Starknet considers transition to L1 for quantum resistance by 2027
Summary
Starknet is actively considering transitioning to a Layer 1 (L1) blockchain, aiming to become the first fully quantum-resistant network by 2027. This strategic move is a response to the accelerating quantum threat to existing cryptographic standards, as emphasized at the recent Token2049 event, where industry leaders discussed the urgent need for robust future-proof designs. Starknet has already shown its capabilities by demonstrating quantum-resistant signatures like ML-DSA on its testnet and Falcon-512 on its mainnet, leveraging its architectural advantages to reduce migration friction through the use of STARK proofs and smart-contract accounts.
Analysis
Starknet: Starknet is a zk-STARK based execution layer focused on scaling programmable applications with native account abstraction and privacy features. Its architecture already leverages collision-resistant hash functions in its core proving system, providing a foundation for post-quantum security. The project is actively evaluating a transition to L1 status specifically to accelerate full quantum resistance, with a 2027 target tied to recent discussions at Token2049. Eli Ben Sasson: Eli Ben-Sasson is the co-founder and CEO of StarkWare, the company behind Starknet, and a co-inventor of the STARK proof system as well as Zerocash. He has been actively engaging on the need for crypto networks to adopt quantum-resistant cryptography and crypto agility amid rising AI and quantum threats. In early October 2026, he spoke at Token2049 in Singapore on these topics, including a panel on quantum risks to crypto and a summary thread directly related to Starknet's potential L1 move. Quantum Security: Starknet has recently demonstrated quantum-resistant signatures, including ML-DSA on testnet and Falcon-512 on mainnet, enabled by its account abstraction without requiring protocol forks. Industry Discussions: At the October 2026 Token2049 event, leaders highlighted the accelerating quantum threat to existing cryptographic standards and the urgency for chains to implement future-proof designs. Architectural Advantage: Starknet's use of STARK proofs and smart-contract accounts allows signature schemes to evolve independently at the user level, reducing migration friction compared to many other networks.
Categories
cryptoaitech
Related sources
- https://x.com/EliBenSasson/status/2107760699841695750
- https://phemex.com/academy/eli-ben-sasson-starkware-ceo
- https://crypto-economy.com/starknet-prepares-upgrade-path-toward-full-quantum-resistance/
- https://x.com/i/status/2108113210494644544
- https://x.com/EliBenSasson/status/2107142330193268803
- https://quantumzeitgeist.com/post-quantum-roadmap-starkware-maps-starknets/
- https://thequantuminsider.com/2026/06/30/starkware-releases-roadmap-to-make-starknet-quantum-safe/
- https://x.com/Starknet/status/2085701581459124609
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- https://x.com/Starknet/status/2107152740493484171
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- https://starkware.co/blog/the-architecture-advantage-starknets-quantum-readiness-roadmap/
- https://x.com/i/status/2108114008498647053