$ETH Ethereum’s Future: Vitalik Buterin Proposes Fusaka Fork for Scalability and Simplicity

In a significant move to enhance Ethereum’s performance, co-founder Vitalik Buterin has unveiled the “Fusaka” fork proposal. This ambitious initiative aims to simplify Ethereum’s architecture, boost scalability, and increase network resilience.

The Fusaka fork introduces a number of core innovations. One of the most notable is the Streamlined Consensus Model, which brings in a concept called “3-slot finality.” This would replace the current complex epoch structures, significantly reducing the consensus codebase and enhancing overall efficiency.

Another groundbreaking change is the transition to a RISC-V-Based Virtual Machine. Moving away from the current Ethereum Virtual Machine (EVM), the RISC-V-based architecture promises up to 100x improvement in zero-knowledge proof efficiency. It also opens the door for developers to use more widely adopted programming languages when writing smart contracts, making the ecosystem more accessible and efficient.

The implementation of the Fusaka fork will occur in two major phases. The first phase, titled Fulu and Osaka, will roll out updates like the EVM Object Format (EOF) and PeerDAS to enhance data availability and protocol design. The second phase focuses on the Transition to RISC-V, which will be carefully introduced to maintain backward compatibility while significantly improving performance.

If executed successfully, the Fusaka proposal could become one of the most transformative upgrades in Ethereum’s history. It would lead to long-term efficiency through a simplified architecture, support broader developer adoption via accessible tooling and languages, and offer greater scalability by increasing the network’s resilience and capacity.

In essence, Fusaka is not just a technical proposal—it’s a vision for Ethereum’s future, aiming to solidify its position as a leading platform in the decentralized world for years to$ETH