Delivery vs. Payment (DvP) on Blockchain in 2026

In June 2026, DeFi protocol 3Jane brought over $18.5 million in real-world consumer and business loans on-chain through deals with fintech lenders LendSwift and Slope. As reported by Blockstories, this move signals a major expansion of private credit into decentralized finance, creating a new class of tokenized assets.

While this opens up novel investment opportunities, it also surfaces a fundamental challenge: how can these digital assets be traded for payment without one party having to trust the other to fulfill their side of the bargain? This article explains the concept of Delivery vs. Payment (DvP) and shows how blockchain-based atomic settlement completely solves this problem for asset issuers.

What is counterparty risk in asset settlement?

Counterparty risk is the possibility that one party in a transaction will fail to meet its obligation. In a simple asset sale, this means either the buyer pays but never receives the asset, or the seller delivers the asset but never receives payment. This risk is inherent in any transaction that is not settled instantly and simultaneously, a process known as atomic settlement.

Traditional financial markets have long grappled with this issue. Stock trades, for example, typically settle on a T+1 or T+2 basis, meaning the final transfer of securities and cash happens one or two business days after the trade is executed. During this gap, both parties are exposed to the risk of their counterparty defaulting.

On-chain transactions are not automatically immune to this risk. A simple agreement to swap a tokenized real estate share for USDC still requires a sequence of actions. If one person sends their tokens first in an over-the-counter (OTC) deal, they are exposed until the other person sends the payment, creating a window of vulnerability.

How does Delivery vs. Payment (DvP) eliminate this risk?

Delivery vs. Payment is a settlement procedure where the transfer of a security (delivery) and the transfer of funds (payment) occur at the exact same time. If the delivery does not happen, the payment does not happen either. This principle, when enforced by technology, completely removes counterparty risk from the settlement process.

While the concept has existed for decades in traditional finance, its implementation often relies on trusted central intermediaries like central securities depositories (CSDs). Blockchain technology allows for a far more efficient and trustless implementation through smart contracts. This on-chain method is commonly referred to as an atomic swap.

An atomic swap is a smart contract-powered mechanism that enables the exchange of two different crypto-assets between two parties in a single, indivisible transaction. The term 'atomic' comes from computer science, signifying an operation that either completes entirely or fails entirely, with no intermediate state. There is no moment where one party has given up their asset without yet receiving the other.

Key benefits of on-chain DvP include:

• Risk Elimination: As explained, counterparty settlement risk is reduced to zero.
• Efficiency: Settlement is near-instant, collapsing the T+2 window to a few seconds and freeing up capital that would otherwise be tied up.
• Reduced Costs: It removes the need for complex financial intermediaries and clearinghouses, lowering transaction costs for issuers and investors.
• Programmability: The terms of the exchange, such as price and timing, are embedded directly into the smart contract's code, ensuring transparent and automated execution.

On-chain DvP in action: Atomic swaps for tokenized assets

For tokenized real-world assets, an on-chain DvP mechanism is enabled by a dedicated smart contract that acts as a secure, temporary escrow. This contract is programmed with the specific terms of the trade, such as the price and the addresses of the buyer and seller. The process is straightforward and fully automated, removing any need for manual intervention or trust.

Here is how a typical on-chain DvP transaction unfolds for a tokenized private credit note being sold for a stablecoin like USDC:

1. Contract Creation: The seller (the asset issuer) deploys a DvP smart contract, defining the asset to be sold (e.g., Token A) and the payment asset to be received (e.g., USDC), along with the exchange rate.
2. Seller's Deposit: The seller transfers the specified amount of Token A into the DvP smart contract. The tokens are now held in escrow by the code, visible to all on the public ledger.
3. Buyer's Deposit: The buyer interacts with the same contract, sending the corresponding amount of USDC to it. The contract automatically verifies that the amount is correct based on the predefined price.
4. Atomic Execution: Once the smart contract confirms it has received both the asset from the seller and the payment from the buyer, it executes the swap instantly. It sends Token A to the buyer's wallet and the USDC to the seller's wallet in the same transaction.

If either party fails to deposit their respective tokens or the amounts are incorrect, the transaction does not execute. The deposited assets can then be reclaimed by their original owners after a set period. This fail-safe mechanism is crucial and is detailed in Bitbond's documentation on programmatic DvP settlement.

How to create a DvP smart contract without code

Historically, implementing atomic swaps required specialized blockchain development skills. Today, no-code platforms provide the infrastructure for issuers to create and manage these settlement contracts without writing a single line of code. This accessibility is essential for asset originators and fund managers who are experts in their domain but not in smart contract engineering.

Platforms like Bitbond's Token Tool offer a guided workflow to configure and deploy audited DvP contracts. An issuer can launch a secure settlement mechanism for their tokenized assets in minutes. The process is designed for business users, focusing on the commercial terms of the deal rather than the technical complexity.

The steps to launch a DvP contract are typically as follows:

• Select Network and Connect Wallet: Choose the blockchain where your assets reside (e.g., Polygon, Ethereum, Base) and connect a Web3 wallet.
• Define Tokens: Specify the 'delivery token' (the asset being sold) and the 'payment token' (e.g., USDC, EURC) by entering their contract addresses.
• Set Trade Parameters: Define the price (how many delivery tokens per one unit of payment token), minimum/maximum purchase amounts, and the offering duration.
• Deploy the Contract: Review the details and deploy the smart contract. The platform handles the deployment, and the issuer receives a unique contract address for their DvP setup.

After deployment, the issuer funds the contract with the delivery tokens, and buyers can then interact with it to purchase the assets. Issuers can use a tool to create a delivery vs. payment contract on Polygon or other supported networks, establishing a secure secondary market transaction layer. This process is a core component of building a robust lifecycle management system for any tokenized private credit offering.

The future of tokenized asset liquidity is atomic

The migration of assets like private credit, real estate, and funds onto the blockchain is not just about creating digital representations. It is about building new, more efficient financial rails. According to the Bank for International Settlements, a core benefit of tokenization is the potential for integrating trading and settlement into a single, seamless operation. On-chain Delivery vs. Payment is the practical realization of that vision.

For the growing market of tokenized real-world assets, DvP is not an optional feature; it is foundational infrastructure. It provides the settlement finality and risk mitigation necessary to foster liquid and trusted secondary markets. Without it, trading remains reliant on trust, bilateral agreements, or centralized intermediaries, reintroducing the very frictions that tokenization aims to solve.

By enabling any issuer to easily create a secure DvP mechanism, the barrier to creating peer-to-peer markets for tokenized assets is significantly lowered. This empowers fintech originators, fund managers, and corporations to provide liquidity for their assets directly. As more assets follow the path of 3Jane's on-chain credit facilities, the demand for robust, automated, and trustless settlement will only grow, making on-chain DvP a standard component in the tokenization stack. This technology provides the bedrock for truly tokenized deposits and new banking rails.

Building the settlement rails for a tokenized economy

The principle of Delivery vs. Payment, when executed on a blockchain, transforms asset settlement from a risk-prone, multi-day process into an instant and trustless exchange. By using smart contracts to ensure atomicity, on-chain DvP eliminates counterparty risk entirely, paving the way for liquid secondary markets for tokenized real-world assets. For issuers bringing assets like private credit on-chain, this is the key to unlocking true market efficiency.

You can implement this settlement security for your own digital assets today. Explore Token Tool to build secure, on-chain settlement for your assets and facilitate risk-free secondary trading.