IMPORTANT POINTS:
- Eclipse introduces L2 architecture: Combines the Solana Virtual Machine (SVM) with Ethereum to optimize transaction speed and robustness.
- Execution optimization with Solana: Adoption of the Solana execution environment, benefiting from parallel execution and reduced fees.
- MetaMask Snaps Integration: Seamless transition for EVM users to the SVM chain without changing wallets, improving user experience.
The cryptocurrency world received an exciting update on September 19 when Eclipse unveiled its revolutionary L2 architecture. This new framework integrates the Solana Virtual Machine (SVM) while running within the Ethereum infrastructure, combining the best of both worlds: the speed of Solana and the robustness of Ethereum.
Solana and Ethereum: A Combination for the Future
This innovative L2 architecture has the mission of transforming the scalability landscape in cryptocurrencies. By addressing key elements such as settlement on Ethereum and execution via SVM, it promises significant changes to the way transactions are handled. Additionally, the collaboration with Celestia for data availability and the use of RISC Zero for testing demonstrates Eclipse’s holistic approach.
A Shift in Execution: From EVM to SVM
Eclipse has decided to adopt the Solana execution environment in this new architecture, a move that seeks to optimize parallel execution and, therefore, reduce the exorbitant fees caused by high-demand applications. This optimization is possible thanks to Solana’s parallelized capacity.
On the other hand, although SVM is used, the Eclipse core network will still be powered by Neon EVM, thus ensuring full compatibility with EVM. This is crucial to maintaining the versatility and familiarity of the platform, as Eclipse highlights by noting that each Neon EVM instance will maintain its own local rate market, allowing applications to deploy contracts without compromising the user experience.
Additionally, Eclipse has announced the use of the Solang compiler, facilitating the conversion of Solidity code into SVM bytecode, thus increasing the interoperability and flexibility of the system.
Seamless User Integration with MetaMask Snaps
In order to provide a seamless transition for users, Eclipse will incorporate MetaMask’s new technology, called MetaMask Snaps. This tool will allow EVM users to join the SVM chain without the need to change their wallets, thus optimizing the user experience and promoting adoption of the new architecture.
Advances in Data Availability and Verification
Eclipse is raising the bar for data availability by collaborating with Celestia, resulting in improved performance in transactions per second (TPS). Additionally, the architecture will introduce a verification system similar to Anatoly’s fraud-proof SIMD, ensuring the security and integrity of transactions in the SVM.
In conclusion, Eclipse is redefining the universe of L2 scalability with this new proposal. Through the integration of market-leading technologies and a focus on user experience, the future of cryptocurrency transactions promises to be faster, more secure, and more efficient.
