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| Delivery versus Payment | |
|---|---|
| Name | Delivery versus Payment |
| Other names | DvP |
| Domain | Securities settlement, Payment systems |
| Introduced | 1970s |
| Related | Central securities depository, Real-time gross settlement |
Delivery versus Payment is a securities settlement principle coordinating the transfer of securities with the concurrent transfer of funds so that delivery occurs only if payment is made, minimizing settlement risk and mitigating counterparty risk. It underpins operations in central securities depositories, payment systems, central banks, and custodian bank networks and interfaces with legal frameworks such as the Uniform Commercial Code and national securities laws. DvP is implemented across domestic and cross-border systems involving institutions like Euroclear, Clearstream, The Depository Trust Company, and overseen by regulators including the Bank for International Settlements, European Central Bank, and Securities and Exchange Commission.
DvP ensures that transfer of financial instrument title and transfer of monetary value occur simultaneously so that no party bears principal exposure alone. It is distinguished from pre-funded arrangements like payment versus payment and from legacy bilateral settlement exposures that contributed to failures in episodes such as the 1974 Franklin National Bank crisis and the 2008 financial crisis. The objective aligns with recommendations from the Committee on Payment and Settlement Systems and the International Organization of Securities Commissions, and supports financial stability goals advanced by G10 central banks and the Financial Stability Board.
The evolution of DvP traces through post-war modernization of securities settlement infrastructures, with milestones including centralization trends embodied by The Depository Trust Company in the United States and pan-European consolidation exemplified by Euroclear and Clearstream. Legal regimes shaping DvP include the Uniform Commercial Code Article 8, the Securities Acts Amendments of 1975, European directives such as the Settlement Finality Directive, and national laws in jurisdictions like Japan, United Kingdom, and Switzerland. International policy guidance from the Bank for International Settlements and the International Monetary Fund codified standards that encouraged adoption of DvP to reduce systemic contagion observed during the Black Monday (1987) and later crises.
Operationally, DvP relies on synchronized instructions between broker-dealers, custodian banks, central securities depositorys, and payment systems. Settlement may use instructions routed through central counterparties such as LCH or bilateral netting engines; payment legs settle in systems like TARGET2, Fedwire, or CHAPS. Messaging standards such as SWIFT MT and ISO 20022 enable secure instruction flows between investment banks, brokerage firms, and asset managers. Atomic settlement techniques, escrow arrangements, and synchronized ledger updates in distributed ledgers seek to preserve DvP by preventing delivery without receipt of funds.
Standard classification distinguishes between Model 1 (gross securities/gross payment), Model 2 (gross securities/net payment), and Model 3 (net securities/net payment), as articulated by the Bank for International Settlements. Model 1 resembles bilateral gross settlement found in some Emerging markets and bespoke systems, while Model 2 and Model 3 are common in netting environments operated by entities like Euroclear Bank and The Depository Trust Company. Variants appear in central counterparty-cleared markets with novel arrangements in repo and securities lending where tri-party agents such as Euroclear Bank and custodians manage collateral flows.
DvP reduces principal risk but interacts with liquidity risk, operational risk, and legal risk overseen by supervisors like the Securities and Exchange Commission, Financial Conduct Authority, and the European Securities and Markets Authority. Market infrastructure standards from the Committee on Payments and Market Infrastructures emphasize settlement finality, resilience, and recovery planning; central banks often provide intraday or overnight liquidity via standing facilities in systems such as TARGET2 or Fedwire. Stress scenarios reference past episodes involving Long-Term Capital Management and inform capital and margin requirements promulgated by Basel Committee on Banking Supervision and IOSCO guidelines.
Practical deployment of DvP requires integration between central securities depositorys (e.g., Euroclear, Clearstream, The Depository Trust Company), real-time gross settlement systems, and participant infrastructures including broker-dealers, custodian banks, and investment management platforms. Technological solutions range from queue management, liquidity-saving mechanisms pioneered by TARGET2-Securities to emerging distributed ledger platforms trialed by consortia like R3 and projects involving IBM and WE.Trade. Market practices such as matching, affirmation, and allocation workflows involve vendors like DTCC and messaging through SWIFT and ISO 20022 frameworks.
Cross-border DvP introduces foreign exchange risk, correspondent banking intermediation, and legal fragmentation spanning jurisdictions such as the United States, European Union, Japan, and China. Settlement in multiple currencies often requires payment-versus-payment arrangements in foreign exchange systems like Continuous Linked Settlement or use of central bank liquidity in platforms including TARGET2 and Fedwire. International initiatives by Bank for International Settlements committees and bilateral link projects between infrastructures like Euroclear and Clearstream aim to harmonize rules, reduce fail rates, and manage implications for capital flows and market access during episodes like the European sovereign debt crisis.
Category:Securities settlement