Ethereum’s scalability challenge has long been a bottleneck for mainstream adoption. High fees, slow transaction speeds, and network congestion have driven developers and users toward alternative solutions. Enter Eclipse, an innovative Ethereum Layer 2 (L2) network powered by the Solana Virtual Machine (SVM)—designed to deliver unmatched speed, low cost, and seamless integration with Ethereum’s vast liquidity.
By combining Solana’s battle-tested high-performance execution environment with Ethereum’s dominant ecosystem, Eclipse redefines what’s possible in decentralized application development.
Why Eclipse Stands Out
Eclipse isn’t just another rollup. It’s a strategic fusion of two of crypto’s most powerful ecosystems:
- Solana’s Speed: A proven, high-throughput execution engine capable of processing tens of thousands of transactions per second (TPS).
- Ethereum’s Liquidity: Access to over $80 billion in stablecoins, $66 billion in total value locked (TVL), and ETH—the second-largest cryptocurrency by market cap at $450 billion.
This hybrid architecture enables developers to build scalable applications without sacrificing security or composability.
👉 Discover how Eclipse leverages SVM to unlock next-gen dApp performance.
Built for Scale and User Experience
Eclipse prioritizes scale and user experience (UX) from the ground up. In today’s competitive Web3 landscape, fast finality, near-zero fees, and intuitive onboarding are no longer luxuries—they’re necessities.
With estimated transaction fees as low as $0.0002, Eclipse makes microtransactions, gaming economies, and frequent interactions economically viable for the first time on Ethereum.
Key Features:
- Onchain Frameworks: Launch full on-chain games in days, not months.
- Next-Gen 2D Game Engines: Optimized for rapid development and high-quality gameplay.
- 500K+ Active Ethereum Addresses: Tap into a massive existing user base.
- Universal Identity Compatibility: Interoperable across ecosystems—no new logins, wallets, or identities required.
By removing friction points, Eclipse empowers builders to focus on innovation rather than infrastructure limitations.
The Power of Application-Specific Sequencing
One of Eclipse’s most groundbreaking innovations is its support for Application-Specific Sequencing (ASS)—a paradigm shift in how transactions are ordered within decentralized networks.
Traditionally, rollups use a single sequencer or shared sequencing pool, leading to issues like:
- MEV (Maximal Extractable Value) exploitation
- Poor user experience due to unpredictable ordering
- Limited control for dApp developers
With ASS, individual applications can customize their own transaction ordering logic. This means:
- Games can prioritize player actions fairly
- DeFi protocols can reduce frontrunning risks
- Social apps can ensure message consistency
Projects like FastLane’s Atlas Protocol and Sorella Labs’ Angstrom are already exploring this space, but Eclipse integrates it natively—giving developers unprecedented control while maintaining Ethereum-level security.
👉 See how custom sequencing unlocks new possibilities for dApps.
How Eclipse Combines Ethereum and Solana
At its core, Eclipse is an Ethereum SVM L2—a rollup that uses Solana’s execution layer (SVM) while settling data and proofs back to Ethereum. This “best of both worlds” model offers:
| Benefit | Explanation |
|---|---|
| High Throughput | Leverages Solana’s parallelized execution engine for lightning-fast processing |
| Low Cost | Minimal fees thanks to efficient computation and batching |
| Security & Finality | Inherits Ethereum’s robust consensus and data availability guarantees |
| Developer Familiarity | Supports existing Ethereum tooling, wallets (e.g., MetaMask), and standards |
Unlike standalone L1s that fragment liquidity and users, Eclipse plugs directly into Ethereum’s ecosystem—ensuring composability with leading protocols like Uniswap, Aave, and Lido.
Backed by Visionary Investors and Angels
Eclipse has attracted strong support from top-tier investors and industry leaders who recognize its potential to reshape the future of blockchain infrastructure.
Backed by renowned funds and strategic angels with deep expertise in scaling decentralized systems, Eclipse benefits from both capital and operational guidance to accelerate adoption and developer growth.
Their mission? To make Eclipse the default platform for high-performance dApps—especially in gaming, social, and real-time finance.
Developer-Centric Design: Build Faster, Scale Further
Eclipse lowers the barrier to entry for developers through:
- Pre-built on-chain frameworks tailored for gaming and interactive apps
- Modular tooling that integrates with familiar Ethereum development environments
- Support for SVM-based programs written in Rust
- Native bridges to move assets seamlessly between Ethereum and Eclipse
Whether you're launching an on-chain multiplayer game or building a real-time prediction market, Eclipse provides the foundation to go from concept to production in record time.
Frequently Asked Questions (FAQ)
What is Eclipse?
Eclipse is an Ethereum Layer 2 network powered by the Solana Virtual Machine (SVM). It combines Solana’s high-speed execution with Ethereum’s security and liquidity to enable scalable, low-cost dApps.
How does Eclipse achieve such low transaction fees?
By leveraging SVM's highly optimized execution engine and batching transactions efficiently before posting data to Ethereum, Eclipse minimizes gas costs—resulting in fees as low as $0.0002 per transaction.
Is Eclipse compatible with existing Ethereum tools?
Yes. Eclipse supports popular wallets like MetaMask, development tools like Hardhat and Foundry, and standard Ethereum APIs—making it easy for developers to migrate or build new projects.
What types of applications benefit most from Eclipse?
Applications requiring high throughput and fast finality—such as on-chain games, social platforms, real-time trading dApps, and interactive NFT experiences—see the greatest performance gains.
How does Application-Specific Sequencing improve dApp functionality?
It allows dApp developers to define custom rules for transaction ordering, reducing MEV risks, improving fairness, and enhancing user experience—especially critical in competitive environments like gaming or auctions.
Can I bridge assets between Ethereum and Eclipse?
Absolutely. Eclipse includes native bridging capabilities that allow users to securely transfer ETH, stablecoins, and other ERC-20 tokens between Ethereum and the L2 network.
Join the Eclipse Movement
The future of Web3 demands platforms that don’t force tradeoffs between speed, security, and decentralization. Eclipse delivers all three—enabling a new generation of always-on, highly responsive decentralized applications.
With strong backing, cutting-edge technology, and a clear vision for developer empowerment, Eclipse is poised to become a cornerstone of the next wave of blockchain innovation.
👉 Start building on the fastest Ethereum L2 today.
Whether you're a developer looking to launch your first on-chain game or a user tired of high fees and slow confirmations, Eclipse offers a fresh path forward—where performance meets possibility.