Eclipse is the first Ethereum L2 running the Solana Virtual Machine. Testnet participants who deployed smart contracts, interacted with dApps and bridged assets are eligible to claim. Your on-chain activity is your proof.
Eclipse assembles the best of every chain — Ethereum's security, Solana's SVM performance and Celestia's data availability — into one coherent Layer 2.
The Eclipse Airdrop rewards testnet contributors who helped validate the network — deployers, developers, bridge users and early community members.
The Eclipse Airdrop distributes Eclipse tokens to testnet participants, smart contract deployers, dApp users and early community members of Eclipse — the Ethereum Layer 2 running the Solana Virtual Machine (SVM). 320M tokens (32% of supply) are allocated to community participants based on their testnet activity.
Eclipse uses a modular architecture: Ethereum handles settlement and security (all transactions are verified and settled on Ethereum mainnet), the Solana Virtual Machine (SVM) provides the execution environment enabling Rust/Anchor development and parallel transaction processing, and Celestia provides scalable data availability. The result is Solana-speed development with Ethereum-level security.
Testnet participation includes any on-chain activity on Eclipse's devnet or public testnet phases — including deploying smart contracts (highest tier, 3× multiplier), interacting with dApps on Eclipse, bridging assets via the canonical ETH↔Eclipse bridge (2× multiplier), running validator or RPC nodes (2× multiplier), and executing 10+ transactions across any testnet phase.
Yes — Eclipse is specifically designed for Solana developers who want Ethereum's security. Rust and Anchor programs compile and run on Eclipse's SVM without modification. Solana tooling including the Solana CLI, web3.js, and Anchor framework all work natively. Eclipse unlocks the massive Solana developer ecosystem for Ethereum's settlement and security layer.
Eclipse tokens serve as the native utility and governance token of the Eclipse L2 network. Uses include: staking to help secure Eclipse's sequencer, paying transaction fees (ETH and Eclipse tokens accepted), participating in governance for protocol upgrades and parameter changes, and liquidity mining on Eclipse-native DeFi protocols.