Starknet Weighs Becoming a Layer 1 to Chase Quantum Resistance by 2027
By Unchained
AI summary of the source article
Starknet announced it is actively considering transitioning from an Ethereum layer-2 network to a layer-1 blockchain to become the first fully quantum-resistant network by 2027. StarkWare co-founder and CEO Eli Ben-Sasson proposed the concept, citing accelerating threats from quantum computing and artificial intelligence that necessitate a future-proofed, agile architecture. StarkWare had previously published a three-phase post-quantum roadmap addressing cryptographic upgrades like BLAKE2 and Falcon-512, but it did not include transitioning to an L1. Any protocol modifications will require approval via Starknet's governance process, and no formal decision timeline has been established.
Why it matters
A transition to a layer-1 network would alter Starknet's dependency on Ethereum's data availability and bridge infrastructure, reshaping its security model against emerging quantum computing and AI threats.
Key facts
- Starknet is considering becoming a layer 1 to target becoming the first fully quantum-resistant network by 2027.
- StarkWare CEO Eli Ben-Sasson identified quantum threats and AI expansion as primary drivers requiring 'bunker mode' and an L1 structure.
- All protocol-level changes to Starknet must be approved through its governance process, and no timeline has been set for an L1 decision.