The commitment emerges as the Protocol Cluster evaluates 62 Ethereum Improvement Proposals (EIPs) for the upcoming Hegotá upgrade. Nine teams comprising roughly 60 researchers and engineers recently submitted 397 individual ratings to gauge the technical viability and priority of these changes. While these ratings offer a roadmap for development, they do not guarantee mainnet inclusion; the process remains subject to rigorous testing across devnets and public testnets before any activation date is finalized.
Transitioning to post-quantum cryptography
Ethereum currently relies on cryptographic methods vulnerable to future quantum machines, though existing hardware remains insufficient for such threats. The transition involves a massive overhaul of validator signatures, data availability, and zero-knowledge proof systems. Current experiments, such as SPHINCS-based signature logic for smart contract accounts, offer interim protection, but the 2029 goal necessitates fundamental changes to the consensus layer and validator deposit contracts to support variable-length public keys.

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