Starknet Puts Quantum Independence to Vote as Layer-2 Eyes Self-Sufficiency

The Ethereum layer-2 protocol Starknet has initiated a governance process that could reshape its future. The network is asking STRK token holders to weigh in on a proposal to explore transitioning from a layer-2 into an independent, quantum-resistant layer-1 blockchain. The seven-day voting period, which began on Thursday, presents the community with three options: backing research into the transition, opposing the idea, or taking a neutral stance pending additional information. Results are expected after voting concludes on October 22, 2026.

A Non-Binding Signal on Independence

The current vote is specifically designed as a signal of intent rather than an authorization to proceed. Should the community vote affirmatively, it would merely indicate support for further research and investigation into the technical and operational requirements of becoming an independent chain. Multiple additional governance votes and formal proposals would be required before any actual transition could occur. Critically, no timeline has been announced for when such a shift might happen, if approved at all.

According to StarkWare, the development team behind Starknet, the proposal was framed around Ethereum’s pace of quantum security upgrades. By operating as an independent blockchain, the network would no longer be constrained by Ethereum’s upgrade schedule when implementing quantum-resistant security measures. Currently, Starknet relies on Ethereum for essential infrastructure including its bridge for cross-chain transfers and its data availability layer—dependencies that StarkWare views as quantum-security vulnerabilities that must be addressed independently.

Racing Toward Quantum Resistance

StarkWare’s leadership has emphasized the urgency of quantum-proofing cryptocurrency networks. “Quantum-proofing crypto is urgent, so we must move at lightning speed,” stated Eli Ben-Sasson, CEO of StarkWare, to Cointelegraph. His comments highlighted what he views as comparatively slower progress on quantum security initiatives at both Ethereum and Bitcoin.

The company has already charted a path forward. In June, StarkWare unveiled a three-phase roadmap aimed at making Starknet fully quantum-resistant. The plan encompasses signature upgrades to its cryptographic infrastructure, migration of smart contracts, and addressing the Ethereum-dependent components that currently represent quantum-security risks. The broader goal, hinted at in October announcements, is to establish Starknet as the first completely quantum-resistant network by 2027.

This stands in contrast to Ethereum’s approach. In March, Ethereum developers formed a dedicated post-quantum team, though their initial timeline extends to 2029 for introducing protocol-level protections. The timing differential underscores why Starknet’s leadership sees independence as potentially critical to staying ahead of quantum computing threats.

This vote represents a watershed moment for Starknet: the difference between remaining a dependent layer-2 or charting a path toward sovereign quantum resistance could significantly shift the network’s competitive positioning in crypto’s race to post-quantum security.

Source: StarkWare, via Cointelegraph. Not financial advice.