What is Eclipse (ES)?

TLDR
Eclipse (ES) is an Ethereum Layer 2 blockchain that integrates Solana’s speed via its Solana Virtual Machine (SVM), aiming to scale Ethereum while maintaining its security and liquidity.

1. Hybrid Architecture – Combines Ethereum’s security with Solana’s high-performance execution layer.
2. Modular Design – Uses Celestia for data availability and RISC Zero for zero-knowledge proofs.
3. Multi-Chain Utility – ES token governs the network, pays fees, and secures transactions across Ethereum and Solana.

Deep Dive

1. Purpose & Value Proposition

Eclipse addresses Ethereum’s scalability limitations by deploying Solana’s SVM as its execution layer, enabling near-instant transactions at fractions of Ethereum’s costs. This hybrid approach leverages Ethereum’s $80B stablecoin liquidity and Solana’s 9,000+ TPS throughput (Eclipse website), targeting DeFi, gaming, and consumer apps needing high-speed, low-cost infrastructure.

2. Technology & Architecture

The network uses a modular stack:
- Execution: Solana Virtual Machine for speed (tested at ~9,000 TPS).
- Settlement: Ethereum for finality and security.
- Data Availability: Celestia to reduce storage costs.
- Fraud Proofs: RISC Zero for zero-knowledge verification (CoinW Research).

This design allows developers to port Solana-native apps to Ethereum’s ecosystem seamlessly.

3. Tokenomics & Governance

The ES token (1 billion max supply) has four core functions:
- Gas Fees: ETH is the primary gas token, but ES can be used via paymasters.
- Governance: Voting on protocol upgrades, fee structures, and MEV redistribution.
- Staking: Earn rewards from network activity.
- Security: Fraud-proof challengers must stake ES as bonds (Eclipse Foundation).

Allocations prioritize ecosystem growth (35%), early backers (31%), and team (19%), with a 3-year lockup for investors.

Conclusion

Eclipse merges Ethereum’s liquidity with Solana’s speed, creating a scalable Layer 2 optimized for high-frequency applications. Its modular architecture and multi-chain token utility position it as a bridge between Ethereum and Solana ecosystems. Will developers prioritize SVM’s performance over EVM’s established tooling?