Starknet L1 Vote: 93.52% Back Independent Chain

Starknet's community overwhelmingly backed a non-binding poll on becoming an independent layer-1 chain, with 93.52% of voting power in favor. A binding vote still looms.

Starknet's governance has just delivered its clearest signal yet that the network's long-term home may not be Ethereum. In a seven-day poll that closed on Thursday, roughly 3,200 votes were cast and 93.52% of voting power came out in favor of researching a move to an independent layer-1 — the Starknet L1 vote that holders had been waiting for.

What happened in the Starknet L1 vote

The ballot itself was non-binding, meaning it authorizes exploration rather than execution. StarkWare said it abstained deliberately, handing the decision to the community rather than steering it. According to the company, turnout was the highest ever recorded in Starknet's governance history.

What the result unlocks is a research mandate. StarkWare and the Starknet Foundation can now form a working group, examine the transition and draft technical proposals. CEO Eli Ben-Sasson said work on a whitepaper was already getting underway before the weekend, with a draft he hopes to put before the public in November.

The path from here is deliberately staged. Nothing changes for now: Starknet keeps running as an Ethereum layer-2. Any real shift would need a second, binding governance vote — a detail worth repeating, because a 93.52% result can read like a done deal when it is not.

Why the quantum question drives this

The proposal traces back to Oct. 8, when StarkWare first floated an independent chain and pointed at Starknet's reliance on Ethereum for security. That dependency shows up in concrete places: the bridge and data availability infrastructure both move at the pace of Ethereum's own upgrade schedule.

Quantum resistance is the sharpest edge of the argument. Starknet already uses hash-based STARK proofs and supports programmable accounts that can adopt post-quantum signatures. In June, StarkWare laid out a three-phase roadmap covering cryptographic upgrades, smart-contract migration and the Ethereum-dependent infrastructure.

Its Quantum Hub has also processed a transaction on the live network using technology built to withstand future quantum attacks. That work is experimental and has not been security audited — a caveat that should temper any enthusiasm about how close this is to production.

The timing gap is the political core of the debate. Ben-Sasson has set a 2027 target for making Starknet quantum-resistant and has argued that Ethereum's cited 2029 target comes too late, adding that deadlines have a habit of slipping. Holders can weigh that against the counterargument: leaving Ethereum means taking on security and bridge work that Ethereum currently absorbs.

What the proposal says about tokens and bridges

Two commitments in the proposal are likely to matter most to holders and to anyone using Starknet today:

STRK stays native. The proposal states STRK remains the network's native token, with no new token planned.
Bridges stay open. Existing bridges between Starknet and Ethereum would remain open.

Those lines address the two fears that usually accompany a chain migration: dilution through a token swap and liquidity getting stranded. They are statements of intent inside a non-binding process, not guarantees, but they narrow the scope of what a transition would mean in practice.

Market reaction

There is no clean read-through in the price data we have. STRK is not covered in the live snapshot, so the vote cannot be measured against immediate token performance here. Ether, the asset most directly tied to Starknet's current setup, is trading at $2,408.00, down 1.60% over 24 hours on $13,634,779,068 in volume and a $294,149,026,530 market cap. That is ordinary background noise rather than a verdict on the poll.

What to watch next

The November whitepaper draft is the first real checkpoint. Until it lands, the working group's output is unknown, and the technical proposals it produces will determine whether a binding vote is even worth holding. Watch for how the draft handles bridge security, validator design and the migration of existing smart contracts — the areas where an L1 would have to replace what Ethereum provides today.

Two risks deserve attention. First, the governance result is advisory; a binding vote could produce a different outcome, especially if the whitepaper reveals costs or delays. Second, the quantum work is unaudited, and timelines set for 2027 have a way of moving. A third consideration is competitive: if Ethereum accelerates its own quantum planning, the urgency argument weakens.

For now, the practical takeaway is that Starknet has permission to study a future outside Ethereum, not permission to leave. Treat the 93.52% figure as a strong directional signal from the most engaged part of the community, and the November draft as the document that will decide how seriously the rest of the market takes it.

FAQ

What is the Starknet L1 vote?

It was a seven-day, non-binding governance poll asking the community whether StarkWare and the Starknet Foundation should research moving Starknet from an Ethereum layer-2 to an independent layer-1 chain. About 3,200 votes were cast, with 93.52% of voting power in favor.

Why did Starknet hold this vote?

StarkWare first raised the idea on Oct. 8, citing Starknet's dependence on Ethereum for security, including its bridge and data availability infrastructure. Quantum resistance is a central motivation: Starknet targets 2027 for quantum resistance, while Ben-Sasson has called Ethereum's 2029 target too late.

How does the vote affect STRK holders and bridges?

The proposal states STRK remains the native token with no new token planned, and existing bridges between Starknet and Ethereum would stay open. Nothing changes yet, since the poll was non-binding and any actual transition requires a separate binding vote.

Market snapshot

Prices at the time of writing (Oct 22, 2026 10:25 UTC).

Ethereum (ETH): $2,408.00 — 24h -1.60%

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Starknet L1 Vote Backs Quantum-Resistant Chain Research