What is Eclipse SVM?
Uploaded
Nov 1, 2024
Eclipse Mainnet leverages the SVM for highly efficient parallel transaction execution and localized fee markets to prevent congestion. It relies on Celestia for data availability, offering higher throughput than Ethereum while utilizing Ethereum for settlement due to its strong security.
Eclipse Mainnet leverages the SVM for highly efficient parallel transaction execution and localized fee markets to prevent congestion. It relies on Celestia for data availability, offering higher throughput than Ethereum while utilizing Ethereum for settlement due to its strong security.
Eclipse Mainnet leverages the SVM for highly efficient parallel transaction execution and localized fee markets to prevent congestion. It relies on Celestia for data availability, offering higher throughput than Ethereum while utilizing Ethereum for settlement due to its strong security.
Eclipse SVM Architecture Overview
Eclipse SVM is Ethereum’s first general-purpose Layer2 centered around the Solana Virtual Machine. Designed with a modular stack, its architecture incorporates:
Ethereum as the settlement layer with a built-in verification bridge for Ethereum’s security and liquidity,
Solana’s Virtual Machine for the execution environment, maximizing transaction speed and scale,
Celestia for data availability, facilitating scalable data throughput,
RISC Zero for ZK fraud proofs, eliminating the need for intermediate state serialization, and
Inter-Blockchain Communication (IBC) for cross-chain interoperability, bridging with other chains via Cosmos.
Why Eclipse SVM stands out?
Eclipse combines Ethereum’s security, Solana’s performance, and Celestia’s data availability in a modular structure, creating opportunities for innovation at each layer. This modular approach not only enhances individual component efficiencies but also amplifies the overall system's optimization, offering developers and users an array of competitive choices in the Layer2 landscape.
How to start with Eclipse SVM?
With Nightly of course! Download Nightly Wallet and enjoy the best blockchains on the best multichain wallet.
Eclipse SVM Architecture Overview
Eclipse SVM is Ethereum’s first general-purpose Layer2 centered around the Solana Virtual Machine. Designed with a modular stack, its architecture incorporates:
Ethereum as the settlement layer with a built-in verification bridge for Ethereum’s security and liquidity,
Solana’s Virtual Machine for the execution environment, maximizing transaction speed and scale,
Celestia for data availability, facilitating scalable data throughput,
RISC Zero for ZK fraud proofs, eliminating the need for intermediate state serialization, and
Inter-Blockchain Communication (IBC) for cross-chain interoperability, bridging with other chains via Cosmos.
Why Eclipse SVM stands out?
Eclipse combines Ethereum’s security, Solana’s performance, and Celestia’s data availability in a modular structure, creating opportunities for innovation at each layer. This modular approach not only enhances individual component efficiencies but also amplifies the overall system's optimization, offering developers and users an array of competitive choices in the Layer2 landscape.
How to start with Eclipse SVM?
With Nightly of course! Download Nightly Wallet and enjoy the best blockchains on the best multichain wallet.
Eclipse SVM Architecture Overview
Eclipse SVM is Ethereum’s first general-purpose Layer2 centered around the Solana Virtual Machine. Designed with a modular stack, its architecture incorporates:
Ethereum as the settlement layer with a built-in verification bridge for Ethereum’s security and liquidity,
Solana’s Virtual Machine for the execution environment, maximizing transaction speed and scale,
Celestia for data availability, facilitating scalable data throughput,
RISC Zero for ZK fraud proofs, eliminating the need for intermediate state serialization, and
Inter-Blockchain Communication (IBC) for cross-chain interoperability, bridging with other chains via Cosmos.
Why Eclipse SVM stands out?
Eclipse combines Ethereum’s security, Solana’s performance, and Celestia’s data availability in a modular structure, creating opportunities for innovation at each layer. This modular approach not only enhances individual component efficiencies but also amplifies the overall system's optimization, offering developers and users an array of competitive choices in the Layer2 landscape.
How to start with Eclipse SVM?
With Nightly of course! Download Nightly Wallet and enjoy the best blockchains on the best multichain wallet.