Banks and Regulators Launch Quantum-Safe Crypto Pilot on NEAR Testnet
The Responsible Fintech Institute (RFI), together with technology partner Safeheron, has launched a cross-regional pilot testing quantum-safe infrastructure for digital asset wallets and transfers on the NEAR testnet. Bison Bank and DK Bank will participate, with regulators from Abu Dhabi, Bhutan, and Malta observing the initial technical phase. The initiative, announced August 26, 2026, aims to assess post-quantum cryptography, operational resilience, governance, and cross-border interoperability before quantum computing becomes a practical threat to existing financial systems.
Testing Post-Quantum Signatures Without Reconstructing Private Keys
The pilot uses a multi-party computation (MPC) protocol supporting ML-DSA-65, a signature standard established under NIST’s FIPS 204 framework. MPC allows multiple parties to sign transactions without reconstructing a complete private key in a single location, a critical feature for securing digital assets in a post-quantum world.
Also read: Ripple's RLUSD Stablecoin Surpasses $2 Billion Market Cap as XRP Climbs 25%
Testing will take place on the quantum-resistant NEAR testnet rather than the public network. This distinction matters: the exercise does not indicate that current quantum computers can compromise NEAR, participating banks, or customer assets. Instead, it provides a controlled environment for testing future security standards without exposing real funds.
Chia Hock Lai, chairman of RFI, said, “No single bank, vendor, or regulator solves this alone.” He added that the project could create a shared compliance and security reference through transparent cross-border testing. Safeheron Chief Security and Policy Officer Jag Foo said quantum-ready infrastructure has become increasingly important as artificial intelligence accelerates technological change. He also confirmed that Safeheron intends to open-source its post-quantum cryptography code, enabling independent security reviews and broader industry testing.
Also read: Zcash (ZEC) Price Analysis: Can It Break the $500 Barrier?
Governance and Cross-Border Interoperability Under Scrutiny
The pilot will examine more than cryptographic performance. Participants will assess cross-border interoperability, operational resilience, and how quantum-safe infrastructure could operate within regulated financial environments. Regulators will later contribute to a dedicated governance workstream, according to the announcement.
Alan Decelis of the Malta Financial Services Authority said early engagement is necessary to understand how post-quantum technologies could operate across financial systems. He said the initiative offers regulators an opportunity to examine operational and governance considerations in a controlled setting.
The project reflects broader financial-sector preparation for quantum risks. A 2025 Bank for International Settlements paper emphasized coordinated planning, cryptographic agility, and phased migration instead of treating quantum readiness as a simple algorithm replacement. The BIS has urged central banks and financial institutions to begin transitioning to post-quantum cryptography well before large-scale quantum computers become available.
Meanwhile, the Hong Kong Monetary Authority has incorporated quantum readiness into its Fintech 2030 strategy. The authority has introduced a Quantum Preparedness Index and targets full sectoral quantum readiness by 2030, signaling that regulators in major financial hubs are taking the threat seriously.
What the Pilot Means for the Crypto Industry
For the broader cryptocurrency and banking sectors, this pilot represents a proactive step toward addressing one of the most significant long-term risks to digital asset security. If quantum computers become powerful enough to break elliptic curve cryptography, which underpins most current blockchain wallets, funds could be at risk. By testing post-quantum solutions now, banks and regulators aim to avoid a scramble later.
The choice of NEAR as the testbed is notable. NEAR has positioned itself as a blockchain focused on usability and scalability, and its testnet now serves as a proving ground for quantum-resistant standards. The open-source release of Safeheron’s post-quantum code could accelerate adoption across the industry, allowing other projects to integrate similar protections.
The pilot is expected to produce a whitepaper covering its research, protocol design, and testing results. Safeheron also plans to release the underlying technology publicly, enabling independent security reviews and broader industry testing.
For now, the initiative is a controlled experiment. But it signals that the financial industry is no longer treating quantum computing as a distant hypothetical. With regulators from multiple jurisdictions involved, the results could shape future standards for quantum-safe digital asset infrastructure worldwide.
