Starknet Prepares to Exit Ethereum as STRK Plunges 41%

Starknet Community Backs Research Into Standalone Post-Quantum Layer-1

The Starknet community has officially passed a governance proposal to evaluate shifting the network from an Ethereum-dependent Layer-2 validity rollup into a sovereign, post-quantum Layer-1 blockchain. As announced by the project, Starknet confirmed: The Starknet community has voted to research whether Starknet should become an independent, post-quantum L1. Starting today, a joint @StarkWareLtd × @StarknetFndn working group will lead the research and publish a paper in the coming months. pic.twitter.com/26jV9IXKLv

Starknet currently operates as a validity rollup that batches and executes transactions off-chain before settling them by posting cryptographic proofs directly to Ethereum. While modern networks typically utilize elliptic-curve signatures that could theoretically be compromised by advanced quantum computing, Starknet relies on STARK proofs built on hash functions, making its execution layer inherently more quantum-resistant. However, because Starknet relies on Ethereum for core settlement, data availability, and bridging, its upgrade pace and overall quantum preparedness remain constrained by Ethereum’s underlying protocol updates.

StarkWare’s 2027 Ambition Versus Ethereum’s 2029 Quantum Horizon

The proposal reflects growing impatience with the broader Ethereum upgrade schedule. StarkWare CEO Eli Ben-Sasson originally introduced the standalone Layer-1 concept on October 8, with StarkWare confirming two days later that independence represented its clearest route forward. Following the governance vote, Ben-Sasson told The Block that Ethereum’s targeted timeline poses systemic risks, arguing that the Ethereum Foundation’s December 2029 deadline across execution, consensus, and data availability comes too late given the historical tendency for major network upgrades—such as the Merge—to encounter delays.

Governance analysts, however, noted notable voting concentration during the initiative’s passage. Analyst Illia Cherviakov evaluated 2,593 votes cast by October 19 and determined that Starknet Foundation-delegated STRK tokens accounted for 94.1% of the 375.7 million voting power, concentrated across 41 addresses. Under Starknet’s governance framework, the Foundation delegates voting rights rather than casting ballots directly. Despite the heavy influence of delegated power, Cherviakov observed that independent holders supported the initiative by roughly 99.3%, indicating broad community alignment, though broader voter turnout remained modest.

Economic Security and Market Dynamics for STRK

A transition to an independent chain would fundamentally alter Starknet’s economic security architecture. Today, Starknet inherits the multi-billion-dollar security of Ethereum’s validator set. While the Starknet Foundation maintains that STRK will remain the ecosystem’s native token and that bridges to Ethereum will stay active, an independent chain requires local validators to defend the network against malicious attacks. Analysis published by ICKWEB3 on October 19 recorded roughly 1.54 billion STRK staked across 137 validators, representing approximately $84 million in economic security at current valuations. Concrete validator reward structures and updated data availability systems have yet to be disclosed.

In spot markets, STRK has experienced significant volatility following the initial announcement. After surging 231% from $0.0382 to an October 11 high of $0.1265 on the heels of Ben-Sasson’s proposal, the token has retraced roughly 57%, trading around $0.0545 inside a descending channel on the 4-hour Binance chart. STRK closed below its 200 exponential moving average (EMA) at $0.0588 and its 0.786 Fibonacci retracement level at $0.0571, establishing that region as overhead resistance. Immediate support remains near $0.0482—matching the October 7 and 8 swing lows and the channel floor—with a secondary floor near $0.044, while the 4-hour Relative Strength Index (RSI) tracks at 38.35.

Why This Matters

Starknet’s potential move signifies an ideological and structural departure within the Ethereum scaling ecosystem. For years, the Layer-2 roadmap has positioned rollups as collaborative extensions that bolster Ethereum’s scalability while relying on its base-layer security. By contemplating a total breakaway, StarkWare challenges the assumption that Layer-2 rollups must remain permanently tied to Ethereum’s consensus layer.

The pivot places renewed scrutiny on Ethereum’s quantum transition roadmap. Achieving full quantum resistance would require the Ethereum Foundation to execute hard forks every 7.2 months on average—a rapid pace compared to past upgrade cycles, with milestones such as the Glamsterdam hard fork still awaiting finalized mainnet schedules. The forthooming joint research paper from StarkWare and the Starknet Foundation will serve as the benchmark for how the network plans to handle validator consensus, bridge security, and data availability as an independent network.

Frequently Asked Questions

Why is Starknet considering becoming an independent Layer-1?

StarkWare leadership, led by CEO Eli Ben-Sasson, believes that Ethereum’s targeted December 2029 quantum-resistance roadmap is too slow and susceptible to scheduling delays. Establishing an independent Layer-1 would allow Starknet to deploy post-quantum cryptographic defenses on its own targeted timeline by 2027 without waiting for base-layer Ethereum upgrades.

What will happen to the STRK token if Starknet becomes a Layer-1?

According to the Starknet Foundation, STRK will remain the native utility and governance token of the network, and existing bridges linking the ecosystem to Ethereum will remain operational. However, staked STRK would assume primary responsibility for securing the blockchain through local validators rather than leaning on Ethereum’s security.

When will the finalized research and roadmap be presented?

A joint working group formed by StarkWare and the Starknet Foundation is actively investigating the consensus, validator, and data availability requirements. The group plans to publish a comprehensive research paper and draft whitepaper outlining technical architectures and governance requirements in the coming months.