Project Eleven Pilots Post-Quantum Security for Solana in Strategic Ecosystem Collaboration

New updates have been reported about Project Eleven.

Project Eleven has deepened its position in post-quantum blockchain security through a new collaboration with the Solana Foundation to harden the Solana ecosystem against future quantum-computing threats. Under this engagement, Project Eleven conducted a comprehensive risk assessment of Solana’s core infrastructure, including validator operations, user wallets, and foundational cryptographic assumptions, and then built and demonstrated a working Solana testnet using post-quantum digital signatures. The successful prototype shows that quantum-resistant, end-to-end transactions can be executed at scale on a high-throughput chain, positioning Project Eleven as a key technical partner for protocols seeking to future-proof their networks and digital asset ecosystems. Executives should view this as validation of both Project Eleven’s engineering capabilities and its commercial relevance to major layer-1 ecosystems that are beginning to budget for quantum risk mitigation.

Project Eleven’s work with Solana underscores rising industry concern that classical cryptography may be vulnerable to future quantum attacks, with potential outcomes including theft of funds, validator impersonation, and compromise of system-level security. Solana leadership publicly framed the initiative as part of a long-term security strategy, signaling that major blockchain operators are ready to invest early in quantum-safe infrastructure and migration planning. For Project Eleven, the engagement strengthens its credentials at the intersection of advanced cryptography and production blockchain systems, supports the company’s positioning as an enabler of post-quantum tooling, monitoring, and migration strategies, and may open additional commercial opportunities with other protocols and institutional stakeholders seeking quantum-resilient solutions. The company plans to continue working with the Solana ecosystem on migration paths, standards, and broader adoption of post-quantum primitives, indicating a multi-phase roadmap that could translate into recurring work, deeper ecosystem integration, and a stronger role in setting de facto security standards for digital assets in a post-quantum environment.