Cryptographic preparedness, researcher neutrality, and zkEVM scaling

Justin Drake urges the industry to begin "bunker mode" planning to address risks from AI-driven mathematical advances. These advances could accelerate attacks against ECDSA cryptography before quantum computers arrive. Drake recommends moving assets from addresses with exposed public keys to fresh addresses where the public key remains hidden behind a hash. Large holders, exchanges, and custodians should lead this controlled migration. This precaution does not require new cryptographic infrastructure since the new address can derive from the same seed phrase. The concern regarding public-key exposure exists because ECDSA underpins digital signatures on Ethereum. If an attacker solves the discrete-logarithm problem, they could use an exposed public key to derive the private key. Drake’s warning stems from OpenAI releasing 722 mathematical results around October 6 or 7, which demonstrates how AI contributes to mathematical research and could potentially shorten the timeline for cryptographic breaks to months instead of years. Vitalik Buterin agrees that keeping funds in unused addresses makes sense, but he warns that hurried migrations can cause permanent losses for users. The Ethereum Foundation allocated $2 million toward post-quantum security, including a $1 million Poseidon Prize and a $1 million Proximity Prize. Thomas Coratger leads the Post Quantum team with support from Emile, who works on leanVM. Drake argues that for large holders, the priority is preparation rather than evacuation. A poorly executed migration could create more immediate risks than the cryptographic threat it seeks to mitigate. He notes that while ECDSA has not been broken, the possibility of a classical break occurring sooner than expected is serious enough to warrant planning. The significance of the OpenAI results is that they demonstrate how quickly AI systems contribute to mathematical research. Drake argues that sufficiently advanced AI could discover mathematical techniques capable of attacking cryptographic assumptions using conventional computing hardware.

Researcher neutrality and structural subtraction

The Ethereum Foundation follows a strategy of "purposeful subtraction" to ensure no single actor dominates the network. Aya Miyaguchi leads this effort to support the ecosystem through principles like stewardship of values and reducing centralization. This philosophy guided the decision of researchers Justin Drake and Dankrad Feist to leave their advisory roles at EigenLayer. They stepped down in November to resolve conflicts of interest after receiving EIGEN token allocations. The controversy began in May 2024 when Drake accepted a paid advisory position at EigenFoundation. For this work, he received millions in EIGEN tokens. Drake specifically stated that he relinquished his position before any EIGEN tokens vested to avoid conflict. Drake apologized to the community for the drama and stated he will refuse future advisory or investment roles to maintain neutrality. I find the researchers’ attempt to distance themselves from token-based incentives after such massive allocations to be an insufficient remedy for the perceived conflict. Does the community trust the current management to prevent similar issues in the future?

The zkEVM scaling landscape

The scaling market requires businesses to navigate different zkEVM implementations and sunsetting schedules. Polygon will sunset its zkEVM Mainnet Beta in 2026, and zkSync Lite will also sunset this year.

zkSync Era captures 2.56% of the $9.36B L2 market by using an LLM-based toolchain to compile Solidity and Vyper. Polygon aims for Type 2 compatibility once it supports all pre-compiled contracts. Scroll operates as a Type 2 solution that uses the decentralized Roller Network for proof generation. ConsenSys developed Linea as a Type 2 solution that uses a lattice-based prover for cheap transaction fees. The decision to choose a specific zkEVM determines proof costs, compliance evidence, and incident response plans. zkSync Era transactions cost roughly $0.07 per ETH transfer, while Polygon zkEVM transactions cost about $0.19. The choice between SNARK-based systems and STARK-based systems affects long-term security for all users. Moving from an optimistic rollup to a zkEVM is easier than moving from a custom language like Cairo to a new environment. You should account for different fee structures when planning treasury movements.