Payments Professionals Bootcamp : Focus on SWIFT Messages

Discover how the payment and settlement system acts as the backbone of the economy, driving trade and growth through payment initiation, authorization, and inter-bank settlement.

Explore the six essential components of a payment and settlement system, including banks, non-banking participants, clearing networks, real-time settlement methods like RTGS and faster payments, and regulators.

Explore how dependable payment systems support individuals, businesses, and governments by enabling on-time payments and secure transactions. Track spending and reduce financial risk through a well-functioning, efficient payment system.

Understand market infrastructures, including separate payments and securities platforms, and how the common target platform integrates both legs of a trade, simplifying reconciliation with a single reference number.

Explore how banks offer deposits, loans, cash management, treasury, trade finance, and channels, all tied to payments processing; see how gateways and SWIFT enable secure payment flows with AML screening.

Explore the basics of domestic payment processing, focusing on internal book transfers between customers within the same bank, using simple debit and credit accounting without clearing or settlement systems.

Explore how transfers across multiple banks occur through bilateral arrangements, with interbank accounts, messaging formats, timing, and end-of-day reconciliations. Learn the advantages and disadvantages of these arrangements.

Explore how a central counterparty facilitates payments by clearing and settling transfers between banks, with governance rules, eligibility criteria, and net versus gross settlement approaches.

Explore multilateral net settlement via a central clearing party to efficiently settle many transactions, reduce counterparty risk, and determine net obligations from the transaction matrix.

Explain how direct and indirect participants interact with a central counterparty to settle payments, and distinguish between funding and non-funding participants.

Explore how payments are classified by initiation type: push, pull, and collaborative, with examples such as salary transfers, EMI payments, and a request to pay in electronic invoicing.

Classify payments by transaction value and priority, detailing high value versus low value limits, processing separate messages via RPG for high value and bulk net system for low value payments.

Classify payments by date, distinguishing same-day pay now from pay-later scenarios where either banks warehouse instructions or the payment system does, for future settlement.

Classify transactions by customer type, distinguishing customer initiated from interbank transfers, and examine liquidity management, regulatory requirements, and forex risk and cover operations.

Classify payments by originator and beneficiary location across book transfers, domestic payments, cross-border payments, and regional systems like sepa and target2; learn mechanics of clearing and settlement.

Explore global and regional payment messaging standards, including SWIFT, ISO 20022, and ANSI X12, and learn how non-interoperable formats and migration affect banks.

Identify and differentiate messaging terminologies in payments by distinguishing instructions from requests, value versus non-value messages, and how SWIFT MT103 and MT940 convey these concepts.

Explore how a payment message travels through the chain, from paper to electronic to mixed forms, including cheque processing, truncation, and digital mobile or online transfers.

Explore global party identification codes in SWIFT messaging, including the BIC (SWIFT code) and the four-level, hierarchical distinguished name, and learn how these codes route messages under ISO 20022 migrations.

Explore regional payment codes in the US, Europe, and India, including chips, aba routing codes, universal payment ID codes, UPI, IBAN, and IFC for cross-border payments.

Explore how currency codes use three-letter ISO values, such as USD, GBP, and INR, and how fuel payment systems rely on numeric codes and minor units to manage decimals.

Discover the three elements of a payment system—the message, the clearing system, and the settlement system—and how paper or electronic instructions are processed, netted, and settled between banks.

Compare netted, gross, and hybrid clearing and settlement systems, including rtgs and deferred net, with emphasis on liquidity and credit risks.

Explore how non-banking players enable payments through mobile network operators and wallets; learn about gateways, aggregators, money service businesses, Mpesa, and hawala.

Discover how cross-border payments use multiple currencies and correspondent banking to move funds, and why the US dollar and euro dominate forex.

The lecture explains the correspondent banking system as a global network enabling banks to hold deposits in local currencies. It discusses nostro and vostro accounts, mirror accounts, and cross-border transactions.

Illustrates a correspondent banking transaction where Aston Martin pays Honda in USD through Nostro accounts, settlement banks, and cross-border payment systems, including ISO 103 or Pax 008 messaging.

Master forex terminology and quoting in payments, from base and coded currencies with bid, ask, spread, and pips, to cross rates, trade, value, and settlement dates, spot and forward.

Explore interbank and merchant segments of the forex market, including front, middle, and back offices, deal tickets, confirmations, and the margin-driven rate structure with guard, standard, special, and break-even rates.

Learn how domestic and cross-border payment charges are borne by the payer, beneficiary, or both, using ISO 20022 field 71A codes and SHA concepts.

Explore bearer and crossed checks, their validation by banks, and the clearing process with image transfers and netting at HSBC and Barclays.

Learn how the US automated clearing house check conversion turns paper checks into electronic transactions by capturing cheque data and sending a data file to the ACH.

Explore how the automated clearing house and similar systems enable bulk, low-fee payments worldwide, through credit transfers and direct debits with multilateral netting.

Explore how the National Settlement Service handles ACH operations for bulk payments, including payroll, direct deposits, and pre-authorized withdrawals, under Nacha rules.

Trace the ACH's origins from the special committee to the first clearing house associations and NACA, and learn how Federal Reserve regulations, HHR regulations, and local rules govern the network.

Explore ACH terminologies, including originator, consumer versus non consumer, push and pull transactions, direct access participants, third party senders, and the roles of originators and receiving depository financial institutions.

Identify nacha standard entry class codes and distinguish monetary from non-monetary ach transactions. Differentiate consumer and corporate applications with examples such as atm, pos, internet initiated, and ccd.

Master the SEC codes list for ACH, covering three digit codes, monetary and non monetary transactions, and debit or credit transfers, with single or recurring entries and authorization methods.

Learn how originating depository financial institutions manage ACH payments and deposits from pre-notification and validation to corrected entry, live dollar entries, reversals, returns, and reclamation.

Demonstrate a direct debit pull transaction where Netflix initiates authorized debits via ACH to JPMorgan, with pre-notifications to Wells Fargo and multilateral settlement through the National Settlement Service.

Trace a credit push transaction from Apple as originator through ACH, JPMorgan, AC, NSE, and Wells Fargo to settle salaries, handle multilateral net, and reverse failed transfers.

Explore RDFI activities, including receiving and authenticating ACH entries, validating account numbers, reconciling transactions, posting to customer accounts, and monitoring for fraud and unauthorized debits.

Explore same-day ACH settlements versus standard batch settlements, noting higher fees, a $1 million per transaction limit, I-80 not permitted, and no federal government participation.

Vyxeos, a blockchain-based platform by the Electronic Payments Association, enables secure, compliant exchange of payment information, with features like account and name validation, onboarding support, and ISO 20022 APIs.

Demonstrates how the National Settlement Service facilitates multilateral, same-day final settlement of payments between banks through the Federal Reserve, using settlement files, funding balances, and post-debit-then-credit processing.

Explore clearing and settlement mechanisms globally, focusing on the United States' high-value rtg system—the Federal Reserve System. Learn how the Fed via operates and how intraday liquidity is managed.

Explore the federal reserve system, its 12 districts and the New York Fed’s open market operations, and review payment systems from Fed wire to CHIP system and RTP.

Explore US-specific payment terminologies, including master accounts and settlement accounts within the Federal Reserve system. Understand roles of Federal Reserve Banks and the Administrative Reserve Bank in districts and clearing.

Explore Fed via message codes and definitions across three types—customer messages (code 10), special account messages (code 15), and bank messages (code 16)—with originator and beneficiary roles.

Explain Fedwire online and offline options, including Fred Line Direct, Fred Line Command, FedLine Web, and Fred Mail, plus offline Fed via fund and security services.

The lecture outlines the schedule for processing online messages in fed wire systems, including value dates, preceding calendar day operations, and the role of cls and time zones in settlement.

Outline offline message processing at Boston and Kansas City sites, starting 9 a.m., with cut-offs 30 minutes before offline processing: special accounts 4:30 p.m., customer 6:15 p.m., bank 6:30 p.m.

Identify the conditions for extending the Fed funds service cutoff, including failure events, New York Fed determination, on-time requests, a 3 billion transfer threshold, and opening-time adjustments when extensions occur.

Explain how the Fedwire system settles interbank transfers using master accounts and the Inter-District Settlement Fund, detailing debit and credit flows between banks in Boston and San Francisco.

Explore liquidity management in the Fedwire system, detailing collateralized and uncollateralized borrowing, net debit caps based on risk-based capital, and interbank lending via the Fed via system.

Explore intraday liquidity interest of 50 basis points for a 24-hour day, yielding an effective annual rate of 45.83 basis points for 22 of 24 hours.

Explore Fedwire ANSI messaging, a secure Federal Reserve system for electronic payments among banks, detailing subtypes and codes from basic funds transfer to service messages.

Discover how Fedwire market practice supports SWIFT GPI by using the contact name element to capture end-to-end identification, enabling real time tracking and transparency of fed wire payments.

Explore Fedwire's account management information (AMI) application, a real-time platform for financial institutions to view master accounts, initiate transfers, and monitor activity on the Fedwire system.

Examine Fedwire's transfer volume based pricing, where every transfer is charged to both sending and receiving banks. The structure uses three tiers with discounts tied to the bank's transfer volume.

Explore Fedwire surcharges, including service options, volume-based charges, and surcharges such as $70 telephone payments, $0.26 after 5 p.m., and transfers over $10 million originations and over $100 million transactions.

Chips is a high-value, real-time final settlement system for U.S. dollar interbank payments between domestic and international banks, the world's largest private-sector clearing system run by the Clearing House.

Identify the eight chips terminologies used in payments: originator, beneficiary, sending participant, receiving participant, originator's bank, beneficiary's bank, instructing bank, and intermediary bank. Illustrate with Honda to Bentley example.

Understand CHIPS pre-funding types: primary, supplemental, and final, and the timing windows for processing and settlement, including extension rules when systems fail.

Chips manages risk through credit worthiness checks, regulatory oversight, DCH evaluations, rating agency reviews, and pre-funding with the Federal Reserve Bank of New York into a special settlement account.

Explain the mechanism of pre funding, its three segregation laws, and how it enhances liquidity while mitigating credit risk, highlighting primary prefunding as mandatory for chip transfers.

Explore the primary pre funding process in chips, including opening primary positions, minimum and maximum positions, and prefunding with the Federal Reserve Bank of New York to manage liquidity.

Explore how the supplemental pre funding process mitigates primary channel limitations with optional deposits, operating hours, and a reserved supplemental position, illustrated by Bank A–Bank B and supplemental channel liquidity.

Learn the final pre-funding and settlement process, merging primary and supplemental channels, calculating combined positions, and funding by 6:30 p.m. to support urgent messages.

Explore CHIPS message priority and queue management, distinguishing urgent and preferred priority messages, using supplemental and primary channels, with reserved portions and first in, first out processing.

Explore supplemental channel rules, including removing the maximum position limit and processing hours. Learn how the permissible withdrawal equals the current supplemental position or deposited amount, with discretionary expansion.

Examine the risks in the payment system and in payments and settlement systems, and how settlement and liquidity risks are mitigated across diverse regional practices; then review other risks.

Examine settlement risk and credit risk in net settlement systems, including how insufficient funds can halt multilateral settlements and affect counterparties.

Explore liquidity risk in real-time settlement systems, where banks must maintain sufficient settlement balances and adhere to limits to prevent payment delays and bank runs.

Explore systemic risk in payments, where a bank's default or insufficient settlement balances can trigger cascading failures across banks, illustrated by a multi-bank payment chain.

Trace Herstatt risk in foreign exchange, its 1974 bank failure, and how real-time gross settlement and central clearing like CLS mitigate settlement risk across time zones.

Operational risk arises from losses due to failures in internal processes, people, or systems, including control lapses, processing errors, external events such as natural disasters, and related legal risk.

Identify legal risks in payments, including misprocessing, non-receipt, and telephone fraud. Explore fraud, breach of contract, and regulatory factors, such as the UK's FCA, and methods to mitigate these risks.

Identify risk mitigation methods guided by the BIS and IOSCO, highlighting 24 principles, their regional adaptations, self-assessment by central banks, and BCBS monitoring tools for intraday liquidity management.

Explore intraday liquidity management through the stock and flow approaches banks blend to cover payments, settle at day end, and plan for contingency funding with central banks.

The net stable funding ratio (NSFR) assesses a bank's resilience to funding shocks by comparing available stable funding, including stable deposits, to required stable funding, with a 100 percent minimum.

Explore liquidity coverage ratio (LCR), requiring banks to hold high quality liquid assets, cash, treasury bills, government bonds, gold, and deposits to cover 30-day net outflows and at least 100%.

Select direct participants carefully to mitigate systemic risk at the central counterparty, ensuring they have settlement accounts and direct message exchanges, while indirect participants access through them.

The net debit cap limits a direct participant's transactions in a central counterparty, capping exposure and mitigating settlement and credit risk.

Novation in the forex market leverages a central counterparty, CLS, to interpose between counterparties and mitigate cross-currency settlement risk.

Form intraday liquidity arrangements with the central bank to provide instant funds for real-time settlements in RTG systems when a bank lacks a settlement balance. Such arrangements mitigate liquidity risk.

Banks post collateral, such as cash or securities, to cover potential shortfalls with the clearinghouse. Liquidation of that collateral covers settlement or credit risk when a member defaults.

Explain how a loss sharing arrangement, or settlement guarantee fund, reallocates liquidity among banks via the clearinghouse when settlement accounts fall short, mitigating liquidity and systemic risk.

When participant banks cannot fund their settlement accounts, a robust non-participant bank provides a third-party guarantee to cover the shortfall, as the Bank of Canada does in Canada.

Explore the ISDA master agreement for high value interbank transactions, defining terms and conditions to mitigate legal risk across front and back offices, the deal ticket, and confirmations.

Explore how market infrastructure resiliency service strengthens payment system stability by enabling backup data centers and mirrors as recovery platforms to mitigate operational risk.

Discover how the continuous linked settlement bank enables foreign exchange clearing and settlement through RTGS networks and central banks, mitigating time-zone risk without acting as a central counterparty.

Demonstrates why CLS Bank is not a central counterparty. Links two payments by receiving funds from both parties and transferring them, returning funds if a bank fails.

Explore CLS bank and the CLS group holdings, governed by an Oversight Committee with 23 members from central banks and the euro system.

Examine CLS Bank's structure, headquartered in New York and administered by Federal Reserve Bank of New York, with settlement members, direct and indirect participants, Nostro agents, and 23-member oversight committee.

Learn how settlement members directly communicate with the CLS Bank using swift net fin and swift net interact for one-to-one messaging, while swift net brows offers a multi-service portal.

Learn how the CLS bank processes a cross-currency payment, from initial deal via 3xx messages to CLS validation, netting of obligations, and settlement in United States dollars and Japanese yen.

Learn how continuous linked settlement by CLS Bank mitigates time-zone settlement risk, nets multicurrency obligations through multicurrency position accounts, and manages liquidity for multi-currency trades.

Explain the CLS settlement cycle for payments, including unilateral and bilateral deadlines, netting, and the 7:00–9:00 am CET settlement window with funding by 1:15 am CET.

The CLSNow service, available to SEALs Now network banks, enables real-time, same-day, bilateral gross settlement of foreign exchange trades in USD, CAD, EUR, and GBP via RTG systems.

Explore how Swift messages standardize payment instructions across banks using MT formats like MT103, enabling high-value transfers via Nostro accounts and intermediary banks when direct links are absent.

Learn how the swift code, or bic, identifies country, city, financial institution, and branch within the swift messaging system, with Bank of America as an example.

Explore the Swift MT message structure by examining the five blocks—basic header, application header, user header, text block, and trailer—and how fields define delivery and processing.

Master swift message structure through network validated and empty usage rules, including fields 55 a, 53 a, 54 a, and e06 errors, plus market practice guidelines for straight-through processing.

Explore swift MT formats 103, 202, and 910 used to initiate payments, update the payment chain, confirm credit, and generate an audit trail.

Demonstrate cross-border payments from a US company to Japan distributor via Citibank, Mizuho Group, and Chiba Bank, exchanging empty Swift 103 and 202 messages, with compliance checks and empty 910.

Swift RMA and Artemis Plus enforce sender-level authorization, letting banks define which counterparties and message types may communicate, reducing fraud and unwanted traffic.

Explore cross-border payments when currency is not local, using nostro accounts and SWIFT messages 103, 202, and 910, with intermediary banks and local clearing systems like Fred Via or chips.

Learn how a London company routes a US dollar payment to its Japanese supplier via SWIFT messages, using empty 103 and 202 instructions and the 910 format.

Explore serial payments, where a chain of swift empty 103 instructions releases only after cover funds arrive, reducing uncertainty versus direct or cover payments.