Eclipse Is a Modular Layer 2 Network Merging the Best Features of Multiple Blockchain Ecosystems

Eclipse is a modular Layer 2 network that merges the best features of multiple blockchain ecosystems to provide efficient, low-cost, and high-throughput execution.

The Eclipse network is a modular Layer 2 blockchain architecture that combines the best features of multiple blockchain ecosystems to provide efficient, low-cost, and high-throughput execution. By merging elements from Ethereum, Solana virtual machine (SVM), Celestia, and RISC Zero, it’s tackling the classic blockchain trilemma of scalability, security, and decentralization.

As blockchain technology advances, there's a growing need for platforms that can handle more intensive workloads, such as high-volume DeFi transactions or complex dApps, without sacrificing performance or user experience. This is where Eclipse comes in.

Designed with a developer-friendly approach, Eclipse is capable of adapting to any potential demand with its modular design, which enables various operations to be divided into dedicated modules that connect to each other. This modularity makes it easier for platforms to upgrade or change out components without worrying about compatibility issues.

What is Eclipse?

Eclipse is a modular Layer 2 architecture that merges the best features of multiple blockchain ecosystems to provide efficient, low-cost, and high-throughput execution. It combines the robust security and decentralized consensus of Ethereum with the high throughput and parallel processing capabilities of the Solana virtual machine (SVM).

Moreover, Eclipse integrates Celestia's specialized data availability layer to distribute and verify block data without the overhead of consensus on every transaction. Finally, to ensure correctness and protect privacy, Eclipse employs RISC Zero's zero-knowledge proving system, adding an extra cryptographic shield to transaction confirmations.

What is $tETH and Unified Restaking Token (URT)?

Eclipse introduces tokens that facilitate cross-chain activity and strengthen network security. Two key tokens are $tETH and the Unified Restaking Token (URT), each playing a specialized role within the Eclipse ecosystem.

Turbo ETH ($tETH) is a fully synthetic token that is created to represent actual bridged ETH that is being used for gas fees and transactions. When you bridge ETH into the Eclipse network, you get $tETH in return.

The Unified Restaking Tokens, or URTs, are created to represent restaked assets from various protocols across networks, letting you earn even more staking rewards. By holding URTs, users are allowed to participate in multiple, simultaneous staking events.

How Does Eclipse Work?

$tETH is a representation of Ethereum’s native ETH token bridged into the Eclipse environment, allowing users to transact within Eclipse-based dApps without leaving the safety net of Ethereum’s security. This bridged asset ensures seamless cross-chain transactions, reducing friction for users who want to tap into Solana-like speeds or advanced DeFi applications.

Meanwhile, URT focuses on restaking, letting users “lock” or redelegate their tokens to support the network in more than one capacity. By linking staking rewards across different layers—settlement, execution, or data availability—URT encourages a harmonious system where each segment of Eclipse is well-secured.

This multi-layer restaking model can optimize yield for participants and reduce fragmentation, ultimately reinforcing Eclipse’s mission of delivering a unified, efficient, and stable multi-chain ecosystem.

Eclipse Mainnet is the live, production-ready environment that implements Eclipse’s modular Layer 2 architecture. It harmonizes the four fundamental components – settlement, execution, data availability, and proving – to deliver a fully functional network with high throughput and low fees.

By distributing these responsibilities across specialized protocols, Eclipse Mainnet offers a flexible, upgradeable framework that developers can tailor for just about any use case.

The final layer for transaction settlement and security is provided by Ethereum. Anchoring the network's state on Ethereum brings the robust, battle-tested consensus to Eclipse. Any disputes or confirmations ultimately refer back to Ethereum smart contracts, ensuring trustless finality and minimal counterparty risk for participants.

For actual transaction processing, Eclipse utilizes the Solana Virtual Machine, which is renowned for its parallel processing and high throughput. This allows multiple transactions to be executed simultaneously, mitigating congestion and high fees.

Assigned with distributing and verifying block data across the network without the overhead of consensus on every transaction is Celestia. Specialized in data availability, Celestia's role is to ensure that nodes can independently confirm that transaction data is published and accessible, improving reliability and preventing data-withholding attacks.

In order to maintain correctness and protect privacy, Eclipse integrates RISC Zero's zero-knowledge proving technology. This allows developers to create zk-proofs that confirm transaction validity, even for complex computations, while shielding any sensitive or confidential data.

The Eclipse Ecosystem

The modular architecture of Eclipse Mainnet is designed to be flexible and upgradeable, catering to a variety of use cases and developer preferences.

As the final layer for transaction settlement and security, Ethereum is being utilized, bringing its robust, battle-tested consensus to the network. Any disputes or confirmations will ultimately be resolved by referring to the Ethereum smart contracts, ensuring trustless finality and minimal counterparty risk for participants.

As for transaction execution, Eclipse has integrated the Solana