Starknet, the Ethereum-based layer-2 solution, has initiated a week-long, non-binding poll to assess community appetite for evolving into a stand-alone, quantum-secure layer-1 network.
Vote Mechanics
The poll, which began on Thursday, offers three response options: endorse further investigation, reject the idea, or stay neutral pending more data. Voting concludes on October 22, after which the results will be disclosed. A affirmative outcome would merely signal interest in deeper research; it does not grant immediate authority to commence a migration. Subsequent proposals and formal governance votes would be necessary before any transition could be implemented, and no schedule for a potential L1 launch has been set.
Why Quantum Security Is Driving the Discussion
StarkWare, the team behind Starknet, argues that moving to its own base layer would enable the network to adopt quantum-resistant safeguards without being tied to Ethereum’s upgrade timeline. Currently, Starknet depends on Ethereum for critical components such as its bridge and data availability, which StarkWare identifies as vulnerable points in a post-quantum landscape. The company’s CEO, Eli Ben-Sasson, emphasized the urgency of “quantum-proofing crypto” and suggested that Starknet could become the first fully quantum-resistant blockchain by 2027.
In June, StarkWare released a three-phase roadmap aimed at achieving quantum resistance. The plan includes upgrading cryptographic signatures, migrating smart contracts, and eventually eliminating Ethereum-dependent infrastructure. Parallel efforts are underway on Ethereum, where a dedicated post-quantum team was formed in March with a target of delivering initial protocol-level protections by 2029.
Possible Scenarios Following the Poll
If the community leans toward further research, StarkWare is likely to continue its phased approach, focusing first on cryptographic upgrades that can be deployed on the existing L2. Should the vote tilt against the proposal, the project may maintain its current reliance on Ethereum while monitoring progress on the broader ecosystem’s quantum-readiness. A neutral majority could prompt additional information gathering before any decisive action.
Why It Matters
Starknet’s exploration of an independent, quantum-resistant architecture underscores growing concerns about the long-term security of blockchain systems in the face of advancing quantum computing. The outcome of the poll will signal the level of community support for radical protocol changes and may influence how other layer-2 solutions approach post-quantum readiness. Moreover, the move could set a precedent for separations from major base chains, reshaping the dynamics of interoperability and security across the ecosystem.
