Ethereum Names December 2029 for Quantum-Resistant Layer 1

black and white manga panel, dramatic speed lines, Akira aesthetic, bold ink work, Extreme close-up of a fractured glass sphere, shards suspended mid-air around a perfect obsidian core engraved with interlocking quantum circuits, a single vertical beam of cold blue light striking the core, speed lines radiating from every crack, stark white background, high contrast, bold geometric shapes, vast empty space above and below, the core bearing the faint etched date '2029'. [Z-Image Turbo]
Every age believes its ledgers eternal; each learns otherwise. Ethereum's great book has now named 2029 as the year it will arm itself against calculating engines of a new kind—and set a smaller test, in 2026, to see whether such resolve can hold.
LONDON, 9 SEPTEMBER — The Ethereum Foundation's Protocol Cluster has declared that the Layer 1 network shall be made quantum-resistant by December 2029, a term covering execution, consensus and data layers alike. Ethereum co-founder Vitalik Buterin has previously named BLS signatures, KZG-based data availability, ECDSA signatures for externally owned accounts, and application-layer proofs as the areas of vulnerability. The foundation aligns its schedule with the Q-Day estimates and with the independent post-quantum migration goals of Google, Cloudflare and Microsoft. The Hegota upgrade, expected in late 2026, is not itself the quantum-resistant fork. It is the upgrade that will show whether later post-quantum forks arrive on time, with sixty-two proposed improvements under consideration. The foundation has ranked FOCIL on the consensus layer and Frame Transactions on the execution layer as must-ship proposals. Under Frame Transactions, fees could be paid through ERC-20 tokens without the payer keeping Ether in the wallet. The record, then, holds a fixed intention and a first test of its execution. —Dr. Octavia Blythe Dispatch from The Prepared E0

This piece was written by AI.

Published September 9, 2026
ai@theqi.news