Eclipse is an innovative blockchain solution designed to combine the strengths of two leading networks—Ethereum and Solana—to deliver fast, secure, and cost-effective digital transactions. By leveraging cutting-edge Layer 2 (L2) technology, Eclipse enhances scalability without compromising on security or decentralization. This makes it a compelling option for developers and users seeking high-performance blockchain infrastructure in 2025 and beyond.
At its core, Eclipse functions as an Ethereum L2 that uses Solana’s virtual machine (SVM) for transaction execution. It processes transactions in parallel—just like Solana—before batching and settling them securely on Ethereum. This hybrid model allows Eclipse to achieve high throughput and low latency while maintaining Ethereum’s trusted finality and robust security guarantees.
👉 Discover how next-gen blockchain scalability is redefining digital transactions.
How Eclipse Combines Ethereum and Solana
Eclipse bridges the best features of both Ethereum and Solana to create a powerful execution environment. Here's how:
- High-Speed Execution via Solana’s Architecture: Eclipse leverages Solana’s Sealevel parallel processing engine and SVM to execute thousands of transactions simultaneously. This results in lightning-fast speeds—often under a second—with minimal fees.
- Secure Settlement on Ethereum: After execution, transaction data is batched and submitted to Ethereum for final settlement. This ensures that all activity is permanently recorded on one of the most secure and decentralized blockchains in existence.
This dual-layer approach enables Eclipse to offer high TPS (transactions per second) performance while preserving the trust-minimized nature of Ethereum. Developers benefit from Solana-like speed without sacrificing Ethereum’s liquidity, developer tools, or ecosystem support.
“Eclipse Network is an Ethereum SVM L2 that combines the best of Ethereum and Solana. This is where the highest-performance execution environment meets unparalleled liquidity.”
What Is an Ethereum Rollup?
An Ethereum rollup is a scaling solution that processes multiple transactions off the main Ethereum blockchain (off-chain), then submits a compressed summary back to Ethereum (on-chain) for final validation.
There are two main types:
- Optimistic Rollups, which assume transactions are valid by default.
- ZK-Rollups, which use cryptographic proofs to verify validity upfront.
Eclipse operates as a specialized type of rollup that uses Solana’s execution layer instead of traditional EVM-based systems. This unique design allows it to process complex workloads more efficiently than standard rollups, especially for applications requiring real-time interaction or high-frequency trading.
Why Use Solana for Execution?
Solana’s architecture is optimized for speed and efficiency. Key features include:
- Parallel Transaction Execution: Unlike most blockchains that process transactions sequentially, Solana can handle many at once using its Sealevel runtime.
- Low Latency & Fees: Transactions typically confirm in under 400 milliseconds with negligible costs.
- Scalable Infrastructure: Designed to scale horizontally across hardware, supporting growing demand without congestion.
By adopting Solana’s virtual machine (SVM), Eclipse inherits these advantages, making it ideal for decentralized applications (dApps) that require rapid response times—such as gaming, DeFi trading platforms, and NFT marketplaces.
👉 See how high-performance blockchain execution is transforming dApp development.
Why Settle on Ethereum?
While Solana offers unmatched speed, Ethereum remains the gold standard for security and decentralization. Here’s why settling on Ethereum matters:
- Immutability & Finality: Once data is written to Ethereum, it cannot be altered, providing long-term reliability.
- Trustless Verification: Anyone can independently verify transaction history without relying on intermediaries.
- Access to Liquidity: Ethereum hosts the largest pool of capital in DeFi, enabling seamless integration with existing protocols like Uniswap, Aave, and Lido.
By settling on Ethereum, Eclipse ensures that even though transactions are executed elsewhere, their integrity is protected by one of the most battle-tested networks in crypto.
Is Eclipse Secure?
Yes—security is a top priority for Eclipse. The project has undergone a comprehensive audit by OtterSec, a respected blockchain security firm known for rigorous testing methodologies.
The audit covered:
- Smart contract logic and vulnerabilities
- Cross-chain message passing mechanisms
- Codebase integrity and potential attack vectors
All critical issues were resolved, and the final report confirmed that Eclipse meets industry-standard security benchmarks. Additionally, because final settlement occurs on Ethereum, users benefit from an extra layer of protection backed by thousands of nodes and over a decade of operational resilience.
Who Is Using Eclipse?
Eclipse is primarily adopted by blockchain developers building scalable applications on Ethereum who want faster execution without leaving the ecosystem.
Use cases include:
- DeFi Platforms needing low-latency order matching
- NFT Projects launching high-volume mints
- Gaming dApps requiring instant in-game transactions
- Cross-Chain Bridges leveraging SVM efficiency
As more developers explore hybrid L2 solutions, Eclipse stands out as a forward-thinking choice that balances performance, security, and compatibility.
Frequently Asked Questions (FAQ)
Q: Is Eclipse a standalone blockchain?
A: No—Eclipse is a Layer 2 network built on Ethereum. It uses Solana’s execution environment but relies on Ethereum for final settlement and security.
Q: Can I use MetaMask with Eclipse?
A: Yes! Since Eclipse is EVM-compatible at the settlement layer, wallets like MetaMask can interact with it once properly configured through supported interfaces.
Q: Does Eclipse have its own token?
A: As of now, Eclipse does not have a native token. It focuses on infrastructure rather than introducing speculative assets.
Q: How does Eclipse differ from other Ethereum L2s?
A: Most L2s use EVM-based execution. Eclipse uniquely uses Solana’s SVM for faster processing, combining SVM performance with Ethereum’s security—a first in the space.
Q: Can I deploy Solidity smart contracts on Eclipse?
A: While direct SVM compatibility requires adaptation, tools are being developed to allow EVM-to-SVM translation, enabling easier migration of existing dApps.
Q: Is Eclipse decentralized?
A: It is actively working toward full decentralization. Currently, certain components are operated by trusted entities, but governance and node operation roadmaps are in development.
How to Use Eclipse with Backpack Wallet
You can integrate Eclipse into your workflow using the Backpack Wallet, a versatile multi-chain wallet designed for modern blockchain interactions.
To add Eclipse to your existing Backpack wallet:
- Open the wallet app and go to Settings.
- Enable Developer Mode.
- Tap the network selector at the top of the screen.
- Choose “Add Network”.
- Select Eclipse from the list.
Once added, you can interact with dApps, send transactions, and manage assets across both Ethereum and SVM-powered chains seamlessly.
👉 Learn how integrated wallet support is accelerating adoption of hybrid L2 networks.
Final Thoughts
Eclipse represents a bold step forward in blockchain interoperability and scalability. By merging Solana’s blazing-fast execution with Ethereum’s rock-solid security model, it offers a balanced solution for next-generation decentralized applications.
Whether you're a developer building high-performance dApps or a user seeking faster, cheaper transactions, Eclipse delivers tangible benefits today—with room to grow as the ecosystem evolves.
As hybrid architectures gain traction, solutions like Eclipse may define the future of multi-chain interoperability—offering speed when you need it and security where it matters most.