DTCC processed production tokenised DvP trades in July, covering Treasury/repo and equity. Atomic settlement removes principal risk, at a liquidity cost.
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Delivery-versus-payment is the settlement rule that links a securities transfer to its payment so neither leg is final unless the other is. The Bank for International Settlements' Committee on Payment and Settlement Systems set the standard decades ago as the canonical way to remove principal risk, the danger that one side of a trade delivers, or pays, and the other side never completes. The DvP rule closes that window: if either leg fails, neither settles. Tokenised markets are now applying the same rule on programmable rails, and a July production exercise executed tokenised DvP trades.
DTCC reported July 15 that it had converted DTC-held securities into tokenised representations and processed production tokenised trades in a multi-firm exercise, including U.S. Treasury/repo DvP trades and equity DvP trades. The equity leg of the exercise sits in the same tokenised equities market that Bybit serves with its xStocks products.
When both legs of a trade sit on one platform as tokens, DvP can be atomic. One ledger operation updates the security balance and the cash balance together, or neither moves. Because the platform controls both balances, no window opens between delivery and payment for either side to default. The trade either completes in full or not at all. BIS/CPMI's 2024 report to the G20 on tokenisation concepts describes the style as atomic DvP and credits it with removing principal risk and compressing operational steps.
The same analysis flags what atomic settlement costs. Gross, instant settlement generally needs more prefunded liquidity than batch processing, and netting benefits can shrink. For a platform operator, that means funding every trade in real time instead of netting positions over a cycle. The OECD's 2021 market overview of tokenised securities makes the same point. A market that chooses atomic DvP removes principal risk at the price of prefunded liquidity and reduced netting.
When the asset and the cash live on different systems, atomic settlement on one ledger is not an option. DvP then depends on a link between platforms. Central banks and market infrastructures have tested two conditional designs. Hashed timelock mechanisms lock each leg behind a cryptographic secret that both sides must reveal for either to settle. The hash-link variant starts a payment on a central bank rail once the ledger records delivery. A third route removes the bridge entirely. Cash tokens, such as tokenised central bank money, are issued directly onto the DLT, so both legs settle on-ledger. The ECB's exploratory work documents the conditional patterns as the "Trigger Solution" and "TIPS Hash-Link", and covers a separate route called "Full DLT Interoperability".
The cash leg itself is a design choice. Tokenised DvP can settle in central bank money, including tokenised forms, or in private money arrangements, which in practice usually means stablecoins. The choice shifts the final cash claim between a central bank and a private issuer, with legal and risk implications that the ECB and the OECD both flag. Stablecoin settlement has a compliance burden of its own; Mastercard is testing a single-audit model with Borderless.xyz.
The 1992 CPSS framework identified three ways to implement DvP, each with a distinct risk profile. Tokenised settlement can mirror any of the three, from gross atomic DvP on one ledger to coordinated net settlement across linked systems. Gross models settle each trade immediately; net models accumulate balances and settle in a batch. The choice determines how much liquidity has to sit prefunded and who keeps the netting benefit.
Atomic DvP reorganises risk; it does not erase it. Principal risk is gone by construction. Legal, governance, operational and liquidity risks persist and still have to be managed.
A common misconception treats atomic settlement as risk-free. The BIS/CPMI report and the OECD review both describe the trade-offs instead. PvP, or payment-versus-payment, is the foreign-exchange sibling of DvP. It links the payment of one currency to the payment of the other, so neither side settles alone. Cross-platform DvP is achievable through conditional designs such as hashed timelocks or hash-link triggers; central bank and market-infrastructure trials have documented the patterns.
DvP is easiest to recognise in the systems that have always done it. The Federal Reserve's Fedwire Securities Service settles securities transfers gross and in real time, synchronising securities and funds accounts in the same infrastructure; the central bank describes the arrangement as on-book DvP. DTCC's July exercise carried the same guarantee onto tokenised rails, and its report described the runs as a demonstration of how regulated custody can interoperate with tokenised DvP workflows. The Eurosystem's exploratory work documents the routes for settling tokenised trades in central bank money, on or linked to a distributed ledger.
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