Leap 6 will introduce the groundbreaking Savanna consensus algorithm, enabling faster finalization and creating irreversible consensus transactions more than 100 times faster than previous versions. This major update is more than just a performance enhancement; it represents a comprehensive upgrade for the network. At the core of this evolution, Savanna will not only accelerate transaction finalization, but also enhance security, user experience, and decentralization of the entire EOS ecosystem.
Important updates from infrastructure providers and technology partners
As we prepare for the upcoming Leap 6.0 upgrade, collaboration and readiness among all ecosystem participants is critical. Looking back on the journey since the last major consensus upgrade of Antelope Leap 3.1, we recognize the importance of the unified efforts of the entire ecosystem for a smooth transition.
Infrastructure providers and technology partners should be aware of the following key dates for Leap 6 upgrades:
The final version of Leap 6 is scheduled to be released on July 10, marking the beginning of the upgrade process.
The recommended upgrade period for all EOS nodes is July 11-30 to ensure seamless transition and network synchronization.
The hard fork itself is scheduled for July 31, a key date for the completion of all upgrades.
It is critical that all node operators are ready to apply this critical upgrade in order to keep the network in sync and reap the full benefits. We will provide more detailed instructions as the upgrade date approaches, so stay tuned to our newsletter for the latest updates.
Enter Savanna: Instant End and Beyond
Leap 6 introduces instant finality with Savanna (a scalable verification-adding protocol with flexible non-repudiation proofs), a breakthrough consensus algorithm that reflects a seamless web2 experience in the web3 space. Savanna was inspired by the HotStuff consensus algorithm developed by VMware Research and marks a key evolution in blockchain technology. It is a brand new algorithm that adopts a block-based consensus chain and utilizes the latest advances in consensus algorithms to upgrade it to a modern distributed system. It combines aggregated BLS signatures and advanced cryptography to significantly enhance scalability and reduce time to finalization. Savanna will revolutionize the EOS network, ensuring transactions are irreversible and finalized in seconds, a 100x improvement over previous versions. This advancement increases network efficiency and enhances user experience, placing EOS at the forefront of blockchain development.
Enhanced privacy and encryption innovations
Another compelling aspect of Leap 6 is its potential for cryptographic innovation. The introduction of aggregated BLS signatures, capable of verification in as little as 1.1 milliseconds*, lays the foundation for more abstract cryptographic building blocks, enabling the development of ZK proof systems. This is achieved through EOS's own implementation of BLS operations and specialized matrix operations in WebAssembly. These systems promise enhanced privacy features, such as confidential transactions and the use of private addresses, setting new standards for blockchain privacy and security.
*Based on I9-13900 CPU.
Enable flexible blockchain structures with potential new roles
Leap 6 marks a major evolution for the EOS ecosystem, introducing the possibility of a transformative reconfiguration of the traditional block producer role. This update gives the EOS community the option to split block producer responsibilities into two distinct functions: block proposers and block finalizers.
This change will not automatically take effect in Leap 6, but if consensus is reached, it can provide the community with the flexibility to adopt this new structure. The introduction of block proposers and block terminators offers a potential path towards a more decentralized, secure and efficiently managed network.
Block Proposer – Responsible for organizing transactions into proposed blocks and coordinating with block finalizers to generate arbitration certificates. These certificates serve as clear evidence that the proposed block has been finalized.
Block Terminator – Centralizes support for block proposals by sending signatures to block proposers to create arbitration certificates. This division of responsibilities is intended to enhance the security and efficiency of the network by providing a strong block validation and finalization mechanism.
In Leap 6, block proposals and block finalizers are separate concerns. This separation brings a new level of security and liveness to the EOS blockchain, making the operation of the network more predictable, enabling inter-blockchain communication, and it allows third parties to observe and ensure without being involved in creating transactions. The health of the network.
Looking to the future: Visions of EOS and Antelope Chain
Leap 6.0 heralds major changes to the EOS network, improving efficiency and decentralization through the Savanna consensus algorithm. This algorithm greatly speeds up transaction finalization, directly improving network performance and user experience. Leap 6.0 is not just a technical upgrade, it also strengthens the community-driven and independent spirit of EOS, demonstrating the network's ability to integrate advanced consensus mechanisms. Backed by strong technical infrastructure and the collaborative efforts of EOS network node operators, Leap 6.0 paves the way for a seamless transition, setting new benchmarks in speed and security, and influencing blockchain technology development the next stage.
To stay informed of all updates related to the Leap 6.0 upgrade:
Join the EOS Upgrade Support Telegram group to ask questions and receive direct support and guidance throughout the upgrade process.
Follow the EOS Network Foundation (ENF) on Twitter
Subscribe to the ENF YouTube channel to watch weekly node operator roundtable discussions, which provide valuable insights and updates.
We will continue to publish comprehensive content including deep dives, videos, and technical documentation ahead of the upgrade to ensure the community is fully prepared and informed.
About the EOS Network
The EOS network is the epitome of the blockchain 3.0 era, powered by EOS VM. EOS VM is a low-latency, high-performance, and scalable WebAssembly engine that enables nearly seamless deterministic transaction execution. The EOS network is designed specifically for Web3 and is committed to enabling the best Web3 user and developer experience. EOS is the flagship blockchain and financial center of the Antelope protocol, and uses the EOS Network Foundation (ENF) as a tool for multi-chain collaboration and development of public basic products to further improve the infrastructure and drive the rapid development of EOS.
EOS EVM
The EOS EVM is a simulation of the Ethereum EVM and resides within the EOS smart contract. The EOS EVM will provide functionality equivalent to other EVMs in the space, but with unparalleled speed, performance and compatibility advantages. EOS EVM connects the EOS ecosystem with the Ethereum ecosystem, allowing developers to deploy a large number of Solidity-based digital assets and innovative dApps on EOS. Developers can use the EOS EVM to leverage Ethereum’s battle-tested open source code, tools, libraries, and SDK while taking advantage of EOS’ superior performance.
About the EOS Network Foundation
The EOS Network Foundation (ENF) was born to create a prosperous, decentralized and future for the EOS ecosystem. By encouraging the active participation of major stakeholders in the EOS ecosystem, supporting community projects, providing ecosystem funding, and supporting the construction of an open technology ecosystem, ENF is setting off a new round of Web3 changes. As the center of the EOS network and a leading open source platform, ENF was founded in 2021 and has a stable set of frameworks, tools, and blockchain deployment libraries. Together we enable innovation in community building and work to create a stronger future for all.
