How Do Blockchain-Based Ledgers Fundamentally Address non-DVP Risk?

Blockchain ledgers enable the transfer of both the asset and the payment to be recorded in the same atomic transaction or within the same block, ensuring cryptographic finality. This inherent synchronization eliminates the time lag between the two legs of the trade, which is the root cause of non-DVP risk.

The ledger itself enforces the simultaneous exchange (DVP).

What Is a ‘Zero-Address’ in Blockchain?
How Does the Concept of ‘Delivery versus Payment’ (DvP) Function on a Blockchain?
What Is “Atomic Settlement” and Why Is It Important for Smart Contract Derivatives?
How Do State Changes in a Smart Contract Get Recorded on the Blockchain?
How Does Payment versus Payment (PVP) Differ from Delivery versus Payment (DVP)?
How Does a Delivery versus Payment (DVP) System Mitigate Settlement Risk?
How Does the Concept of “Delivery versus Payment” (DvP) Relate to Atomic Settlement?
What Is Delivery versus Payment (DVP) and How Is It Applied in Digital Asset RFQ Trades?

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