Silence Laboratories has officially launched 'Quantum-Safe Vault,' a quantum-secure digital asset custody solution designed to protect cryptocurrencies against future quantum computing threats. The system integrates the NIST-standardized post-quantum signature algorithm ML-DSA (standardized in 2024) with multi-party computation (MPC), allowing financial institutions to transition without overhauling existing infrastructure.
How It Works: MPC Meets Post-Quantum Cryptography
The vault replaces traditional elliptic curve signatures (e.g., ECDSA) with ML-DSA, a lattice-based cryptographic algorithm resistant to Shor's algorithm and other quantum attacks. MPC remains at the core, distributing private key control among multiple parties to eliminate single points of failure. Additionally, the vault leverages trusted execution environments (TEEs), such as Google Cloud Confidential Computing, to isolate sensitive signing operations within hardware-backed secure enclaves. According to the company, this reduces exposure risks from cloud providers, system operators, or external attackers.
Andrei Bytes, co-founder and CTO of Silence Laboratories, stated: 'Most existing systems still rely on signature schemes not designed to withstand quantum threats. With our quantum-proof MPC infrastructure, institutions can begin upgrading now, at their own pace, rather than being forced into a rushed migration later.'
Early Adopters: Bitgo, Infosys, Zengo, Eigenlayer
As exclusively reported by Bitcoin.com News, the product is initially being rolled out to a group of design partners including Bitgo, Zengo, Eigenlayer, and Infosys. These early users will test the system in real-world custody workflows, helping refine its implementation. While large-scale quantum computers remain hypothetical, the cost of waiting could be substantial for institutions managing large digital asset portfolios. Silence Laboratories bets that early preparation will be less disruptive than a hasty transition later. 'Quantum security is not science fiction—it is the next security benchmark for asset custody,' commented an unnamed Bitgo security lead.
Broader Industry Context: Solana and the Race to Quantum-Resilience
In parallel, Solana's development teams Anza and Firedancer have chosen the Falcon algorithm (another NIST-standardized post-quantum signature) for their consensus layer, releasing a three-step migration roadmap. Silence Labs' vault solution complements these blockchain-level defenses, covering both transaction signing and custody. The company expects to expand testing to more institutions in H2 2026 and launch a SaaS version for mid-size firms.
Looking Ahead: As hardware acceleration for Falcon, ML-DSA, and other post-quantum algorithms matures, quantum-safe custody is expected to become a standard requirement for major custodians within 2-3 years. Silence Laboratories' modular approach allows institutions to adopt the technology gradually, mitigating both quantum risk and operational disruption.