasoline and ULSD (NYMEX, physical at New York Harbor), Henry Hub natural gas (NYMEX, physical), power at ICE and Nodal.
Physical delivery makes energy futures different from index futures: the FCM is liable to the clearing house for delivery, so it monitors clients’ open positions into the delivery period and liquidates those who cannot perform.
Negative WTI in April 2020: the May contract settled at −USD 37.63 because longs could not take delivery with Cushing storage full; FCMs absorbed losses from clients who could not pay, and margin models were changed to allow negative prices.
Position limits apply to the spot month and all months combined; bona fide hedgers (an airline hedging fuel) file for exemptions. The CFTC and exchanges share large-trader data daily.
Gold trades like a currency, priced in USD per troy ounce and settled T+2 loco London, with COMEX futures as the hedging market. The lifecycle forks at settlement: unallocated metal is a book entry, a claim on the bank for ounces, cleared between bullion banks through AURUM (U); physical means identified good-delivery bars in a vault or COMEX warehouse warrants, with premiums, logistics and storage (P).
Worked example, illustrative:client buys 10,000 oz gold spot, loco Londonmarket 2,650.00 / 2,650.50client 2,651.00margin 50 cents, USD 5,000EFP +8 futures over spotU settlement USD 26.51m against unallocated creditP settlement plus USD 1.50/oz premium: 25 bars allocated
Routes:Uloco London unallocated, book-entry settlementPphysical, allocated bars or COMEX delivery1shared steps
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The desk prices off COMEX and the London spot market and hedges in futures plus the EFP. On U the client pays dollars and receives a credit in ounces on its unallocated account, and the bank’s own hedge settles between bullion banks by book entry through AURUM. On P the client pays a premium and receives a list of specific bars allocated to it in a vault; the bank may source them by standing for delivery of its futures.
Loco London: the standard for OTC gold is delivery in London, unallocated, T+2; the London clearers settle among themselves through LPMCL’s AURUM system, transferring metal by book entry against USD. The LBMA sets good-delivery standards (350 to 430 oz bars, 995 fineness minimum) and runs the twice-daily gold price auction (ICE Benchmark Administration).
Unallocated versus allocated: unallocated is an unsecured claim on the bank (cheap, fungible, lendable; the bank can lease the ounces); allocated is specific bars held in custody (storage fees, no credit risk on the bank). Basel III’s NSFR treats unallocated gold as a funded asset, which pushed banks to shrink those books.
COMEX (CME) gold futures are the price-discovery and hedging market; the EFP links futures to London spot. Standing for delivery yields warrants on 100 oz or kilo bars in New York depositories; the 2020 and 2025 dislocations in the EFP showed how shipping between London and New York can bottleneck.
Regulation: spot and physically settled forwards on gold are not swaps; gold is treated as a currency for capital purposes in some rules; LBMA’s Global Precious Metals Code governs conduct. Silver, platinum and palladium follow the same lifecycle with their own clearing and delivery specifics.
Industrial metals trade on the London Metal Exchange as forwards for any daily prompt date up to three months and monthly beyond, cleared at LME Clear, with physical delivery by warrant in an approved warehouse. The bank is a member: it faces the client as counterparty, covers on the screen or at the ring, and clears both sides. Most positions close out in cash; the ones that go to the prompt date end in warrants.
Worked example, illustrative:client buys 5,000 t copper, 200 lots, 3-month promptLME 3-month USD 9,250 / 9,254client USD 9,258 per tonne, USD 46.29mmargin USD 4 per tonne, USD 20,000USD 100 move USD 500,000 of variation marginprompt 1,000 t delivered by warrant, 4,000 t closed out in cash
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An LME contract is a forward with a daily prompt date, not a quarterly future: the quote, the cover and the clearing are LME-specific, the margin cycle is a clearing house’s, and the ending is either a cash close-out or a warrant for metal in a warehouse. The LME’s curve of prompt dates and its warehouse stocks are what the desk trades.
The LME trades copper, aluminum, zinc, nickel, lead, tin and others in lots of 25 tonnes (6 for nickel and tin), for daily prompts to three months, weekly to six, monthly to ten years; the ring (open outcry) sets the official and closing prices used in physical contracts worldwide; CME’s COMEX copper and the Shanghai Futures Exchange are the alternatives.
Members: category 1 (ring dealing) and category 2 members clear at LME Clear and face clients as principals; the client contract and the market cover are both LME contracts, so the bank is a counterparty, unlike an FCM on CME.
Margin: LME Clear uses contingent variation margin on forwards (settled at the prompt, collateralized until then) rather than the daily cash settlement of a future; the March 2022 nickel episode (an 8-hour short squeeze to USD 100,000, trades cancelled) rewrote the margin and position-limit rules.
Delivery: a warrant is a document of title to a lot in a named LME warehouse; warrants are transferred on LMEsword, cancelled to take the metal out, and the queues and rents at warehouses are themselves a market; producers, consumers, traders and financiers use the LME to hedge physical business priced off its official prices.
Grains and softs trade as CBOT, ICE and KC futures with the bank as futures commission merchant: a producer or consumer hedges the price of a physical crop, the basis between the futures and its local cash price is what remains, and the contract delivers by shipping certificate if held into the delivery month. Federal position limits, hedge margin rates and USDA reports shape the lifecycle.
Worked example, illustrative:client buys 500 December corn, 2.5 million bushelsprice USD 4.50 per bushel, USD 11.25mIM about USD 1,500 per contract, USD 750,000 (hedge rate)1 cent USD 50 per contract, USD 25,000position limits federal spot-month and all-months limitsdelivery shipping certificate at an approved elevator
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The FCM lifecycle of any listed future, with agricultural specifics: hedge margin rates for commercial hedgers, daily price limits, the spot-month position limit, and a delivery by shipping certificate instead of a wire or a pipeline. The producer closes the hedge when it buys the physical, so delivery is the exception.
The contracts: corn, soybeans, wheat (CBOT and KC), soybean oil and meal, oats, rough rice; sugar, coffee, cocoa and cotton on ICE; live cattle and hogs on CME; all with the bank as FCM and some with the bank’s own commodities desk writing OTC swaps for clients that want cash settlement.
Hedgers and speculators: commercial hedgers (producers, elevators, processors, exporters) get hedge margin rates and hedge exemptions from position limits on proof of the physical business; the CFTC’s Commitments of Traders report shows the two sides every week; federal position limits apply to the nine legacy agricultural contracts.
Delivery: CBOT grains deliver by shipping certificate or warehouse receipt at approved elevators along the Illinois River and at the Gulf; the oldest long is assigned first; most hedgers close out against the physical instead, keeping the basis (cash price minus futures) they negotiated with their elevator.
The market moves on USDA reports (the monthly WASDE, acreage and stocks reports), weather and export sales, and has daily price limits that expand after limit moves; the bank’s commodities desk hedges its OTC swaps in the same futures.
California Carbon Allowances: the Auction, the Registry, Spot and Forward Sales and the Futures Hedge
The bank’s emissions desk serving a compliance buyer: a California refiner with an obligation under the cap-and-invest program linked with Quebec buys part of its allowances at the quarterly joint auction and the rest spot and forward from the bank, which hedges in the ICE California Carbon Allowance futures. Every unit moves between accounts in the CITSS registry, with no delivery versus payment; the futures deliver into the same registry; the refiner surrenders the allowances and its offsets each November.
Worked example, illustrative:client a California refiner, 3,500,000 t of covered emissions a yearobligation 30% of the prior year’s emissions each November; the balance at the end of the three-year periodtrade 1,000,000 CCAs spot at USD 30.50; 2,000,000 for December at USD 30.75hedge 2,000 December CCA futures on ICE, delivered through CITSSoffsets up to 6% of the obligation from 2026classification spot and physical forwards are not swaps; the futures are CFTC-regulated
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An allowance is a registry entry, not a security: it is auctioned by the state, held and transferred in CITSS, and surrendered against verified emissions. The bank sits between the auction, the futures and the emitter, selling spot and forward against a futures hedge and carrying the credit and the delivery timing; the regulator of the program and the regulator of the derivatives each see their half.
The program: California’s cap-and-trade since 2013, linked with Quebec since 2014 in the Western Climate Initiative (joint auctions, fungible allowances, one registry), was renamed cap-and-invest and extended to 2045 by AB 1207 and SB 840, signed on September 19, 2025; the offsets limit rises to 6% of an obligation from 2026 with no more than half from projects outside California; the annual budgets decline, with a price ceiling and a containment reserve above the auction reserve price.
The Regional Greenhouse Gas Initiative is the other large US program: the power plants of 25 MW and above in the Northeast states, quarterly auctions on its own platform, three-year control periods, a cost containment reserve, allowances held in its own tracking system and futures on ICE; Washington State’s program, running since 2023, has its own auctions.
The voluntary market sits beside the compliance one: the credits issued by the registries such as Verra and Gold Standard, bought by companies for their own climate claims rather than a legal obligation, with the integrity debate on over-credited projects and the Core Carbon Principles as the response; the CFTC issued final guidance on September 20, 2024 for the exchanges listing voluntary carbon credit derivatives.
Regulation and accounting: futures and options on allowances are CFTC-regulated and cash-settled swaps on them are swaps; spot transfers and forwards with intended delivery fall outside the swap rules. US GAAP had no standard for allowances (companies used inventory or intangible models) until ASU 2026-02, Topic 818, issued in May 2026 and effective for public companies for annual periods beginning after December 15, 2027.
Inside the Bank›Front to Back
One Trade Through the Bank, Front to Back
The corporate bond trade of the Fixed Income section, seen from inside the bank: which team touches it, in what order, in which system. Sales and trading make the price and take the risk; the middle office checks, confirms and reports; operations settles and reconciles; finance turns it into P&L and a ledger entry. Most of it is straight-through processing; the people work the exceptions.
Who uses what:front office pricing engine, RFQ dealer screens, trade capture (Murex, Calypso, Summit, Bloomberg TOMS, Fidessa)middle office trade support queue, CTM, confirmation system, reporting huboperations settlement system (Broadridge or the back-office module of Murex or Calypso), SWIFT gateway, reconciliation tool (SmartStream TLM, Duco)finance P&L system, sub-ledger, general ledger (SAP, Oracle)backbone client master, security master, SSI database (DTCC ALERT), market data
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The columns run left to right: the client, then the bank’s teams in the order a trade reaches them, then the market and its infrastructure. Every arrow is a data flow between two teams or two systems and the pill names the system. The chain is the same for every product; what changes is which trade capture system, which confirmation platform and which settlement rail.
Who is who: the front office faces the client and takes the risk; the middle office (trade support) sits between the desk and operations and owns the exceptions, confirmations and regulatory reports; the back office (operations) makes the exchange of value happen; finance owns the official numbers. Risk and compliance sit alongside (see Risk, Finance, Compliance).
Systems: most banks run one trade capture system per asset-class family (a rates and FX system, a credit and equities system, a loans system), one settlement system, one ledger, and a layer of reference data (client master, security master, SSIs) that everything depends on. The "golden source" of a trade is the front-office booking; every other system is a copy that must reconcile to it.
STP and exceptions: on an electronic trade nothing above is typed by a human after the quote; the cost of operations is in the 1% to 5% of trades that break a check, a match or a settlement. T+1 settlement (May 2024) pushed allocation and affirmation into the evening of trade date, hence the 21:00 ET cut-off throughout.
Controls along the way: the pre-deal limit check, the price-tolerance check, the confirmation match, the affirmation, the settlement match at DTC, the nostro and depot reconciliations, and product control’s P&L explain are the seven points where an error is caught before it costs money.
Inside the Bank›Client Onboarding
Client Onboarding, KYC and Documentation
No trade happens until the client exists in the bank’s systems: identified and screened, documented under the right agreements, given credit lines and settlement instructions, and set up in every system that will see its trades. Onboarding runs the case across KYC, legal, credit and reference data; sales sponsors it; the client waits. It is the longest lead time in the business and the source of most first-trade failures.
Who uses what:onboarding onboarding and case system (Fenergo, Pega, Salesforce, in-house), client portalKYC and compliance screening tools (LexisNexis, Dow Jones, World-Check), KYC utilities (Markit, Swift Registry), transaction monitoringlegal and credit document negotiation and repository, the limits systemreference data client master (the golden record), DTCC ALERT for SSIs, entitlementssales CRM, the revenue case
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A request, a case, the KYC file and its risk rating, the agreements and the lines, the settlement instructions, the setup of the golden record and the downstream systems, then the periodic review and the changes. Every product lifecycle begins with a client who is already set up; this view covers the setup.
KYC is the law: the Bank Secrecy Act and the FinCEN customer due diligence rule (beneficial ownership, 2018) in the US, the AML directives in Europe; the bank must identify the client and its beneficial owners, screen them, rate the risk, monitor the activity and refresh the file; failures cost banks billions in fines, so onboarding is deliberately thorough.
The documents: the ISDA master and CSA for derivatives, the MRA for repo, the GMSLA for securities lending, the futures customer agreement and the cleared derivatives execution agreement for listed and cleared products, the prime brokerage agreement, the FX master (or the ISDA) for FX; each takes negotiation, and the terms (thresholds, haircuts, eligible collateral, events of default) drive the collateral and credit processes.
The golden record: one client master feeding every other system is the aim; most banks have several (one per legacy platform) with reconciliation between them, so onboarding is also a data problem; LEIs (legal entity identifiers) are the common key since 2012.
Timing: a simple fund trading listed products at a bank it already knows can be live in days; a new manager with dozens of funds, bilateral derivatives and repo takes two to four months; utilities, portals and shared KYC services (Markit, Swift, Kyckr) exist to cut the document chase.
Inside the Bank›Reference Data
Reference Data and the Security Master
Reference data is one record per instrument and per client that every system reads before it can book, price, settle, margin or report a trade. The reference data team sources instruments from the vendors when a trade needs them, validates and golden-copies the record, propagates it everywhere, and maintains it through thousands of daily changes and corporate actions. Data governance sets the owners, the rules and the regulatory standards.
Who uses what:reference data team security master and client master platforms (in-house, GoldenSource, Bloomberg, SIX, Fenergo for clients), validation rules, exceptions queuesources Bloomberg Data License, LSEG, ICE Data, CUSIP Global Services, exchanges, GLEIF (LEIs), rating agencies, issuers’ prospectusesconsumers every trade capture, pricing, settlement, risk, ledger and reporting systemdata governance the chief data office: ownership, quality rules, lineage, BCBS 239, ISO and regulatory standards
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A new instrument from request to distribution, the daily maintenance of changes and corporate actions, the quality loop fed by the problems the rest of the bank finds, and the governance on top. The security master appears as a system on most other desk views; this view covers what sits behind it.
Identifiers: CUSIP (US and Canada, from CUSIP Global Services), ISIN (international, built from the CUSIP in the US), FIGI (Bloomberg’s open identifier), SEDOL (UK), ticker and exchange symbol, RIC (LSEG); the LEI identifies the legal entity (issuer or counterparty) and is mandatory in most regulatory reports; a security master cross-references all of them.
The record: identifiers, issuer, terms (coupon, maturity, day count, business-day convention, calendars, calls, puts, conversion, amortization, factors), classification (asset class, product type, CFI, sector, country, rating), listing and trading data (exchange, lot size, tick), settlement data (depository, cycle), accounting and regulatory flags; derivatives and structured products need templates instead of static records.
Consequences of errors: a wrong day count mis-prices every trade in the bond; a missing depository fails every settlement; a stale rating mis-states capital; a duplicate record splits a position in two; the regulators (BCBS 239, the SEC and CFTC reporting rules) require the bank to show where every reported field comes from.
Client master versus security master: the same discipline applied to legal entities (see Client Onboarding): LEIs, hierarchies (the fund, its manager, its parent), agreements, SSIs, ratings, KYC status; both are the golden sources the rest of the bank must not override locally, and both are where most banks still carry legacy duplicates.
Inside the Bank›New Product and Models
New Product Approval and Model Governance
New product approval is how a product enters the bank’s catalog. A desk proposes it; a committee of every control and support function decides whether the bank can price it, book it, confirm it, settle it, margin it, account for it and report it, and under which rules; the quants build the model and model risk management validates it independently; operations and technology build what is missing; the product goes live with conditions and is reviewed. The model inventory and the product inventory are what the examiners ask for first.
Who uses what:business sponsor the proposal: product, clients, revenue, risks, systemsnew product committee the approval workflow and the product inventory (in-house, GRC platforms)quants the pricing library, the model documentationmodel risk management the model inventory, validation reports, monitoring and re-validation (SR 11-7)operations and technology templates in trade capture and confirmation, the build plan, the dry runaudit and regulators the third line; SR 11-7, Volcker, the product perimeter
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A proposal, the assessments by every function, the model built and validated in parallel, the build and the readiness check, the approval with conditions, then the monitoring and the review. The process is deliberately thorough: nothing trades that the bank cannot process and control, and no model prices a book without an independent check.
New product approval: every bank runs one (the NPA, NPC or NBI process); the definition of "new" is the first question (a new payoff, a new underlying, a new client type, a new booking entity, a new jurisdiction all count); the committee’s sign-offs are the evidence that risk, finance, legal, compliance, operations, technology and treasury each considered the product; regulators and auditors test the process, and products traded without it are findings.
Model risk: SR 11-7 (the Fed and OCC guidance, 2011) defines a model, requires an inventory, independent validation proportionate to materiality, ongoing monitoring and governance; it covers pricing models, risk models (VaR, CCR), valuation adjustments, and increasingly the machine-learning models in surveillance and pricing engines; the model inventory of a large bank runs to thousands of entries.
The three lines on models: the quants (first line) build, document and test; model risk management (second line) validates and monitors; internal audit (third line) tests both; the model owner is a named person accountable for the model’s use within its approved scope.
Why products fail here: a payoff the systems cannot book without a spreadsheet, a confirmation that needs a lawyer for every trade, a valuation that needs a manual process, a regulatory treatment nobody can settle (a swap or a security?), or a model whose limitations the desk will not accept; the committee’s conditions (caps, limits, reviews) are how a bank trades a new product while it learns.
Inside the Bank›Market Data and Pricing
Market Data, Curves and Pricing
Every quoted price starts with market data. Feeds from venues and vendors are normalized by the market data team, the quants turn them into curves and surfaces in the pricing library, the trader marks the instruments and sets the skew and the inventory, the pricing engine turns that into quotes and streams at scale, and at the close the same marks become the valuation that finance and risk check independently.
Who uses what:market data team ticker plant and data platform (Bloomberg B-PIPE, LSEG RTS, ICE, in-house), security master, entitlementsquants pricing library (in-house, or Murex, Calypso, Numerix), curve and surface builderstrading marks and axes in the trade capture system, the pricing engine’s parameterspricing engine auto-quoting, client platforms, FIX streamsvaluation control IPV tools, Totem, vendor prices, the model inventory
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Top to bottom: the raw feeds, the curves built from them, the trader’s marks, the quotes those produce, the end-of-day valuation and the controls on the models and the data. The product sections show the quote arriving at the client; this view covers what happens before the pricing engine answers.
The curve set is the bank’s view of the market: discount curves (SOFR, ESTR, SONIA), projection curves per index, Treasury and agency curves, FX forward and cross-currency basis curves, vol surfaces (rates, FX, equity, commodity), credit curves per name and index, dividend and repo curves for equities, inflation curves; a large bank maintains thousands, rebuilt many times a day.
Marks versus independent prices: the trader marks the book and the pricing engine quotes off those marks, but the official valuation is finance’s; independent price verification compares the marks with external evidence and the difference, with the reserves, is a valuation adjustment. The more illiquid the instrument, the more the mark is a model and the larger the reserve.
The pricing engine is the industrialized trader: in FX, equities, Treasuries and increasingly credit it answers most RFQs and streams prices with no human in the loop, within parameters the trader sets (spreads by tier, skew by inventory, maximum size, last-look windows); the trader handles the exceptions and the large tickets.
Data is a business in itself: Bloomberg, LSEG and ICE sell the feeds; exchanges and interdealer brokers sell their own; the market data team manages hundreds of contracts, entitlements per user and application, and the audits that go with them. Benchmark fixings (SOFR, WM/Refinitiv, LBMA) are regulated since the LIBOR and FX fixing scandals.
Inside the Bank›Hedging and Positions
Hedging and Position Management
After every client trade the trader has to deal with the risk: hedge it in the market, warehouse it inside the limit, or internalize it against the next client. The book is managed as net risk by factor, re-hedged as the market moves, funded by treasury and charged for the credit and capital it uses. Market risk watches it live and signs off at the close. In the liquid markets most of this is done by the auto-hedger.
Who uses what:trader trade capture with live Greeks and limits, hedge tagging, axes in the pricing engineauto-hedger rules in the pricing engine: thresholds, venues, aggressionmarket risk intraday risk feed, limits system, end-of-day VaR and attributiontreasury and xVA FTP engine, margin and funding cost in the P&L, CVA hedges in CDSsales axes and call lists, chat
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Mandate and limits first, then the loop that runs all day: a client trade changes the net risk, the trader (or the engine) hedges, warehouses or internalizes, risk sees it live, the market moves and the book is re-hedged. At the close the day is explained by risk factor, and treasury and xVA send the bill for the balance sheet, funding and credit the positions consumed.
Hedge, warehouse, internalize: back-to-back hedging keeps only the sales margin and pays the market’s bid-offer; warehousing earns the bid-offer the bank quoted but takes the risk until the next client; internalization matches one client against another and earns both spreads. A market maker’s edge is the share of flow it can internalize.
Instruments: the hedge is rarely the same product as the trade. Rates desks hedge DV01 with Treasury futures and interdealer swaps and vega with listed options and swaptions; FX desks hedge in spot and forwards on ECNs; credit desks hedge beta with CDX and rates with Treasuries; equity desks hedge delta in stock and futures and vega in listed options. The basis between hedge and position is the residual risk.
Greeks: delta (price), DV01 (rates), vega (volatility), gamma (how delta changes), theta (time), CS01 (credit spread), correlation, dividends, basis. The limits are set per Greek per book; the hedging policy says which must be flat by when; the P&L attribution explains the day by the same Greeks.
Automation: in FX spot, cash equities, Treasuries and listed derivatives the auto-hedger runs the loop (internalize, net, hedge above threshold) in milliseconds; the trader sets the rules and handles the exceptions and the large tickets; in exotics and illiquid credit the trader still does it by hand.
Confirmation is the agreement of the facts of every trade with the other side, the same day, by the route that fits the product: SWIFT messages matched field by field for FX and money markets (X), electronic affirmation on Markitwire, MarkitSERV or a signed document for OTC derivatives (D), allocation and affirmation through CTM for securities (S). The work is in the exceptions: economic breaks go back to the desk, operational breaks to the counterparty, and nothing settles cleanly until the trade is matched.
Who uses what:confirmations confirmation system (the middle-office module of Murex or Calypso, Broadridge, in-house), SWIFT gateway and matching engine, exceptions queueplatforms SWIFT Accord, Markitwire, MarkitSERV, DTCC CTM, Trade Information Warehousetrading and sales recorded lines and chat for disputessettlements settlement system fed by matched trades onlylegal and compliance master agreements, templates, CFTC and SEC confirmation timeliness reporting
Routes:XFX and money markets, SWIFT MT300 and MT320 matchingDOTC derivatives, Markitwire and MarkitSERV, or long-form paperSsecurities, CTM allocation and affirmation1shared steps
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Three routes side by side after one shared capture step: the FX route matches two SWIFT messages, the derivatives route affirms on a platform or signs a document, the securities route allocates and affirms through CTM by 21:00 ET. The exceptions and the controls at the bottom are shared. Every product passes through one of the three routes.
A confirmation is the legal record of the trade; an unconfirmed trade is a dispute waiting to happen (the 2005 credit derivatives backlog, when dealers had tens of thousands of unconfirmed trades, is what created Markitwire, MarkitSERV and the Trade Information Warehouse).
The routes: FX and money markets match SWIFT messages (MT300 for FX, MT320 for deposits, MT305 for options), increasingly through central matching; rates and credit derivatives affirm electronically, and the platform record is the confirmation; securities use allocation and affirmation through CTM, which since T+1 must be done by 21:00 ET on trade date.
Economic versus operational breaks: a different rate or notional means the two parties think they did different trades, and the desk must resolve it today; a wrong SSI or a missing reference is fixed by operations. Aging reports and the T+1 confirmation deadline for swap dealers (CFTC Rule 23.501) are the controls.
Straight-through: on an electronic trade the confirmation is generated and matched without a human; the team works the 2% to 10% of exceptions, with paper confirmations for structured trades the largest share of the effort by far.
Inside the Bank›Clearing and Custody
Clearing, Settlement and Custody
Clearing, settlement and custody are what happens to a trade after it is matched and before it is a position the bank can rely on: clearing (a CCP steps in, guarantees and nets the trade), settlement (securities and cash change hands at the depository) and custody (the bank holds its own and its clients’ securities in segregated accounts, reconciles them every day and services the income and corporate actions). Three teams, all in operations, around the infrastructures the products settle through.
Who uses what:clearing CCP portals and reports (FICC, NSCC, CME, OCC, LCH, ICE), reconciliation of CCP records to the front-office tradessettlements settlement system, SWIFT gateway, Fedwire Securities and DTC interfaces, fails managementcustody and asset servicing custody system, depot reconciliation (SmartStream TLM, Duco), corporate actions platform, custody and prime brokerage portalsfinance and risk segregation computation, CCP exposure reports, capitaldesks position system fed by settled positions, entitlements and elections
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Time runs down from memberships through submission and netting, settlement, margin, custody and the daily controls. Clearing turns bilateral trades into net obligations against a guaranteed counterparty; settlement moves the net; custody keeps the record and services it. Cash management and collateral have their own views; this one covers the securities.
Clearing versus settlement: clearing is the step where a CCP becomes the counterparty and nets obligations (FICC and NSCC for securities, CME, OCC, LCH and ICE for derivatives); settlement is the exchange of value at the depository (Fedwire Securities, DTC) or through the CCP’s margin accounts. Some products are cleared and settled (Treasuries, stocks), some only settled (FX spot, uncleared derivatives), some only cleared (futures, swaps, which never settle a principal).
The Treasury clearing mandate (SEC, cash trades by December 2026, repo by June 2027) moves most of the Treasury market into FICC through direct membership, sponsored clearing or agent clearing; dealers are building the sponsored and done-away models for their clients now.
Custody and segregation: a broker-dealer holds customer securities under SEC Rule 15c3-3 (possession or control, reserve formula), an FCM holds customer margin under CFTC segregation rules; the daily computations and the depot reconciliation are what regulators examine first after a failure (MF Global, 2011).
Fails: a delivery not made on settlement date; most clear within a day, aged fails attract capital charges and, for Treasuries, the TMPG fails charge; securities lending exists largely to make deliveries that would otherwise fail (see Securities Lending).
Every derivative, repo and forward reaches collateral management the next morning. The risk engine values the book overnight, collateral management turns the moves into margin calls out and in (bilateral under the CSAs, and the CCPs’ calls on the bank), treasury decides what to post and funds it, settlements moves the cash and securities, and credit risk watches what is not covered. One day in the cycle, with one call out and one call in.
Who uses what:collateral management Acadia (Agreement Manager, MarginSphere) for calls and reconciliation; Calypso, Murex or CloudMargin as the collateral system; CCP member portalsvaluation risk engine marks; Totem consensus for disputestreasury collateral optimizer, liquidity dashboardsettlements SWIFT MT540-543, triparty portal (BNY Mellon AccessEdge), Fedwire through the payment hubcredit risk exposure and dispute reports from the collateral system
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Time runs down through one margin day: end-of-day valuation, calls by the morning deadline, agreement or dispute, funding, delivery, reconciliation. The CCP call arrives at night and must be paid by 09:00 ET; the bilateral calls go out by 10:00 ET and settle the same day. Treasury sits in the middle because margin is a funding problem as much as an operational one.
Scale: a large dealer runs thousands of CSAs and several hundred calls a day, most agreed without a word; disputes are a small share by count but carry the risk, so the regulators require them to be reported when large or old.
Bilateral versus cleared: under a CSA the two parties call each other; at a CCP the clearing house calls its members, and the members call their clients (the FCM model); the uncleared-margin rules (phased in 2016 to 2022) added daily VM and segregated IM to most dealer-to-dealer and dealer-to-large-fund relationships.
Collateral is a funding question: posting cash costs the bank its funding rate, posting Treasuries costs their repo rate and uses inventory; the optimizer and treasury’s choice are worth basis points a year on the whole book, and the cost is charged back to the desks as MVA.
Triparty agents (BNY Mellon in the US) hold and value collateral for both parties under one agreement; repo, securities lending and increasingly IM collateral are handled this way; a bilateral delivery by SWIFT is the alternative for cash and simple portfolios.
One day in the bank’s reserve account. Operations forecasts the cash in and out from every settlement system, cash management manages the payments and the intraday balance, the funding desk borrows and lends to square the position, ALM sets the targets and charges the desks for the balance sheet they use, and liquidity risk stress-tests the whole. Every settlement and margin flow in the product sections lands somewhere in this cycle.
Who uses what:cash management payment hub, intraday liquidity tool (Planixs Realiti, in-house), the Fed’s account service, nostro reconciliation (SmartStream TLM)funding desk trade capture for repo and money markets; BrokerTec, Tradeweb, brokerstreasury ALM ALM system (QRM, Moody’s, Finastra), FTP engine, liquidity dashboardsettlements the settlement systems feeding the cash forecastliquidity risk stress-testing engine, regulatory reporting hub (FR 2052a, LCR)
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Time runs down one day: the forecast at the start, the morning funding, the intraday payment management, the end-of-day squaring, and the planning layer that sits above the days. The left column is the outside world the money moves through; everything else is inside the bank. The figures follow one day with a USD 2.1bn shortfall.
The reserve account at the Fed is the bank’s USD cash: every Fedwire payment, DTC settlement, CCP margin and CLS pay-in moves it. Since 2008 banks hold large reserves instead of squaring to zero, and the Fed pays interest on them; the funding desk still manages the margin above target every day.
Intraday liquidity became a discipline after 2008 (Basel intraday monitoring, 2013): the bank must know its peak intraday usage and keep enough at the Fed, or collateral for daylight overdrafts, to make its time-critical payments; CLS and CCP deadlines are the hard points of the day.
Funds transfer pricing is the mechanism that connects this tab to every desk: a bond desk holding inventory pays treasury the repo rate plus a liquidity charge; a deposit desk earns a credit for stable deposits; prime brokerage pays for the balance sheet its clients use.
The ratios: the liquidity coverage ratio (30-day stressed outflows covered by high-quality liquid assets) and the net stable funding ratio (one-year structural funding) are reported to the regulator; the bank’s own stress tests and contingency funding plan sit on top, with the discount window and the standing repo facility as backstops.
Listed Derivatives, the Bank as Futures Commission Merchant
As futures commission merchant the bank is broker and clearer of listed futures and options, not counterparty: it routes the client’s orders to the exchange under pre-trade limits, claims the trades given up by other brokers, clears them at the CCP in a customer account, calls and holds the client’s margin in segregated accounts, funds the CCP every morning, and handles expiries, deliveries and reporting. The FCM is responsible to the CCP for everything its clients do, so margin and limits run the business.
Who uses what:execution desk order management and routing (DMA, Fidessa, in-house), CME Globex, pre-trade risk gatewayFCM operations clearing and give-up system (EGUS), allocation and top-day matching, FCM portal, statementsmargin and treasury customer margin engine, segregation computation, payment hub to the CCPsexchange and CCP CME Clearing SPAN 2 margin, OCC, ICE Clearrisk and compliance limits system, position limit monitoring, large trader reporting
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From the clearing agreement and the give-up setup, through order routing with a pre-trade check, give-ups and allocations, clearing and the CCP’s margin call, the client’s margin call and segregation, to expiries, deliveries and the daily segregation statement. The SOFR, Treasury, index, energy, FX and agricultural futures products describe the trade; this view describes what the FCM runs behind it.
Roles: the executing broker fills the order, the clearing FCM carries the position and the margin; many clients split the two (execute with several brokers, clear with one); give-ups and EGUS (the exchanges’ electronic give-up agreement system) exist for that purpose. The bank can be either or both.
Margin: the CCP calls the clearing member on its net customer positions; the FCM calls each client on its gross positions at the CCP’s rate or higher; the difference, and the FCM’s own residual interest, are the buffer. Customer funds are segregated at the FCM’s bank and at the CCP and cannot be used for the house or for another client.
Regulation: CFTC registration as an FCM, net capital, Rule 1.73 pre-trade risk controls, daily segregation reporting, position limits and large trader reporting; the NFA examines FCMs; MF Global (2011) and Peregrine (2012), where customer money went missing, are the reason the daily segregation statement exists.
Economics: execution and clearing fees per contract, interest on customer cash balances above what is passed back, and the balance sheet and capital that customer margin and the default fund consume; FCMs therefore price large clients on their margin usage, not their volume.
Prime brokerage is how a hedge fund gets leverage and shorts: the prime broker settles and holds the fund’s positions, lends it cash against its longs (the margin loan), borrows stock for its shorts (the locate and the borrow), calls margin every day, and funds the whole book by re-using the client’s collateral and lending out inventory. The securities lending desk is the supply side; treasury is the balance sheet; PB operations runs the segregation rules that keep client assets safe.
Who uses what:prime brokerage PB portal (margin, financing, reporting), margin engine (Reg T, portfolio margin, house rules)securities lending desk locate and borrow systems, EquiLend and Pirum, DTC stock loan, agent lender relationshipsPB operations segregation and 15c3-3 computations, rehypothecation tracking, corporate actions on client positionstreasury FTP engine, balance-sheet and leverage pricing, tripartystreet agent lenders (custodians lending their clients’ securities), other brokers, DTC, NSCC
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Setup, then a long bought on margin and a short that needs a locate and a borrow, then the daily cycle of revaluation, margin calls, recalls and corporate actions, then the funding layer and the controls. Equity TRS (under Equities) is the synthetic version of the same business and Securities Lending (under Money Markets) the stock borrow trade itself; this view covers the business around them.
The business: a prime broker clears, settles, finances and reports for hedge funds; the revenue is the financing spread on margin loans, the borrow fees on hard-to-borrow shorts, the spread on cash balances and the stock lending book; the risk is the client’s credit, managed by margin, and the funding of a large gross balance sheet.
Margin: Reg T sets 50% initial margin on US equities for a cash or margin account; portfolio margin (since 2007) lets qualified clients margin on a stress-based net requirement, typically 15% to 25% of a hedged book; house rules sit above both and change with the client’s concentration and the market.
Securities lending: the supply of borrowable stock comes from long-only investors (pensions, mutual funds, ETFs) through their custodians as agent lenders, from other brokers, and from rehypothecated client longs; the borrow fee is the price of the short; SEC Rule 10c-1a will report every loan to FINRA’s SLATE from September 2028.
Segregation: US Rule 15c3-3 requires the broker to keep client fully-paid and excess-margin securities in possession or control and to lock up a cash reserve against client credit balances, computed daily or weekly; the 140% rehypothecation cap is the US rule (the UK had none, which Lehman’s clients learned in 2008).
Inside the Bank›Risk, Finance, Compliance
Risk, Finance and Compliance Around the Desk
The independent functions that watch the desk: market risk measures and limits the positions, credit risk the counterparties, product control the P&L and the marks, compliance the conduct and the reports. They run on the same closing snapshot as the desk and give it back, every morning, a risk report, an official P&L and a list of alerts. The three lines of defense, drawn as one day plus the month end and the year.
Who uses what:market risk risk engine (in-house, or Murex, Calypso, Numerix), limits system, VaR and stress platformscredit risk limits and exposure system, PFE engine, CVA from the xVA deskproduct control P&L and attribution system, price verification tools (Totem, vendor prices), sub-ledger and general ledgercompliance surveillance (NICE Actimize, Nasdaq SMARTS, Behavox), trade store, reporting hubregulators FR Y-9C, FFIEC 102, FR 2052a, SEC net capital, CAT, TRACE, SDR
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The desk is on the left and the regulators on the right; in between, the four control functions in the order their work reaches the desk each morning. Before the trade they set the limits; during the day they watch; at the end of the day they measure; the next morning they report back; at month end they verify and close the books; through the year they are examined. The figures follow one credit desk for one day.
Three lines of defense: the desk and its managers own the risk and the first checks (first line); market risk, credit risk, product control and compliance are independent of the business and report to the chief risk officer, the chief financial officer and the chief compliance officer (second line); internal audit tests both (third line).
Market risk: VaR is the common language (the loss not exceeded on 99 of 100 days), backed by sensitivities (DV01, CS01, vega, delta) and stress tests; since FRTB (2025 in the US) expected shortfall and risk-factor eligibility drive the capital charge, so the risk engine and the P&L attribution must agree.
Product control and valuation: the trader marks the book, but the official mark and P&L are finance’s; month-end price verification and reserves are where illiquid positions are challenged, and the P&L explain is where booking and model errors surface. The ledger produced here is what the regulators and auditors see.
Compliance and surveillance: the Dodd-Frank, MiFID and Market Abuse frameworks made trade and communication surveillance mandatory; regulatory trade reporting is executed by the middle office but owned by compliance, which reconciles what was reported to what was booked and answers the regulators.
Inside the Bank›Regulatory Reporting
Regulatory Reporting, Trade Reports to Periodic Returns
The reports the regulators receive from a trading business, organized by regime and deadline instead of by trade. Real-time trade reports (TRACE, RTRS, the tape, the SDR price feed) within seconds or minutes; the T+1 records (CAT, the full SDR and SBSDR record, FR 2420, SLATE); position and threshold reports; the periodic capital, liquidity and conduct returns. The reporting hub builds them from the bookings, reporting operations runs the daily cycle, compliance owns the obligations and finance and risk the returns. Completeness is the control: every reportable event has an accepted report.
Who uses what:reporting operations the reporting hub (DTCC Report Hub, AxiomSL, in-house), the daily reject and late-report queuesreporting hub regime rules, validation, formatting, acknowledgment matching, the trade storecompliance completeness and accuracy reconciliation, self-reporting, inquiries, regulatory changefinance and risk general ledger and risk engine feeds for the returns, the regulators’ filing portalsregulators FINRA TRACE and CAT, MSRB RTRS, DTCC SDR and SBSDR, CFTC, SEC, the Fed, the OCC
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One day on a credit desk followed into every regime it touches: the corporate bond trade to TRACE within minutes, the equity hedge to the tape and to CAT by the next morning, the CDS hedge to the SDR, the positions into the threshold reports, and the same trades rolling into the month-end returns. Rejects go back to the source; completeness is reconciled by regime; failures are self-reported.
The regimes by product: equities to the consolidated tape (10 seconds) and CAT (T+1); corporate, agency and securitized bonds to TRACE (15 minutes, 1 minute for electronic trades from 2026); municipals to RTRS (15 minutes); swaps to the CFTC-registered SDR (real-time price data, full record by T+1, daily valuation and collateral); security-based swaps (single-name CDS, equity swaps on single names and narrow baskets) to the SEC’s SBSDR; securities loans to SLATE; fed funds to FR 2420; Treasury and repo positions to the OFR collections. Every product section names its regime in the facts table.
The reporting hub: one engine for all regimes is the goal; most banks have one per regime from the era it was built (TRACE in 2002, the SDR in 2013, CAT in 2020) and a program to consolidate them; vendors (DTCC Report Hub, AxiomSL, Broadridge) sell the regime rules and the connectivity; the bank keeps the mapping from its bookings to the fields, which is where the errors come from.
Enforcement: regulators test completeness (every reportable trade reported), accuracy (the fields match the source) and timeliness (within the deadline), and fine the gaps: CAT and TRACE late-reporting cases, SDR rewrite failures and the 2023 to 2025 off-channel communications settlements all fall on the reporting and record-keeping controls; a self-reported, remediated and back-reported failure is treated far more leniently than a found one.
Periodic returns are a finance process on the same data: the FR Y-9C and FFIEC 102 for the holding company, FOCUS and net capital for the broker-dealer, net capital and segregation for the FCM, FR 2052a for liquidity, the Volcker metrics per desk; each return has an owner, a reconciliation to the ledger and an attestation, and the regulators compare them with each other and with the trade reports.
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