Source: DigitalToday
Original Title: Eclipse, Solana Parallel Execution Model Introduced to Ethereum
Original Link:
Eclipse integrates the Solana virtual machine ( SVM ) into an Ethereum rollup-based Layer 2, fully introducing parallel execution.
Unlike existing Ethereum rollups that rely on a single execution engine, the Ethereum Virtual Machine ( EVM ), Eclipse has redesigned the rollup architecture by utilizing the Solana parallel processing model.
SVM provides deterministic parallel processing within Ethereum rollups, allowing applications to run in independent lanes. This reduces network congestion and creates a local fee market where increased activity of specific applications does not raise the overall network costs. This is a key differentiator from EVM-based rollups.
Eclipse has enhanced security by introducing RISC Zero-based zero-knowledge ( ZK ) acceleration fraud proofs. While existing optimistic rollups resolve disputes through multi-step interactions on Ethereum, Eclipse uses a method that shortens the dispute process and avoids intermediate state restoration. Whether this approach becomes a new standard in rollup layer 2 or reveals the limitations of modular design depends on future technological evolution.
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Eclipse, Solana parallel execution model introduced to Ethereum
Source: DigitalToday Original Title: Eclipse, Solana Parallel Execution Model Introduced to Ethereum Original Link: Eclipse integrates the Solana virtual machine ( SVM ) into an Ethereum rollup-based Layer 2, fully introducing parallel execution.
Unlike existing Ethereum rollups that rely on a single execution engine, the Ethereum Virtual Machine ( EVM ), Eclipse has redesigned the rollup architecture by utilizing the Solana parallel processing model.
SVM provides deterministic parallel processing within Ethereum rollups, allowing applications to run in independent lanes. This reduces network congestion and creates a local fee market where increased activity of specific applications does not raise the overall network costs. This is a key differentiator from EVM-based rollups.
Eclipse has enhanced security by introducing RISC Zero-based zero-knowledge ( ZK ) acceleration fraud proofs. While existing optimistic rollups resolve disputes through multi-step interactions on Ethereum, Eclipse uses a method that shortens the dispute process and avoids intermediate state restoration. Whether this approach becomes a new standard in rollup layer 2 or reveals the limitations of modular design depends on future technological evolution.