Starknet launches vote on potential Ethereum Layer-2 exit over quantum security concerns
Ethereum layer-2 network Starknet has initiated a non-binding vote among STRK token holders to determine whether to explore transforming Starknet into an independent, post-quantum layer-1 blockchain. The seven-day poll closes on October 22 and offers three choices: support further research, oppose it, or remain neutral pending more information. This vote only signals the intent to research further; subsequent proposals and governance approvals will be needed to proceed with any transition.
Voting process and options
The vote opened on Thursday and will remain active for seven days until October 22. STRK token holders are offered three choices: support further research into exiting Ethereum and becoming an independent layer-1 blockchain, oppose the idea, or stay neutral while awaiting more details. The results will be published soon after the poll closes.
A “Yes” vote indicates support for additional research but does not authorize any transition. Further governance proposals and votes would be required to initiate a shift, and no timeline has been announced.
Reasons behind the potential L2 exit
StarkWare, the development team behind Starknet, highlights a need to enhance quantum-resistant security. Currently, Starknet depends on Ethereum’s infrastructure such as bridges and data availability solutions, which aren’t quantum-secure themselves.
CEO Eli Ben-Sasson emphasized to Cointelegraph that quantum-proofing cryptocurrencies is an urgent issue requiring rapid advancement, and contrasted this urgency with slower progress at Ethereum and Bitcoin.
The initiative aims to establish Starknet as the first fully quantum-resistant blockchain network by 2027, a goal foreshadowed by posts on X (formerly Twitter) on October 8.
Background on quantum-resistance efforts
In June, StarkWare revealed a three-phase roadmap for Starknet’s quantum resistance, including upgrades to cryptographic signatures, migration of smart contracts, and reducing dependency on Ethereum infrastructure.
Meanwhile, Ethereum developers created a dedicated post-quantum team in March, aiming to implement initial protocol-level protections by 2029.
Why it matters
This news is significant for the market and crypto community as it sparks debate on how layer-2 solutions might secure their networks against future quantum threats. Starknet’s potential exit from the Ethereum ecosystem to boost quantum resistance represents a bold move, reflecting developers’ pragmatism and growing concern about the durability of current cryptographic methods in a post-quantum era. If realized, the transition to an independent L1 blockchain could reshape competition dynamics among blockchains and set a new development trajectory for the industry.
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