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Vitalik Buterin Proposes "Fusaka" Fork: A Bold Move to Simplify and Scale EthereumEthereum may be on the brink of its most transformative upgrade yet, as co-founder Vitalik Buterin outlines a two-stage plan to overhaul the network's architecture. 🔍 Introduction: What is the Fusaka Fork #Ethereum co-founder Vitalik Buterin has unveiled an ambitious new proposal dubbed the Fusaka Fork, aimed at radically simplifying Ethereum's architecture while significantly enhancing scalability and performance. If adopted, this fork could usher in a new era of efficiency, resilience, and broader developer engagement for the world’s leading smart contract platform. ⚙️ Key Highlights of the Fusaka Fork 1. Streamlined Consensus: 3-Slot Finality One of the most groundbreaking changes in the Fusaka proposal is the 3-slot finality mechanism, a streamlined alternative to Ethereum's current epoch-based consensus. This model reduces complexity, shrinks the codebase, and improves overall network responsiveness. 2. Transition to RISC-V Virtual Machine Another pillar of the upgrade is the replacement of the Ethereum's Virtual Machine (EVM) with a RISC-V-based virtual machine. As an open-source instruction set, RISC-V allows developers to use more accessible programming languages and enables up to 100x improvement in zero-knowledge proof efficiency. This shift could dramatically enhance both smart contract performance and developer onboarding. 🔄 Two Phases: Fulu and Osaka The Fusaka upgrade is split into two major phases: Fulu Phase: Will implement the EVM Object Format (EOF), optimizing contract structure and deployment. Osaka Phase: Will introduce PeerDAS, a new data availability sampling system to scale Ethereum's data layer and make it more robust. Together, these stages ensure a careful, phased rollout, minimizing disruptions while gradually unlocking enhanced capabilities. 🌐 What This Means for Ethereum’s Future If implemented, the Fusaka fork could Simplify Ethereum's foundational design.Significantly improve scalability and performance. Lower barriers for smart contract development. Enhance compatibility with zero-knowledge technologies. Reinforce Ethereum’s position as a long-term, developer-friendly blockchain ecosystem. This strategic shift reflects Ethereum’s commitment to continuous innovation and positions it as a highly competitive smart contract platform for the years ahead. 📌 Closing Thoughts Vitalik Buterin’s Fusaka fork proposal reflects a visionary reimagining of Ethereum’s technical framework. As the community awaits further discussion and development, the prospect of a faster, more efficient, and developer-centric Ethereum looks increasingly promising. 🔖 Related Mentions: ✅ CheckDot is SAFU – Research CheckDot $CDT to explore secure Web3 verification services. #VitalikButerin #EVM #CDT #PeerDAS

Vitalik Buterin Proposes "Fusaka" Fork: A Bold Move to Simplify and Scale Ethereum

Ethereum may be on the brink of its most transformative upgrade yet, as co-founder Vitalik Buterin outlines a two-stage plan to overhaul the network's architecture.
🔍 Introduction: What is the Fusaka Fork
#Ethereum co-founder Vitalik Buterin has unveiled an ambitious new proposal dubbed the Fusaka Fork, aimed at radically simplifying Ethereum's architecture while significantly enhancing scalability and performance. If adopted, this fork could usher in a new era of efficiency, resilience, and broader developer engagement for the world’s leading smart contract platform.
⚙️ Key Highlights of the Fusaka Fork
1. Streamlined Consensus: 3-Slot Finality
One of the most groundbreaking changes in the Fusaka proposal is the 3-slot finality mechanism, a streamlined alternative to Ethereum's current epoch-based consensus. This model reduces complexity, shrinks the codebase, and improves overall network responsiveness.
2. Transition to RISC-V Virtual Machine
Another pillar of the upgrade is the replacement of the Ethereum's Virtual Machine (EVM) with a RISC-V-based virtual machine. As an open-source instruction set, RISC-V allows developers to use more accessible programming languages and enables up to 100x improvement in zero-knowledge proof efficiency. This shift could dramatically enhance both smart contract performance and developer onboarding.
🔄 Two Phases: Fulu and Osaka

The Fusaka upgrade is split into two major phases:
Fulu Phase: Will implement the EVM Object Format (EOF), optimizing contract structure and deployment.
Osaka Phase: Will introduce PeerDAS, a new data availability sampling system to scale Ethereum's data layer and make it more robust.
Together, these stages ensure a careful, phased rollout, minimizing disruptions while gradually unlocking enhanced capabilities.
🌐 What This Means for Ethereum’s Future
If implemented, the Fusaka fork could
Simplify Ethereum's foundational design.Significantly improve scalability and performance.
Lower barriers for smart contract development.
Enhance compatibility with zero-knowledge technologies.
Reinforce Ethereum’s position as a long-term, developer-friendly blockchain ecosystem.
This strategic shift reflects Ethereum’s commitment to continuous innovation and positions it as a highly competitive smart contract platform for the years ahead.
📌 Closing Thoughts
Vitalik Buterin’s Fusaka fork proposal reflects a visionary reimagining of Ethereum’s technical framework. As the community awaits further discussion and development, the prospect of a faster, more efficient, and developer-centric Ethereum looks increasingly promising.
🔖 Related Mentions:
✅ CheckDot is SAFU – Research CheckDot $CDT to explore secure Web3 verification services.
#VitalikButerin #EVM #CDT #PeerDAS
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