Build on Top of Eclipse’s Emerging Ecosystem
A modular layer-2 blockchain that combines the high-performance Solana Virtual Machine (SVM) with Ethereum's security and liquidity.
Seamlessly onboard new users in seconds
Scale easily with modular infrastructure
Build apps centered around speed and liquidity
What is Eclipse
An innovative layer-2 blockchain built for speed
Eclipse is a modular layer-2 blockchain that combines the high-performance Solana Virtual Machine (SVM) with Ethereum's robust security and liquidity. This blend enables developers to build scalable, high-performance applications with faster transaction speeds and lower fees.
Eclipse is rapidly gaining traction…
800K+
Total Wallets
3000+
TPS
~9B
Total Transactions
What’s being built on Eclipse?
High-performance apps built with a focus on strong user experience.
DeFi
Eclipse is designed to support DeFi at scale with efficient execution, instant settlement, and affordable transactions.
Gaming
Eclipse powers Web3 gaming without performance trade-offs, offering speed and reliability.
Consumer Apps
Consumer apps thrive on seamless onboarding and the ability to process a high volume of transactions efficiently.
Start Building on Eclipse today
Wallets that matter on Eclipse
Here are the top crypto wallets used on Eclipse.
Dynamic supports all of the wallets used within this ecosystem, with mobile deep linking, multi-wallet handling, and transaction/signing handling.
Learn more about the SVM
The Evolution of SVM Chains (Solana Virtual Machine)
Your guide to the Solana Virtual Machine: what it is, why it matters, and innovative projects that are leveraging it.
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Dive into the Berachain ecosystem and how it is forming one of the most active and vibrant communities in crypto.
Key terms to know
Solana Virtual Machine (SVM)
The execution environment for processing transactions and smart contracts on Solana, designed for high throughput using parallel execution.
Modular Architecture
A blockchain design that separates execution, data availability, and consensus into independent components, allowing flexibility and scalability.
Parallel Execution
A method that enables multiple transactions to be processed simultaneously, improving blockchain performance.
Optimistic Rollup
A type of layer-2 blockchain that assumes transactions are valid by default, only requiring verification if a dispute arises.
Data Availability
The component of a modular blockchain that ensures all transaction data is published and accessible for verification.
Turbo Tap
A popular clicker game by Eclipse where players earn "grass" by tapping or bridging assets, interacting with native apps, and feeding Turbo, a virtual cow.
FAQs
What makes Eclipse unique to other layer-2 solutions?
Eclipse stands out with its modular architecture, allowing developers to customize execution, settlement, and data availability layers based on their needs. Unlike traditional rollups, it combines the speed of the SVM with Ethereum’s security and liquidity. This flexibility makes Eclipse ideal for a wide range of use cases, from gaming to consumer apps.
Why does Eclipse use the SVM instead of the Ethereum Virtual Machine (EVM)?
Eclipse leverages the Solana Virtual Machine (SVM) because it enables parallel transaction execution, significantly increasing throughput compared to the EVM. This design allows for faster, more efficient applications while still benefiting from Ethereum’s settlement and liquidity layers. This provides developers building on Eclipse with both the speed of Solana and security of Ethereum.
How does Eclipse handle data availability, and why is it important?
Eclipse integrates Celestia for modular data availability. This ensures that all transaction data is published and accessible for verification. It also prevents data withholding issues common in layer-2 solutions, maintaining trust and security.
How does Turbo Tap showcase Eclipse’s capabilities beyond just being a game?
Turbo Tap serves as an interactive demo of Eclipse’s scalability and simple onboarding. By handling transactions quickly without interruption, it highlights how consumer applications can benefit from Eclipse’s modular infrastructure. The game also fosters engagement with native apps, showcasing how developers can build high-performance, user-friendly experiences on the network.
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Diving deeper into Eclipse
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Check out our guide to the SVM: what it is, why it matters, and how it benefits developers.
Read more
See how Dynamic delivered the infrastructure essential for Eclipse’s emerging blockchain network in our recent case study.
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Start Building on Eclipse today