Glossary

Delivery Versus Payment (DvP)

Delivery versus payment is a settlement mechanism ensuring that securities delivery occurs simultaneously with cash payment — eliminating settlement risk. In tokenized fund markets, atomic DvP through smart contracts achieves instantaneous simultaneous settlement that traditional T+1 DvP cannot match.

Traditional T+1 settlement (US since May 2024)

Tokenized Atomic (instantaneous)

Risk Eliminated Settlement/counterparty risk

Definition

Global securities markets settle an estimated $2.6 quadrillion in transactions annually, and the principle governing nearly all of that settlement is delivery versus payment (DvP). DvP is a securities settlement procedure ensuring that delivery of securities occurs if and only if corresponding payment occurs, and vice versa. The mechanism eliminates “settlement risk” — also called “principal risk” or “Herstatt risk” — the danger that one party delivers its obligation while the other defaults, resulting in a total loss of principal rather than merely a market-value change.

The Bank for International Settlements (BIS) codified DvP standards in its 1992 report “Delivery Versus Payment in Securities Settlement Systems,” establishing three models: DvP Model 1 (gross, simultaneous settlement of securities and funds); DvP Model 2 (gross securities settlement with net funds settlement); and DvP Model 3 (net settlement of both securities and funds). Most modern central securities depositories operate variants of these models, with the choice affecting capital efficiency, operational complexity, and residual risk.

Traditional DvP in Securities Markets

In traditional securities markets, DvP settlement occurs through a layered infrastructure of central counterparties (CCPs), central securities depositories (CSDs), and payment systems.

US Market Structure

In the United States, DTCC processes DvP settlement for ETF transactions on a T+1 basis since May 28, 2024 (previously T+2, changed under SEC Rule 15c6-1(a)). DTCC’s subsidiaries handle different components: the National Securities Clearing Corporation (NSCC) acts as the central counterparty, guaranteeing trade completion; the Depository Trust Company (DTC) is the central securities depository, holding securities in book-entry form; and Fedwire or commercial bank payment systems handle the cash leg.

During the settlement period — even at T+1 — counterparties bear credit exposure to each other. This exposure is managed through: NSCC’s Clearing Fund (margin deposits from clearing members); NSCC’s guarantee fund (mutualized default protection); and real-time risk monitoring with intraday margin calls when volatility spikes. The March 2020 COVID-driven market crash triggered $6.6 billion in additional margin calls from NSCC in a single day, demonstrating the capital intensity of managing settlement risk in traditional DvP systems.

European Market Structure

In Europe, settlement infrastructure is fragmented across national CSDs and international CSDs. Euroclear and Clearstream serve as the principal international CSDs, settling cross-border European securities transactions. The ECB’s TARGET2-Securities (T2S) platform provides a common settlement engine for eurozone CSDs, harmonizing the cash leg through central bank money settlement.

European ETF settlement typically occurs on T+2, though the EU is studying a potential move to T+1 by 2027. The ECB’s wholesale CBDC trials represent a potential evolution beyond T2S, with central bank digital currency settlement enabling faster — potentially atomic — DvP for tokenized fund products.

Atomic DvP on Blockchain

Blockchain-based atomic DvP represents a paradigm shift: simultaneous settlement of both legs (securities and payment) in a single indivisible transaction. Institutional DLT settlement has already achieved massive scale — Broadridge’s Distributed Ledger Repo (DLR) platform processes $385 billion in average daily repo transactions, while JPMorgan’s Kinexys platform has processed over $2 trillion in total DLT-based transactions. A smart contract holds both assets in escrow and releases them simultaneously — either both legs settle or neither does. There is no settlement window, no counterparty exposure, and no need for central counterparty guarantees.

Technical Mechanism

Atomic DvP on a blockchain works through a hash time-locked contract (HTLC) or a simpler atomic swap mechanism:

The seller deposits tokenized securities into the DvP smart contract.
The buyer deposits tokenized payment (stablecoin, wholesale CBDC, or tokenized bank deposit) into the same contract.
The smart contract verifies that both deposits match the agreed terms (quantity, price, asset identity).
If both conditions are satisfied, the contract simultaneously transfers securities to the buyer and payment to the seller in a single atomic transaction.
If either condition fails — insufficient funds, wrong asset, expired time lock — the entire transaction reverts and both parties retain their original assets.

This atomic execution is guaranteed by the blockchain’s consensus mechanism. Once a block containing the DvP transaction is finalized, the settlement is irreversible and both parties have clear, on-chain title to their respective assets.

Capital Efficiency Gains

The elimination of the settlement window through atomic DvP produces substantial capital efficiency improvements. In traditional T+1 settlement, authorized participants and broker-dealers must maintain margin deposits, clearing fund contributions, and balance sheet reserves to cover settlement exposure. JP Morgan has estimated that T+1 settlement freed approximately $70 billion in capital across US markets when implemented in May 2024. Atomic DvP would eliminate this capital requirement entirely, as there is no window of exposure to collateralize.

For ETF creation and redemption specifically, atomic DvP means that APs no longer need to pre-fund creation units or maintain credit lines to cover the settlement gap. The institutional investor guide examines how this capital efficiency translates to reduced costs for end investors.

Applications in Tokenized ETF Operations

For tokenized ETF operations, atomic DvP enables several specific improvements to fund market structure.

Zero-Risk Creation and Redemption

Traditional ETF creation and redemption involves counterparty risk during the settlement period. An AP delivering a creation basket to the fund bears the risk that the fund fails to deliver ETF shares (and vice versa for redemption). Atomic DvP through smart contract-based creation and redemption eliminates this risk entirely: the basket and the shares exchange simultaneously or not at all.

Instantaneous Secondary Market Settlement

Secondary market trades in tokenized ETF shares settle atomically on-chain, rather than through the traditional T+1 DTCC clearing process. This enables real-time portfolio rebalancing and eliminates the cash-drag associated with unsettled trades. The tokenized ETF settlement infrastructure analysis explores the operational architecture supporting atomic secondary market settlement.

Reduced Capital Requirements

With no settlement exposure, market participants — APs, broker-dealers, and institutional investors — require less capital to support the same volume of trading activity. FINRA’s broker-dealer requirements for tokenized ETF distribution may need to be recalibrated to account for the reduced risk profile of atomic settlement, potentially lowering capital thresholds and expanding market participation.

Settlement Asset Options

Atomic DvP requires the payment leg to be tokenized — you cannot atomically settle an on-chain securities delivery against an off-chain wire transfer. The choice of payment asset has significant implications for risk, regulation, and operational availability.

Stablecoins

USD-denominated stablecoins (USDC by Circle, USDT by Tether) and EUR-denominated stablecoins (EURC by Circle) provide the most readily available option. Circle’s USDC maintains reserves invested in US Treasury securities and cash deposits at regulated banks, with monthly attestation reports from Deloitte. The comparison of CBDC and stablecoin settlement for tokenized fund operations examines the trade-offs between these options. Under MiCA, stablecoins used for EU fund settlement must be issued by authorized electronic money institutions, with ESMA oversight beginning July 2026.

Wholesale CBDC

Central bank digital currencies eliminate the credit risk inherent in commercial stablecoins. The ECB’s wholesale CBDC trials are specifically testing DvP settlement for tokenized securities, including fund shares. The Bank of England, Swiss National Bank, and Monetary Authority of Singapore are running parallel experiments. Wholesale CBDC provides central bank money finality — the highest grade of settlement certainty.

Tokenized Bank Deposits

JPMorgan’s JPM Coin (now Kinexys) and similar institutional tokenized deposit solutions represent a third option, combining commercial bank credit with blockchain-native settlement capabilities. These solutions are regulated as bank deposits rather than securities or e-money, fitting within existing banking supervision frameworks.

Regulatory Framework

DvP settlement is governed by multiple regulatory frameworks depending on jurisdiction:

US: SEC Rule 15c6-1(a) mandates T+1 settlement; the SEC’s custody rules address how digital asset settlement interacts with qualified custodian requirements.
EU: The Central Securities Depositories Regulation (CSDR) governs settlement discipline; the DLT Pilot Regime provides a framework for atomic DvP on distributed ledger platforms.
Hong Kong: The SFC’s tokenized fund framework addresses settlement finality requirements for blockchain-based fund transactions.
Singapore: The MAS regulatory approach includes Project Guardian experiments testing atomic DvP across multiple asset classes.

The SEC has published guidance on digital asset settlement at sec.gov, while ESMA’s technical standards on DLT settlement are available at esma.europa.eu.

For inquiries: info@etftokenisation.com