SWIFT moves to next phase of CBDC testing after positive results

According to a recent survey by the OMFIF Digital Monetary Institute that was cited by SWIFT, 24% of central banks will introduce a CBDC within the next couple of years.

According to a statement on March 9, bank messaging platform Society for Worldwide Interbank Financial Telecommunications, or SWIFT, disclosed that the financial institution witnessed positive results related to its pilot test of linking different central bank digital currencies (CBDCs).

During a 12-week testing period, SWIFT simulated nearly 5,000 transactions between two different blockchain networks and existing fiat payment systems. Over 18 financial institutions worldwide participated in the study, including the Royal Bank of Canada, Banque de France, Société Générale, BNP Paribas, Monetary Authority of Singapore, HSBC, Deutsche Bundesbank, NatWest and more. As told by SWIFT:

“Overall, the results of the sandbox testing found that Swift’s experimental interlinking solution can meet the needs of central and commercial banks for CBDCs interoperability, ensuring CBDCs can be successfully used in cross-border payments.”

Furthermore, SWIFT said there was a “strong degree of alignment” between participants as to how CBDCs are likely to function in the future. For the next steps, SWIFT plans to run a second phase of its CBDC sandbox and develop its “CBDC interlinking solution into a beta version for payments with enhanced atomicity.”

Within the next couple of years, the OMFIF Digital Monetary Institute expects 24% of central banks to develop a CBDC solution. Over 110 central banks around the world are currently investigating the use cases of CBDCs. Lewis Sun, global head of domestic and emerging payments at HSBC, commented:

“Interoperability is key to realising the potential of CBDCs to deliver real-time cross-border payments. While interest in CBDCs is growing, so is the risk of fragmentation as a widening range of technologies and standards is being experimented with.”

Payment flow of the SWIFT CBDC connector. Source: SWIFT

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