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Rollups on the Ethereum network are experiencing significant user adoption, marking a new phase in the evolution of decentralised applications (dApps) and smart contracts. Yet, as the ecosystem steadily progresses with its rollup-centric roadmap, it faces new challenges — fragmentation of liquidity and state and high finality time. These hurdles impede user experience and innovation. Enter NEAR Fast Finality Layer (NFFL), an initiative led by NEAR in collaboration with Nethermind and EigenLabs. NFFL is designed to address the issues of fragmentation and finality, laying the groundwork for enhanced growth and accessibility in the Ethereum ecosystem.
NFFL is a cutting-edge infrastructure layer designed to bring about fast transaction finality across Ethereum’s Layer 2 rollups and beyond. It accomplishes this by leveraging the security mechanisms of both the Ethereum network, through EigenLayer’s restaking features, and NEAR’s validator guarantees. This unique combination enables transactions to achieve finality in just a few seconds — a stark contrast to the hours or days required by current optimistic and ZK rollups. NFFL aims to tackle ongoing problems with speed, cost, and cross-chain communication.
The operational framework of NFFL is designed to ensure both speed and security.
This process speeds up transaction times and establishes the necessary level of security and trust minimization required for seamless cross-rollup interactions.
One of NFFL’s most significant implications is its contribution to the broader vision of chain abstraction. This concept aims to simplify user and developer interactions with blockchain networks, making the underlying technologies virtually invisible to end-users. By providing a layer that offers fast, secure, and interoperable transactions, NFFL is a critical step toward realizing a world where applications and assets can move freely across the blockchain ecosystem, unencumbered by the current technical barriers.
The implications of NFFL extend far beyond just improved transaction times and reduced costs. It enables a future where:
We’re proud to incubate the Fast Finality project alongside the expert teams at EigenLabs and Nethermind to deliver fast cross-rollup communication for app developers and defragment liquidity. This initiative will advance NEAR’s longtime vision of chain abstraction for all of Web3 while also further scaling the Ethereum ecosystem.
Illia Polosukhin, Co-Founder of NEAR Protocol & CEO of NEAR Foundation
At the heart of the NEAR Fast Finality initiative is a powerful collaboration between NEAR, Nethermind, and EigenLabs. This partnership combines diverse expertise and shared visions to achieve a common goal: the realization of a more scalable, efficient, and user-centric Ethereum network. NEAR’s innovative approach to blockchain technology, Nethermind’s proficiency in Ethereum infrastructure and security, and EigenLabs’ ground-breaking work on the EigenLayer protocol collectively contribute to the NFFL project. This embodies a mutual dedication to expanding the limits of blockchain technology.
As a key contributor in Ethereum’s Layer 2 development, our work with NEAR and EigenLayer on the NFFL fits right into our goals. This collaboration is a big step towards making blockchain networks work better together, showing our dedication to bringing new ideas to life and connecting different parts of the blockchain world.
Swapnil Raj, Head of Innovation, Nethermind
We’re excited to announce that the NEAR Fast Finality Layer (NFFL) is now live for testing on the Holesky testnet. This deployment allows developers to explore the NFFL’s capabilities and provide valuable feedback to enhance its functionality.
NEAR Fast Finality Layer (NFFL) network represents a step forward in our mission to enhance the Ethereum ecosystem’s scalability and interoperability. Facilitating faster, more secure transactions sets the stage for a new wave of blockchain innovation. In future releases, we will add the ability for rollups to use the DA layer of their choice, like EigenDA.
To dive deeper into NFFL’s workings, explore the technical specifications and access the codebase.