Eclipse Labs

Discover how Eclipse will leverage Celestia Blobstream to guarantee data availability.

Compare Data Availability (DA) layers: Celestia vs Avail vs EigenDA. Deep dive into choosing the right DA solution for L2 rollups. Analyze cost, throughput, security, and finality trade-offs compared to Ethereum. Includes Eclipse's choice of Celestia case study. Learn how to select the optimal DA layer for performance and fees.

Crypto has a fragmentation problem. Eclipse can solve it. Onchain UX has suffered due to incentives that encourage fragmentation. In this article The Eclipse Research Team outline the qualities a chain must have to plausibly claim to be a globally synchronous execution layer.

Introducing: The Eclipse Performance Thesis. Eclipse is building the Giga Scale Virtual Machine (GSVM), a new SVM client.

This is the first in a series of Eclipse Labs blog posts about performance. Our primary focus is introducing GigaCompute—a concept outlined in our roadmap—and explaining how we're using it to build GSVM (GigaCompute SVM), our faster, more efficient Solana client specifically designed for the L2 context.

Solana SPL vs. Ethereum ERC-20: A Deep Dive into State, Scalability, and Architecture. Discover the contrasting philosophies behind these two major token standards. Learn how Ethereum's contract-centric approach differs from Solana's universal program, impacting state growth, data management, and scalability. This article analyzes transaction execution, storage costs, and real-world implications for developers and blockchain enthusiasts.

This article explores the issues with Solana's current fee markets and introduces SIMD-253, a proposal to solve the fee estimation problem by restricting the bid space and introducing a new RPC method. Learn how this approach improves user experience and optimizes block space utilization.

Explore Solana’s ledger architecture, encoding/decoding flows, variable erasure batch sizes, and how Eclipse on Celestia inherits the same erasure-coded principles for resilient, scalable blockchain performance.

Fraud proof protocols are the backbone of optimistic rollup security. In this article, we dive into the state of the art and present the fraud proof protocol we will implement on Eclipse.

This article explores the inner workings of Jito, a modified Solana client that is crucial for MEV value capture on the network.

Discover how Jito-Solana maximizes execution and atomic bundling on the Solana blockchain by leveraging advanced locking patterns.

The potential to drastically expand the Eclipse developer ecosystem is enormous.

At Eclipse, we are building out a new performance team to create a novel Solana Virtual Machine (SVM) compatible validator.

As the Eclipse ecosystem experiences rapid growth, Eclipse Labs is ready to unveil our strategic roadmap for 2025 and beyond.