Starknet community overwhelmingly backs research into becoming an independent post-quantum Layer 1

Starknet would transition from Ethereum scaling to independent chain status while maintaining bridge interoperability. Similar to Arbitrum Orbit, this creates parallel ecosystem rather than replacing Ethereum Layer 2 functions. Post-quantum cryptography upgrade addresses 10-15 year quantum computing threat timeline identified by cryptographic research.

Current ECDSA cryptography faces theoretical threats from future quantum computers. NIST standardized post-quantum algorithms in 2024. Blockchain transition requires validator coordination, consensus updates, and bridge security protocols. Starknet's research phase assesses implementation complexity and timeline feasibility.

Governance vote shows 78% approval among token holders. Potential impacts include validator lockup requirements, fee structure changes, and staking economics redesign. Historical precedent (Cosmos SDK launches, Arbitrum Orbit) showed mixed effects on token liquidity and validator APY during transitions.

November whitepaper will detail bridge protocols enabling Layer 1↔Ethereum asset transfers. Developers maintain Cairo VM compatibility. Current 50-80K daily transactions and 0.01-0.05 ETH fee structure may change depending on independent chain's consensus model and validator economics.

Technical risks include consensus model security, validator decentralization, and bridge exploit vulnerability. Economic risks involve token dilution through validator incentives and developer ecosystem fragmentation. Governance risks center on community coordination during multi-year transition. November whitepaper will outline mitigation strategies.