Eclipse recently launched Ethereum’s SVM L2 mainnet, which integrates multi-layered features to provide a robust and high-performance solution for users. Thus, this network integrates Ethereum for clearing transactions, the use of ETH as a gas token and uses the Solana virtual machine for execution. With Celestia ensuring broad data availability and RISC Zero providing ZK fraud-proof capabilities, the goal of this network is to deliver a robust and efficient Layer 2 solution to the market.
The integration of Ethereum and Solana
Eclipse has chosen Ethereum as the basis for its SVM L2 mainnet. Indeed, it offers a solid and proven platform for settling transactions. Additionally, this also allows ETH to be used as a gas token for transaction fees. However, scalability issues and the high cost of transactions on Ethereum need to be addressed. For this purpose, Eclipse has integrated Solana as a virtual machine for executing transactions. Also, Solana is known for its powerful and fast technology. This is capable of processing thousands of low-cost transactions per second.
How Ethereum SVM L2 Mainnet Works
- Ethereum: Used to settle transactions and functions as the basis of the network.
- ETH: The gas token for transaction fees.
- Solana: The virtual machine used to execute transactions. Solana offers a fast and cost-effective solution to scalability issues encountered on Ethereum.
Celestia and RISC Zero: extended data availability and security
To achieve the goal of an innovative multi-layer solution, Eclipse has integrated Celestia. This approach ensures extensive data availability for users. At the same time, RISC Zero offers tamper-proof ZK capabilities providing enhanced security.
Data availability with Celestia
Celestia is a decentralized protocol considered the data availability infrastructure. Thus, it ensures that all data is permanently available. Also, it is used to optimize data storage on Ethereum’s SVM L2 main network. For example, this means that even if some nodes are compromised, there will still be enough copies of the data. This will allow users to access and verify their transactions.
Advanced security with RISC Zero
In parallel, Eclipse has integrated RISC Zero, which provides ZK (Zero-Knowledge) proofs. This helps secure the integrity and confidentiality of transactions carried out on Ethereum’s SVM L2 mainnet. Thus, these proofs allow each party in a transaction to verify that the information shared is correct. This way, there will be no need to share specific details of the transaction itself. Network security is ensured, ensuring the prevention of fraud and attacks.
Conclusion: a powerful and interoperable Layer 2 solution
Eclipse has successfully integrated several cutting-edge technologies to create an efficient and versatile Ethereum SVM L2 mainnet. This requires combining the best features of Ethereum, Solana, Celestia and RISC Zero. This result opens up new possibilities in terms of decentralization, performance and interoperability between different blockchains. By building on this solid foundation, Eclipse aims to continue to innovate and push the limits expected of a multi-layer solution. Users and developers can now benefit from a secure and scalable environment for their blockchain projects. They will thus be able to take advantage of the combined power of these cutting-edge technologies.
