Re-engineer performance on Ethereum with Solana grade speed and modular data availability. Eclipse Chains let you spin up application specific Layer2 networks that execute in the Solana Virtual Machine (SVM) yet settle to Ethereum, fusing Solana’s parallel throughput with Ethereum’s battle tested security. Whether you need a friction free DeFi order book or a real time MMO, Eclipse delivers the low latency execution and flexible cost profile those workloads demand.
Competitive Edge
Two ecosystems in one, limitless configuration under a single SDK.
Eclipse fuses Solana’s Sealevel engine, which has demonstrated 50k–65k TPS in public benchmarks with Ethereum finality, while letting builders plug in the DA layer (Celestia, Eigen-DA , Ethereum blobs) that best fits their budget and decentralization goals. You get deterministic parallel execution, predictable fees, and instant access to Ethereum liquidity, all without rewriting your app from scratch.
Use Case Power Plays & Feature Highlights, purpose‑built for security, scalability, and a seamless user experience.
Processes thousands of transactions concurrently, eliminating the mempool bottleneck. This design slashes confirmation times for user facing apps and keeps gas spikes in check during traffic surges.
Decouple execution, settlement, and data availability. Teams can finetune cost vs. security by swapping DA layers or rolling out sovereign chains that still checkpoint to Ethereum L1.
Every block ultimately commits to Ethereum, inheriting its censorship resistance and deep capital pools. Bridges are permissionless and provably safe thanks to canonical proofs.
Users see state changes nearly instantly, a pre-requisite for real time trading dashboards and multiplayer game loops. This UX parity with Web2 eliminates churn from lag.
Modify fees, throughput caps, or governance modules without forking core code. Enterprises can deploy permissioned shards, while public dApps can remain fully open.
Use Case Power Plays & Feature Highlights, purpose‑built for security, scalability, and a seamless user experience.
Solana’s Sealevel runtime runs on every Eclipse node, enabling parallel, SIMD style transaction scheduling that keeps CPU cores saturated rather than idle.
Batched SVM blocks are periodically committed to Ethereum through a rollup contract, anchoring fraud proofs and ensuring final economic security.
Choose Celestia blobs for lowest cost, Eigen-DA for cryptographic committees, or native Ethereum blobs when you require maximal decentralization.
Industry Impact & Business Applications, purpose‑built for security, scalability, and a seamless user experience.
Eclipse’s millisecond latency lets market makers quote tighter spreads and execute arbitrage loops that aren’t possible on slower rollups.
Massive multiplayer games maintain authoritative state on-chain without rubber-banding, unlocking persistent economies and provably fair item drops.
Retail payment rails can clear microtransactions in near real time, while supply-chain events post proofs without clogging L1.
Sensor swarms or social data firehoses push signed payloads on-chain, letting dashboards query verifiable metrics at full cadence.
Projects can mint tens of thousands of NFTs in a single block, avoiding gas wars and ensuring fair distribution even during hype spikes.
Industry Impact & Business Applications, purpose‑built for security, scalability, and a seamless user experience.
Dev team is reducing witness sizes by ~30%, cutting bridge fees and speeding up lightclient verification for mobile wallets.
Sharded validator clusters will let operators add hardware linearly, targeting 10× throughput before year-end without consensus tweaks.
Work is underway to support Avail and Near DA, giving builders even more levers to optimise cost vs. redundancy.
A unified CLI, Rust/TS SDKs, and Hardhat plugins will streamline deployment pipelines, CI tests, and contract audits.
Quarterly reviews with leading firms plus public bugbounty programs ensure Eclipse remains hardened against emerging threat vectors.