Starknet, the ZK-rollup network built on Ethereum, opened a seven-day non-binding governance vote on October 15 asking STRK holders whether the project should research becoming an independent post-quantum Layer 1 blockchain. As of October 19, 177.6 million STRK have been cast, with 99.91% voting ...
"Becoming an L1 is a big deal. So is post-quantum security. We want to hear what the community thinks." — Eli Ben-Sasson, CEO & Co-Founder, StarkWare
Starknet, the ZK-rollup network built on Ethereum, opened a seven-day non-binding governance vote on October 15 asking STRK holders whether the project should research becoming an independent post-quantum Layer 1 blockchain. As of October 19, 177.6 million STRK have been cast, with 99.91% voting "Yes." The poll closes October 22.
The vote does not authorize a migration. A "Yes" outcome triggers a research phase and further governance proposals. The core argument from StarkWare: Starknet's STARK-based proof system is already quantum-resistant, but its bridge to Ethereum and its data availability layer remain dependent on Ethereum's own post-quantum upgrade timeline — which the Ethereum Foundation estimates will not be complete until approximately 2029. StarkWare contends that decoupling from Ethereum on security would let Starknet move faster.
STRK surged 25% on the day the poll opened. The token trades at approximately $0.06, with a market capitalization of roughly $460 million. Total value locked on Starknet sits at approximately $161 million, per DefiLlama.
The Snapshot poll opened at 09:32 UTC on October 15, 2026, and closes at the same time on October 22. It is Starknet's first governance vote on its architectural relationship with Ethereum. Only STRK stakers and delegators may participate; voting power combines STRK held on Ethereum mainnet with vSTRK held natively on Starknet.
As of October 19, 177.6 million STRK have been cast. Total STRK supply is 10 billion tokens, minted in November 2022. The 177.6 million votes cast represent a narrow slice of total supply, a pattern common in on-chain governance. Of the votes cast, 99.91% favor "Yes."
The vote is explicitly non-binding. According to the Starknet Foundation, a "Yes" outcome "does not constitute approval of a transition to an L1." It authorizes research, after which the Foundation would publish detailed proposals and hold additional governance rounds.
StarkWare first floated the L1 concept publicly on October 8, 2026, one week before the poll opened.
StarkWare's position rests on a technical asymmetry. Starknet's proof system uses STARKs (Scalable Transparent Arguments of Knowledge), which rely on hash functions — not elliptic-curve cryptography — for their security guarantees. Hash-based cryptographic primitives are considered resistant to attack by quantum computers running Shor's algorithm, which targets the mathematical structures underlying ECDSA and similar elliptic-curve schemes.
Competing ZK-rollups that use SNARKs (such as zkSync and Scroll) rely on elliptic-curve cryptography, which would need to be fundamentally restructured when cryptographically relevant quantum computers arrive.
Starknet's own accounts can already adopt post-quantum signatures without a protocol upgrade, thanks to native account abstraction. A working post-quantum account using Falcon-512 signatures has been demonstrated by S2morrow on Starknet using Cairo.
However, two critical components of Starknet's security remain Ethereum-dependent:
StarkWare's three-phase post-quantum roadmap, released in June 2026, addresses internal components first — replacing Pedersen hashing with BLAKE2, introducing Falcon-512 consensus signatures — but acknowledges that it cannot upgrade the Ethereum-facing dependencies unilaterally. That gap is the stated rationale for exploring L1 independence.
Ethereum's own post-quantum roadmap, outlined by Vitalik Buterin in his February 2026 "Lean Ethereum" proposal, identifies four areas requiring quantum-safe upgrades: consensus signatures, data availability commitments, account signatures, and application-layer zero-knowledge proofs. The Ethereum Foundation targets full post-quantum protection by approximately 2029.
For context on broader industry timelines:
The gap StarkWare identifies is approximately three years: Starknet claims it can be fully quantum-safe on its own timeline, while Ethereum's target is 2029. Whether a three-year window constitutes an urgent security risk or an acceptable planning horizon is the central technical dispute.
Coinbase's chief cryptographer disagrees. Yehuda Lindell, head of cryptography at Coinbase, called quantum urgency claims "the very definition of FUD." Lindell's position: there is no evidence that elliptic-curve hardness assumptions are more vulnerable than hash-function hardness. He notes that historically, hash functions have been broken more frequently than elliptic curves. Lindell argues that claims about AI accelerating quantum threats are "based on conjecture rather than evidence."
Security budget questions. A commenter on Starknet's governance forum raised a structural concern: "Becoming an L1 does not decentralize Starknet. It drops Ethereum's security budget and asks the current STRK set to replace it." Ethereum secures approximately $118 billion in staked ETH through its validator network. Starknet's market capitalization is approximately $460 million. The gap in economic security is roughly 250x.
Unanswered infrastructure questions. The governance forum discussion identified several unresolved design decisions for any L1 transition:
Dependency transfer, not elimination. Critics note that even as an independent L1, Starknet would likely maintain Ethereum bridges for interoperability. The proposal may shift dependencies rather than eliminate them.
The L1 vote arrives during a period of severe financial stress for StarkWare. In April 2026, the company cut dozens of employees and reorganized into two divisions after Starknet's monthly network revenue fell from approximately $6 million at its late-2023 peak to approximately $48,000 in the first half of 2026 — a decline exceeding 99%.
The revenue collapse was not unique to Starknet. Ethereum's Dencun upgrade, which introduced blob transactions in March 2024, reduced data posting costs for all Layer 2 networks. But Starknet's decline was among the steepest. The network's total value locked sits at approximately $161 million, compared to Arbitrum's $1.4 billion. Daily active users hover around 3,000.
CEO Ben-Sasson indicated the company would pivot from pure Ethereum-scaling infrastructure to building in-house, revenue-generating products. The L1 proposal could be viewed through multiple lenses: as a genuine security precaution, as a strategic repositioning to differentiate from a crowded L2 market, or as both. The market's immediate reaction — a 25% STRK price surge — suggests traders interpreted the announcement primarily as a narrative catalyst.
After the initial surge, STRK has since fallen 9.48%, according to TokenPost, as holders weigh the research implications.
If the governance process ultimately leads to an L1 migration, the technical scope would be substantial:
Consensus mechanism. Starknet would need its own consensus layer, replacing its current reliance on Ethereum finality. The minimum staking threshold is currently 20,000 STRK for validators. The network would need to determine whether its existing staking set provides sufficient economic security.
Data availability. As an L2, Starknet posts data to Ethereum. As an L1, it would need its own DA solution — either a dedicated DA layer or integration with a third-party provider.
Bridge architecture. The existing Ethereum bridge would need to transition from a native settlement mechanism to a cross-chain bridge, which carries different trust assumptions and risk profiles.
Proving infrastructure. StarkWare's Stwo prover, deployed in 2025, delivered approximately 100x improvement in proving throughput and reduced peak RAM from over 16 GiB to 2.1 GiB. This infrastructure would need to be adapted for L1 operations.
Token economics. STRK would shift from a governance and fee token on an L2 to the native security asset of a standalone blockchain. The token's $460 million market cap would need to support the network's economic security guarantees — a role currently filled by Ethereum's $260 billion-plus validator set.
StarkWare has not published a timeline for any potential transition. The current vote covers only whether to begin research.
The Starknet L1 vote is a governance signal, not a technical decision. The 99.91% approval rate, drawn from a small fraction of total supply, tells the Foundation that active participants want the research to proceed. What it does not tell anyone is whether the eventual economics, security model, or timeline of an L1 migration would make sense.
The quantum argument has technical merit on the proof-system level: STARKs are hash-based, and hash-based cryptography is considered quantum-resistant under current understanding. But the leap from "our proofs are quantum-safe" to "we should leave Ethereum" involves a chain of assumptions about threat timelines, economic security substitutability, and market willingness to value STRK as a standalone security asset — each of which remains unresolved.
The more immediate question may be economic rather than cryptographic. StarkWare's revenue has collapsed, its TVL lags competitors, and the L2 market is increasingly commoditized. An L1 pivot offers narrative differentiation. Whether it offers a viable long-term business model depends on details that do not yet exist — and that this vote was not designed to answer.