TradeWaltz, NTT DATA and four major Japanese banks will test whether a bank’s approval of an export receivable can trigger stablecoin settlement directly from a digital trade workflow — shifting the focus from faster payment rails to the connection between trade data, financial controls and settlement.
Japan’s Financial Services Agency has selected a trade-settlement proof of concept involving TradeWaltz, NTT DATA and four major Japanese banks for support under its Payment Innovation Project, or PIP.
The experiment will connect the TradeWaltz digital trade platform with a stablecoin settlement infrastructure. Its starting point is unusually specific: once a bank has reviewed trade documentation and approved the purchase of an exporter’s receivable, that approval can initiate the stablecoin settlement process.
The participants are TradeWaltz, NTT DATA, Mizuho Bank, MUFG Bank, Sumitomo Mitsui Banking Corporation and Mitsubishi UFJ Trust and Banking Corporation. The FSA describes the project as a test of the practical use of stablecoins for settling trade transactions and of the associated legal issues. It is the fourth case supported under the agency’s PIP programme.
The distinction is important. The experiment is not simply asking whether a stablecoin can move money faster than an existing payment rail. Its more consequential question is whether a state reached inside a trade-finance process can be translated safely into a financial instruction and settlement.
The settlement trigger comes from the trade process
Under the proposed workflow, an exporter submits documents showing information such as the goods and shipment through TradeWaltz. The bank reviews the information and decides whether to purchase the export receivable.
Once the bank records its approval, that information becomes the starting point for stablecoin settlement. NTT DATA is responsible for building the connection with TradeWaltz so that a settlement instruction can be generated when the receivable purchase is approved.
That makes the project an example of event-driven financial execution: settlement is linked to the outcome of an existing commercial and banking process rather than initiated as a separate payment operation.
For digital trade, this is potentially more significant than the choice of settlement technology itself. Much of the friction in trade finance occurs before money moves — in document submission, verification, bank acceptance, compliance controls, exception handling and reconciliation. Making the final payment rail faster does not automatically remove those steps.
TradeWaltz says the PoC will examine whether linking its platform to stablecoin infrastructure can both accelerate settlement and reduce administrative work.
What the pilot does — and does not — test
The initial scope remains narrow.
The experiment covers the purchase of an export receivable and settlement between the exporter and its bank. TradeWaltz says an extension to the importing bank and importer could follow later, meaning the present PoC is not yet testing the full end-to-end cross-border payment chain.
Nor does FSA support amount to approval of a commercial service. The regulator is using the experiment partly to identify the compliance, supervisory and legal-interpretation issues that could arise if such a model were deployed more widely. The FSA says it intends to publish the experiment’s results and conclusions after completion, including issues identified around compliance and supervisory treatment.
That distinction also puts the operational risks into focus.
The settlement chain depends not only on the stablecoin platform but on the reliability of the trade data, the bank’s acceptance and compliance processes, the interface connecting those systems, the validity of the settlement instruction and subsequent reconciliation. Automation can remove manual steps, but it can also move a bottleneck or error from one part of the chain to another.
AML and sanctions controls similarly do not disappear because payment becomes programmable. Japan already regulates fiat-linked stablecoins as electronic payment instruments, with issuance routes available to regulated banks, fund transfer service providers and trust companies.
And any eventual expansion into broader cross-border stablecoin flows would have to operate within Japan’s AML/CFT framework. The FSA applies travel-rule obligations to transfers of electronic payment instruments, including stablecoins, involving foreign virtual-asset service providers in jurisdictions covered by its rules.
Part of a wider shift toward conditional payments
Japan’s experiment comes as central banks and regulators elsewhere are also testing ways to connect conditions, business processes and digital settlement.
Singapore’s Monetary Authority has moved from Project Orchid, which explored programmable digital money and the infrastructure required to support it, into BLOOM. The newer initiative includes regulated stablecoins and tokenised commercial-bank money and explicitly covers domestic and cross-border payments, trade finance and programmable compliance controls.
The BIS-led Project Agorá has taken a wholesale approach. Its 2026 prototype combines tokenised commercial-bank deposits with tokenised central-bank reserves and allows workflow logic, compliance requirements and conditional payment triggers to be embedded in transactions. BIS says the project is moving toward real-value testing.
Project mBridge, involving the Hong Kong Monetary Authority and other central banks, took another route by developing a shared multi-CBDC infrastructure for direct cross-border payments and settlement. The BIS Innovation Hub now lists that project as concluded after it reached minimum viable product stage in 2024.
The Japanese PoC differs in where it starts.
Rather than beginning with a new settlement network and then looking for use cases, it begins inside an existing digital trade and trade-finance workflow. A bank decision based on trade information becomes the point from which settlement can proceed.
That makes the experiment particularly relevant to the question facing digital trade platforms worldwide: can trusted commercial information become usable by regulated financial systems quickly enough to remove friction between the trade process and the movement of money?
The real test is end-to-end
TradeWaltz has identified links to electronic bills of lading and smart-contract-based escrow as possible later developments. Those remain future directions rather than part of the core experiment.
The immediate PoC is more limited — and arguably more useful for that reason.
It provides a controlled test of one interface that has historically been difficult to automate: the transition from a completed or accepted step in a trade-finance workflow to an executable financial settlement instruction.
If the experiment only demonstrates that stablecoins settle quickly, it would add little to what is already known about digital payment technology.
If, however, it shows that trade information, bank verification, compliance controls and settlement can operate as a reliable end-to-end chain, the implications would extend beyond stablecoins. The same principle could ultimately apply to tokenised deposits, conventional instant-payment infrastructure or other regulated settlement assets.
For international trade, that is the more consequential question: not how fast the payment rail is, but how quickly and reliably a real trade event can become financially actionable.
Sources: Japan Financial Services Agency, 29 September 2026; TradeWaltz, 29 September 2026.