A non-binding vote is not a decision to transition, and there is currently no execution timeline for STRK’s independent, quantum-resistant L1 narrative. The Starknet community has launched a 7-day non-binding vote asking STRK holders whether they support further research into the possibility of transitioning Starknet from an Ethereum L2 to an independent, quantum-resistant L1. The proposal says that Starknet’s current use of hash-based STARK proofs and native account abstraction gives its core protocol quantum-resistant capabilities. However, Ethereum-dependent components, such as cross-chain bridges and data availability, remain constrained by the progress of Ethereum’s quantum-resistance upgrades. Transitioning to an independent L1 could eliminate this dependency.

For trading and holding decisions, the key distinction is between “authorization to research” and “a change in direction.” This vote is only intended to gauge community sentiment; it is not a formal decision to transition. If the vote passes, the team will begin further research and put forward a detailed proposal. If it does not receive support, work on quantum-resistance upgrades under the existing L2 architecture will continue. The vote’s outcome therefore provides no migration timeline, validator arrangements, or changes to the economic model, and expectations of an independent L1 should not be directly translated into a STRK revaluation.

The structural minimum that can be confirmed is that, regardless of the option ultimately chosen, STRK will remain the network’s native token, no new token will be issued, and the bridge from Ethereum to Starknet will remain open. This reduces tail risks related to token replacement and bridge closure, but does not mean there will be new buying demand or a price catalyst. If further research is the only outcome and no detailed proposal follows, waiting is more reasonable than increasing exposure based on the narrative. If the vote does not pass, the independent L1 path will be dropped and quantum-resistance upgrades under the existing L2 model will continue, invalidating the thesis for positions based on the transition.