Chainlink and Apex Group have completed a pilot for institutional-grade stablecoin infrastructure in Bermuda. The initiative was carried out in partnership with the Bermuda Monetary Authority (BMA) as part of its Innovation Hub. This is a step towards modernizing supervisory oversight within the digital asset space. The collaboration aims to create a unified, fully compliant, and institutional-ready stablecoin framework, supporting the BMA’s Embedded Supervision Initiative.
The BMA governs Bermuda’s financial sector and oversees significant institutions like the island’s 1,200+ registered insurers. It has been pursuing “embedded supervision,” a model that places compliance and reporting logic directly inside protocols to reduce manual oversight and enable continuous monitoring, particularly of stablecoin collateral and circulation.
The authority lists a joint Embedded Supervision Pilot with Chainlink Labs, Hacken, Bluprynt, and Apex on its website, framing the goal as real-time, regulator-grade monitoring across legal, operational, and technical layers. The new infrastructure, currently operational on a test network, utilizes Chainlink’s oracle platform. Additionally, it integrates multiple Chainlink standards and services, including the Cross-Chain Interoperability Protocol (CCIP), the Automated Compliance Engine (ACE), and Proof of Reserve (PoR). Bluprynt and Hacken, which are Chainlink ecosystem participants, have also worked on the framework.
The solution allows regulated asset issuers to leverage Chainlink’s network for collateral transparency—continuous, real-time visibility into a stablecoin’s backing assets is provided on-chain via Chainlink Proof of Reserve. It also uses the issuance control feature, which prevents unauthorized token creation by helping ensure the circulating supply never exceeds the actual reserves.
Further, Bermuda-specific operational and regulatory requirements are enforced automatically on-chain using the Automated Compliance Engine (ACE). The Cross-Chain Token (CCT) standard facilitates frictionless, zero-slippage movement of the stablecoin across different blockchains. The system relies on Apex Group to relay on-chain data for asset servicing functions like custody of the underlying collateral, reserve management, and tokenization via Token.
Security is enhanced by Hacken Extractor, which provides immediate alerts for stablecoin risks, sanctioned wallet activity, and suspicious anomalies. Additionally, transparency is secured by Bluprynt’s Know Your Issuer (KYI) solution, which cryptographically links verified entities to their minting wallets. “I’m very excited about our embedded supervision solution with the
Bermuda Monetary Authority to advance institutional-grade, regulatory-friendly stablecoins in Bermuda…It’s exciting to see Apex Group at the forefront of the future of finance, their commitment to advancing secure and trusted onchain financial systems aligns with the direction global finance is rapidly moving toward,” said Sergey Nazarov, Co-Founder of Chainlink.
Peter Hughes, CEO at Apex Group, added, “Partnering with the Bermuda Monetary Authority and Chainlink on this solution has been a significant step forward. Apex Group’s asset servicing capabilities were seamlessly integrated with Hacken’s data integrity solutions and Blueprynt’s identity transparency layer, all brought together through Chainlink’s industry-standard oracle platform.
The BMA’s forward-looking approach made it possible to deliver a production-ready, regulator-aligned stablecoin framework that operates with real-time compliance and collateral assurance.” However, Chainlink and Apex emphasized that it is not a consumer launch and does not imply regulatory authorization for a live stablecoin in Bermuda. The BMA’s program remains a testing ground for supervisory innovation rather than a commercial deployment path.
If taken beyond testnet, the model would test governance questions around oracle dependencies, policy-change management, and cross-chain incident response issues that the BMA’s embedded supervision agenda is explicitly designed to probe before production.
