Justin Drake, a researcher at the Ethereum Foundation, announced a new consensus layer upgrade proposal called “Beam Chain” during Devcon on Tuesday. The ambitious project aims to overhaul Ethereum’s consensus mechanism by 2030.

What Is The Ethereum Beam Chain?

“The Beam Chain is a complete redesign of Ethereum’s consensus layer,” explained Porter, a prominent figure in the ETH community known for his work with ZK-SNARKs technologies. He added, “Why propose a massive redesign now? The Beacon Chain, Ethereum’s current consensus chain, is now five years old. There has been a lot of new research that we can include in Beam Chain.”

Numerous areas for improvement that have surfaced since the Beacon Chain’s founding are intended to be addressed by the proposed overhaul. These include the reduction of technological debt that has built over time, improvements in succinct non-interactive argument of knowledge (SNARK) technology, and improvements in Maximal Extractable Value (MEV) mitigation.

One of the primary focuses of the Beam Chain is enhancing censorship resistance. Porter highlighted the introduction of “Better censorship resistance with FOCIL (First-Order Consensus In Layer), isolated validators with execution auctions, and faster slots.” These changes aim to decentralize block production further and make it more resilient against potential censorship attempts.

The Beam Chain proposes significant modifications to Ethereum’s staking mechanism. Notably, it plans to reduce the minimum staking requirement from 32 ETH to just 1 ETH. “Better issuance, smaller validators (1 ETH staking), and faster finality,” Porter noted.

Cryptographic enhancements are at the heart of the Beam Chain proposal. The initiative aims to “snarkify the entire beam state transition function,” leveraging the latest developments in zero-kanowledge proofs. Porter mentioned that “RISC-V has become the de facto standard of zkVMs.”

Moreover, the Beam Chain seeks to achieve quantum security through the adoption of “hash-based signatures, hash-based SNARKs, and aggregatable signatures,” ensuring the network remains secure in the face of future quantum computing threats.

By 2025,

Go to Source to See Full Article
Author: Jake Simmons