Visa and maybank turbocharge stablecoin cross-border payments

Maybank's entry into Singapore's MAS BLOOM initiative underscores its strategic commitment to advancing programmable, tokenised cross-border payments within a growing ecosystem that includes earlier pilots by Khazanah and Yinson. This collaboration reflects a broader industry momentum to enhance interoperability between traditional payment systems and emerging digital asset technologies, positioning Singapore as a pivotal hub for innovation in digital finance.

Visa's partnership with Singapore-founded fintech Nium to pilot stablecoin-based settlements represents a significant leap toward enabling 24/7 cross-border payment capabilities, overcoming the constraints of traditional business-day settlement cycles. By leveraging regulated, major currency-backed stablecoins such as US dollar and euro tokens, this pilot aims to maintain the security, resilience, and compliance standards essential to global commerce, while exploring how stablecoins can complement and integrate with existing payment infrastructure.

The MAS BLOOM initiative, standing for Borderless, Liquid, Open, Online, Multi-currency, serves as a collaborative platform where public and private sector leaders like Maybank and Visa converge to test and scale programmable payment technologies. This initiative not only accelerates the adoption of tokenised payment systems but also reinforces Singapore’s role as a leading global hub for regulated digital finance innovation, fostering interoperability between traditional financial networks and stablecoin-based rails.

Visa’s involvement in MAS BLOOM signals a strategic move by a major incumbent to shape the evolving regulatory and operational frameworks around stablecoin interoperability, ensuring that established payment networks remain central to the future of digital cross-border settlements. By embedding itself within this regulatory sandbox alongside Nium, Visa is positioning to influence how stablecoins can be integrated securely and compliantly into mainstream financial infrastructure, rather than ceding ground to crypto-native firms.

Visa has strategically expanded its stablecoin infrastructure by partnering with regulated on-chain infrastructure providers like Zero Hash, enabling businesses to prefund accounts and execute payouts in stablecoins directly through Visa Direct. This integration reduces friction and costs in cross-border payments by eliminating the need to convert digital assets to fiat, while Zero Hash’s multiple U.S. money transmitter licenses ensure compliance and security critical for institutional adoption.

By embedding stablecoins such as USDC and USDT into its existing card networks, Visa powers over 130 stablecoin-linked crypto card programs across 50+ countries, facilitating seamless spending with monthly transaction volumes reaching $759 million as of July 2026. This approach modernizes payment rails by integrating blockchain technology behind the scenes without disrupting merchant experiences, effectively positioning stablecoins as a back-end infrastructure layer that enhances treasury management and cross-border liquidity.

Visa’s role as a validator on Circle’s Arc blockchain mainnet, alongside major financial institutions like Mastercard and BlackRock, underscores its commitment to modernizing payment rails through blockchain infrastructure. Complementing this, Visa’s partnership with Nium to pilot stablecoin-based settlements enables 24/7 cross-border payment capabilities, reflecting a broader strategic focus on integrating programmable, tokenized payment solutions into its global network.

To deepen its integration into the broader financial ecosystem, Visa is combining cloud-native platforms like Pismo with its DPS issuer-processing solutions to modernize banking infrastructure and support fintechs and smaller banks. This move not only diversifies Visa’s revenue streams but also embeds the company more deeply into clients’ technology stacks, positioning it as a pivotal facilitator of stablecoin adoption across multiple coins and chains while maintaining a pragmatic focus on real-world business payment needs.

Stablecoins are rapidly becoming mainstream in cross-border payments by simplifying value transfer across borders, yet practical use still hinges on robust foreign exchange (FX) infrastructure. Efficient conversion between local-currency stablecoins and global dollar stablecoins requires liquid FX markets with reliable pricing and seamless settlement, as traditional FX processes constrained by banking hours create timing mismatches with 24/7 stablecoin transfers. On-chain FX infrastructure that unifies pricing, liquidity access, and settlement can help payment providers scale across corridors without rebuilding liquidity relationships for each currency pair, ultimately abstracting complexity so businesses focus on sending and receiving currencies reliably and transparently.

While traditional financial institutions like JP Morgan are cautiously experimenting with blockchain and stablecoin technologies primarily for intra-bank settlements, widespread adoption and liquidity provisioning on public networks remain nascent. In contrast, forward-thinking fintech firms such as Robinhood, Stripe, and members of the Open USD consortium are actively integrating stablecoins to tap into on-chain liquidity and innovate financial products, signaling a growing fintech-led momentum that complements the slower-moving traditional banking sector.

Stablecoins have gained significant traction among family offices and cash flow-intensive businesses as an effective treasury solution for managing multi-country vendor payments, granular timing, and settlement needs. By overcoming inefficiencies and high costs inherent in traditional banking cross-border settlements, stablecoins provide a faster, more flexible alternative that supports day-to-day treasury activities, reflecting a broader trend of digital assets addressing operational pain points in global value transfer.

Projects like the Japan-Korea Musubi initiative exemplify industry efforts to overcome longstanding operational challenges in cross-border payments by leveraging programmable, tokenised stablecoin rails with atomic payment-versus-payment (PvP) settlement. Using the Canton Network's privacy-preserving enterprise blockchain and Daml smart contracts coordinated by a Global Synchronizer, Musubi eliminates Herstatt risk by ensuring simultaneous settlement of won and yen payments, while also including mid-tier institutional players excluded from CLS. This cautious, phased approach—starting with test tokens amid unsettled regulatory environments—highlights both the technical innovation and regulatory complexities shaping the scaling of stablecoin cross-border payments.

Regulatory frameworks worldwide are rapidly evolving to govern stablecoin cross-border payments with increasing rigor, mirroring traditional banking controls by enabling authorities to identify, freeze, and redirect transactions. The U.S. Treasury’s GENIUS Act proposals aim to enhance traceability and enforcement against illicit finance, while the UK’s two-tier system distinguishes between general and systemic stablecoin issuers under direct oversight. Similarly, the EU’s MiCA regulation influences market dynamics by restricting certain tokens like USDT and approving others such as USDC, and Asian regulators including Hong Kong and South Korea are crafting rules emphasizing capital flow control and regulatory parity, collectively shaping a global stablecoin firewall that balances innovation with risk management.

Despite growing adoption, operational hurdles remain significant in scaling stablecoin cross-border payments, particularly in managing local banking partnerships, compliance, and liquidity provisioning in diverse markets like India and Southeast Asia. Infrastructure providers such as Sabre are addressing these challenges by offering stablecoin-powered platforms that enable payment companies to efficiently collect and disburse funds across Asia, having already processed over $3 billion in transactions across 40 countries, demonstrating practical real-world adoption beyond pilot phases.