Ethlabs is urging Ethereum developers to prioritize quantum-resistant security for the 2027 Hegotá upgrade by implementing Frame Transactions, potentially delaying other features to address theoretical risks of quantum-based wallet theft.
Ethlabs withdrew its faster-block proposal from the 2027 Hegotá upgrade to prioritize quantum-resistant signatures via Frame Transactions, targeting 2027 instead of 2028. Faster quantum defense could reduce a long-term theoretical risk of wallet theft, but the schedule overhaul is only a proposal, has not been adopted into Ethereum's roadmap, and wallet holders would still need to switch signing methods. No near-term economic or supply change is involved.
The article notes Bitcoin developers face a similar quantum migration problem and that a draft proposal would eventually restrict older signing methods. This is a passing mention with no adopted change, so the price effect is negligible.
Research group Ethlabs has proposed prioritizing quantum-resistant security in the 2027 Hegotá upgrade, shifting focus away from faster block times. The proposal aims to implement Frame Transactions to support quantum-resistant signatures, though the plan remains unadopted and would require users to manually switch signing methods.
The Ethereum Foundation's quantum research team says such a machine is not imminent, but a sufficiently powerful quantum computer could theoretically derive secret keys from public keys and drain accounts.
Ethlabs is pushing developers to target 2027 instead of the current 2028 target, but the proposal has not been adopted into Ethereum's roadmap.