A proof of concept completed by Partior and OpenAssets has demonstrated that tokenised commercial bank deposits can serve as the settlement layer for digital assets and regulated stablecoins — a development with significant implications for how financial institutions manage counterparty and settlement risk in an increasingly digital capital market environment.
The proof of concept centred on atomic delivery-versus-payment, a settlement mechanism in which the transfer of an asset and its corresponding payment occur simultaneously and inseparably. Unlike conventional settlement processes — where asset leg and cash leg can move at different times, creating a window of exposure — atomic delivery-versus-payment eliminates that gap entirely. If either leg of the transaction fails, neither completes. The result is a structurally lower settlement risk profile, one that regulators and institutional participants have long identified as a critical weakness in traditional securities and digital asset markets alike.
To achieve this, the test connected OpenAssets' digital asset infrastructure directly with Partior's interbank settlement network. Partior, which was originally incubated by JPMorgan, DBS, and Temasek, has built its network specifically to enable programmable, real-time interbank settlements using tokenised deposits — positioning it as one of the more credible institutional-grade blockchain settlement rails currently in operation. By bridging OpenAssets' asset-side infrastructure with Partior's payment rail, the two firms demonstrated that settlement could flow across digital assets and regulated stablecoins within a single, coherent transaction lifecycle.
The choice of tokenised commercial bank deposits as the payment instrument is deliberate and strategically meaningful. Unlike purely algorithmic stablecoins or even fiat-backed stablecoins issued by non-bank entities, tokenised deposits are claims on regulated commercial banks — instruments that sit within the existing supervisory perimeter of central banking and prudential regulation. This alignment with established monetary architecture makes them considerably more palatable to institutional compliance teams and to regulators, particularly as frameworks such as the Monetary Authority of Singapore's stablecoin regulatory regime and the European Banking Authority's work under MiCA continue to mature globally.
The broader context here is a financial industry grappling with the operational fragmentation that has emerged as digital asset classes proliferate. Institutional participants now routinely hold or transact across tokenised securities, regulated stablecoins, and other on-chain instruments — yet the settlement infrastructure underpinning these transactions remains inconsistent, often reliant on manual reconciliation or bespoke bilateral arrangements. A standardised atomic settlement layer, backed by regulated bank deposits, addresses precisely this fragmentation. It offers institutions a path toward real-time finality without abandoning the trust frameworks they are required to operate within.
Partior's network architecture is particularly well-suited to this role. Operating on a shared ledger model, it allows multiple banks to participate in programmable settlement without requiring each institution to maintain its own proprietary blockchain infrastructure. The integration with OpenAssets extends that capability into the digital asset layer, creating a more complete end-to-end settlement stack. What this proof of concept demonstrates is not merely a technical capability, but a viable institutional blueprint — one in which tokenised deposits function as the trusted, bank-grade cash leg across a wide range of digital asset classes.
What This Means for Institutional Settlement Infrastructure
The significance of this proof of concept extends well beyond its immediate technical scope. Atomic delivery-versus-payment has been a theoretical goal in institutional settlement for decades; the practical barriers — fragmented ledgers, incompatible asset registries, the absence of a regulated digital cash instrument — have consistently impeded its realisation at scale. The Partior-OpenAssets test represents a meaningful convergence of three previously separate developments: the maturation of programmable interbank networks, the regulatory legitimisation of tokenised deposits as a money form, and the emergence of enterprise-grade digital asset infrastructure capable of interfacing with those networks.
For banks, asset managers, and digital asset custodians watching this space, the implication is that the long-discussed transition to T+0 or even continuous settlement is no longer a distant aspiration confined to white papers and working groups. It is, increasingly, a matter of integration rather than invention. The remaining questions are less about whether atomic DvP over tokenised deposits is technically feasible — this proof of concept addresses that — and more about the governance frameworks, legal enforceability of on-chain finality, and cross-jurisdictional regulatory harmonisation that will determine whether such infrastructure can be deployed at production scale. Those are solvable problems, and the pace at which pilot programmes like this one are accumulating suggests the industry intends to solve them.
Written by the editorial team — independent journalism powered by Codego Press.