---
type: "Learn"
title: "Delivery Versus Payment Secure Securities Settlement Explained"
locale: "en"
url: "https://longbridge.com/en/learn/delivery-versus-payment--100648.md"
parent: "https://longbridge.com/en/learn.md"
datetime: "2026-04-01T09:25:57.489Z"
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---

# Delivery Versus Payment Secure Securities Settlement Explained

Delivery versus payment (DVP) is a securities industry settlement method that guarantees the transfer of securities only happens after payment has been made. DVP stipulates that the buyer's cash payment for securities must be made prior to or at the same time as the delivery of the security.Delivery versus payment is the settlement process from the buyer's perspective; from the seller's perspective, this settlement system is called receive versus payment (RVP). DVP/RVP requirements emerged in the aftermath of institutions being banned from paying money for securities before the securities were held in negotiable form. DVP is also known as delivery against payment (DAP), delivery against cash (DAC), and cash on delivery.

## Core Description

-   Delivery Versus Payment (DVP) is a risk-control mechanism that ensures securities are only transferred when matching cash is received, effectively removing principal risk during settlement.
-   While DVP synchronizes delivery and payment, it cannot eliminate all forms of risk, such as market fluctuations, liquidity shortfalls, or operational errors.
-   Understanding, evaluating, and applying DVP require awareness of market infrastructure, regulatory controls, liquidity timelines, and contingency procedures.

* * *

## Definition and Background

Delivery Versus Payment (DVP) is a settlement process designed to prevent one party from delivering securities without simultaneously receiving payment, and vice versa. DVP assures both asset and cash transfers occur nearly simultaneously, creating a secure, conditional exchange that underpins modern post-trade operations across equities, bonds, funds, and other securities.

DVP was initially developed in response to historic settlement failures and financial crises. The goal was to avoid situations where principal risk—the possibility that securities or cash might be delivered before the other leg is received—could threaten market stability. The 1974 Herstatt Bank incident, a global event in the foreign exchange space, highlighted the systemic dangers of unsynchronized settlements. In the aftermath, industry working groups and organizations such as the Bank for International Settlements (BIS) and the Group of Thirty (G30) established DVP as a recommended practice.

DVP quickly became a cornerstone for clearinghouses, central securities depositories (CSDs), and custodians, who enforce these risk-control standards through automation, strong reconciliation processes, and settlement discipline. As trading volumes rose and securities dematerialized, DVP's importance increased, supporting shorter settlement cycles such as T+2 or T+1, and fostering efficiency and systemic safety in market infrastructure.

* * *

## Calculation Methods and Applications

### Key Calculation Components

**Securities and Cash Legs**  
DVP links two settlement legs: the transfer of securities (legal title) and the transfer of cash (final, irrevocable funds). Both are documented by matched instructions, typically indicating ISIN or codes, quantity, price, settlement date, accounts, and agent.

**Core Formula**  
For most equities and bonds, cash due is calculated as follows:

```
Cash Due = (Quantity × Price) + Accrued Interest (for bonds) + Fees + Taxes ± Adjustments − Discounts
```

For bonds, accrued interest is typically calculated as:

```
Accrued Interest = Face Value × Coupon Rate × (Days Accrued / Day Count Basis)
```

**Netting**  
To streamline settlement, DVP can use bilateral or multilateral netting across trades and participants. Net positions (for both cash and securities) reduce the number of settlement movements and liquidity requirements.

DVP Model

Securities Settlement

Cash Settlement

Netting

Model 1 (Gross)

Trade-by-trade (gross)

Trade-by-trade (gross)

No

Model 2

Trade-by-trade (gross)

End-of-day netting

Partial

Model 3 (Net)

End-of-day netting

End-of-day netting

Yes

(Source: BIS - Bank for International Settlements)

**Example Calculation (Equity Trade)**  
Suppose an investor buys 1,000 shares at $20.125:

-   Quantity: 1,000
-   Price: $20.125
-   Commission: $6.00
-   Clearing Fee: $0.92
-   Cash Due = (1,000 × 20.125) + 6.00 + 0.92 = $20,131.92  
    On T+1, settlement occurs only if both cash and 1,000 shares are available.

**Application Across Markets**  
DVP is standard in equities, government and corporate bonds, ETFs, and fund shares. It is enforced by CSDs such as DTCC (U.S.), Euroclear (Europe), and CREST (UK), often in conjunction with real-time gross settlement (RTGS) payment systems for cash delivery.

**Netting and Multicurrency Settlement**  
Advanced DVP scenarios may involve netting through central counterparties (CCPs) and often coordinate with Payment Versus Payment (PvP) mechanisms in foreign exchange settlements, especially in cross-border trades.

* * *

## Comparison, Advantages, and Common Misconceptions

### DVP vs Other Settlement Mechanisms

Settlement Type

Description

Principal Risk

DVP

Delivery of securities only when cash is received

Minimized

FOP (Free of Payment)

Securities delivered separately, without a cash guarantee

Exposed

RVP (Receive vs Payment)

Seller’s perspective: receives payment as securities delivered

Minimized

PvP (Payment vs Payment)

Used for FX: both currency payments must occur for settlement

Minimized

### Key Advantages

-   Principal risk elimination: By synchronizing movement of securities and cash, DVP reduces the chance that one party delivers without receiving the other leg.
-   Operational efficiency: Automated DVP processes reduce errors, settlement failures, and the need for manual reconciliation.
-   Market confidence and stability: DVP arrangements help support asset protection, reduce daylight overdrafts, and lower systemic risk.
-   Liquidity management: Netting options (Model 2/3) can reduce the demand for intraday funds.

### Disadvantages and Limitations

-   Liquidity demand: Immediate or intraday funding may be required, which can stress liquidity for participants.
-   Increased complexity: Matching, netting, and managing exceptions require robust controls and coordination.
-   Does not eliminate all risks: DVP cannot prevent losses due to market fluctuation, foreign exchange volatility, or operational errors.

### Common Misconceptions

**DVP erases all settlement risk:**  
DVP helps control principal risk but cannot prevent exposure to market moves, replacement costs if a trade fails, or operational defaults by custodians or CSDs.

**DVP guarantees instant settlement:**  
Settlement timing depends on market cycles (such as T+1, T+2), cut-off times, and liquidity readiness, not only DVP mechanics.

**Uniformity:**  
DVP is implemented in several models and may vary by CSD and market rules. Some systems offer partial settlements and auto-borrowing, while others do not.

* * *

## Practical Guide

### Planning and Preconditions

-   Instrument & market selection: Define the asset (equity, bond), market, and the relevant CSD (such as DTCC or Euroclear).
-   Account and documentation: Open the required custody and settlement accounts. Ensure all standing settlement instructions (SSIs) are confirmed.
-   Cycle & currency choices: Agree on the settlement cycle (for example, T+1), settlement currency, and settlement location.

### Trade Processing and Matching

-   Trade instruction: Accurately capture trade details including ISIN, quantity, price, dates, counterparty, and SSIs.
-   Affirmation and matching: Use platforms such as DTCC’s CTM to ensure trades are affirmed before regulatory deadlines.
-   Exception management: Address mismatches quickly and lock instructions after affirmation.

### Cash Funding and FX Strategy

-   Pre-funding: Ensure cash is available in the correct currency before the settlement cut-off to prevent failures.
-   FX alignment: If settlement currency differs, pre-book foreign exchange and verify the currency is available at the required time.

### Settlement Day Operations

-   Monitoring: Track CSD status and match incoming or outgoing cash and securities.
-   Handling partials: Where permitted, instruct partial settlement to reduce exposure to settlement failures.
-   Confirmations: Obtain final confirmations and update internal records after settlement.

### Managing Fails and Penalties

-   Contingency actions: Use securities lending, stock borrowing, or buy-ins to resolve shortfalls.
-   Penalty management: Monitor and account for any settlement failure penalties that may apply (such as EU CSDR penalties).

### Cross-Border Coordination

-   Time zones & holidays: Align settlement timelines across regions, as misalignment can cause failures or delays.
-   Documentation: Maintain a central calendar of all settlement deadlines and currency cut-offs.

### Recordkeeping and Continuous Improvement

-   Reconciliation: Regularly compare blotter, custodian statement, and CSD reports.
-   Review and audit: Archive settlement confirmations and SWIFT messages, and perform regular audits of exceptions or failures.
-   Process updates: Continuously update procedures and test controls after any process or system change.

#### Case Study (Fictional Example, Not Investment Advice)

An asset manager in New York decides to buy €5 million of BNP Paribas equities traded on Euronext Paris.

-   The manager instructs the U.S. custodian, who coordinates with Euroclear.
-   FX is pre-booked, and euros are pre-funded in the settlement account by the required deadline.
-   Euroclear confirms both securities and cash legs are ready on T+2.
-   At settlement, as €5 million is debited, BNP Paribas shares are released simultaneously.
-   Trade confirmed, books updated, and the portfolio manager receives final notification, thereby reducing principal and settlement risk.

* * *

## Resources for Learning and Improvement

-   Regulatory guidance:
    -   BIS/IOSCO Principles for Financial Market Infrastructures
    -   SEC and FINRA (U.S. broker regulations)
    -   ESMA and ECB documentation for European settlement
-   Industry messaging standards:
    -   SWIFT documentation (MT54x, ISO 15022/20022)
-   Market infrastructure:
    -   DTCC, Euroclear, Clearstream, and LSEG resource libraries
-   Academic and professional texts:
    -   "Securities Operations" by Michael Simmons
    -   "Settlement, Clearing and Custody" by David Loader
-   Sector journals and articles:
    -   Journal of Securities Operations & Custody
    -   SIFMA primers on settlement and risk management
    -   Central bank bulletins and reviews
-   Professional training:
    -   CFA readings on market structure
    -   CISI Operations and DTCC, SWIFT professional courses
-   Case histories:
    -   Historical reviews of the 1974 Herstatt episode, 1987 market crash, Group of Thirty recommendations, and the U.S. transition to T+1 settlement

* * *

## FAQs

### What is Delivery Versus Payment (DVP)?

Delivery versus payment (DVP) is a settlement mechanism that links the delivery of securities to the receipt of payment, ensuring both occur simultaneously and minimizing principal risk.

### How does DVP differ from RVP?

DVP reflects the buyer’s perspective—receiving securities for cash—while RVP is the seller’s perspective. Both result in a secure, synchronized settlement.

### Why do regulators require DVP?

Regulators require DVP to eliminate prepayment and predelivery risks, supporting market stability and protecting investors in case of counterparty failure.

### How does a DVP settlement flow work?

After trade agreement and affirmation, instructions move to the CSD or CCP. Both cash and securities must be available on settlement day. The CSD delivers the securities only if cash is ready, ensuring both legs complete together.

### Which markets and instruments use DVP?

Most equities, bonds, ETFs, and repos settle via DVP in major financial centers using platforms like DTCC, Euroclear, and Clearstream.

### What are the BIS DVP Models 1, 2, and 3?

Model 1 settles trades gross for cash and securities. Model 2 settles securities gross but cash net. Model 3 nets both. Each model impacts liquidity and operational requirements differently.

### How are settlement fails and exceptions handled?

Common practices include partial delivery, securities lending, buy-in procedures, and penalty mechanisms. Timely funding and accurate matching are essential to avoid failures.

### Can retail investors access DVP?

Retail participation in DVP is indirect—regulated brokers and custodians ensure clients benefit from DVP within their processes.

* * *

## Conclusion

Delivery Versus Payment (DVP) is an established component of secure and efficient securities settlement worldwide. By closely synchronizing the delivery of cash and assets, DVP reduces principal risk, helps minimize settlement failures, and supports comfort for all market participants, from institutional asset managers to retail investors. As settlement cycles shorten and financial instruments evolve, the principles and practicalities of DVP continue to be highly relevant. Understanding DVP—its operational flow, risk implications, regulatory requirements, and practical aspects—supports market professionals in maintaining effective post-trade control in today’s complex financial landscape.


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