Data Availability Layer for Multi-World Transactions

We deliver cryptographic proofs of data availability in under 500ms, enabling near-instant finality for L2 rollups and sidechains. This eliminates the data withholding risk that can stall your transaction pipeline.

Our system provides a unified, verifiable data layer for transactions across Ethereum, Solana, and other EVM/L1 chains. Ensure atomic composability and consistent state for your multi-world applications.

Built with formal verification and audited by leading security firms. Our DA layer implements data erasure coding and fraud-proof mechanisms to guarantee data integrity under any network condition.

Leverage a horizontally scalable storage backend designed for Ethereum's EIP-4844 blobs and beyond. Our architecture ensures cost-effective, permanent data availability that scales linearly with your transaction volume.

Integrate in days, not months. We provide TypeScript/Go SDKs, real-time data subscriptions, and a managed dashboard for monitoring DA proofs and storage health across all your connected chains.

We enforce strict SLAs for data persistence and retrieval, backed by a decentralized network of operators. Your application data remains accessible and verifiable for the lifetime of your product.

Deploy a production-ready, secure data availability bridge in under 2 weeks. We provide a fully managed infrastructure layer, eliminating months of in-house development and security auditing.

Our layer is built with formal verification and undergoes regular audits by firms like Trail of Bits. We guarantee 99.9% uptime with a financially-backed SLA, ensuring your cross-chain transactions never stall.

Eliminate the overhead of managing validator sets and relayers. Our subscription model provides predictable pricing, reducing total cost of ownership by up to 60% compared to building and maintaining your own solution.

Enable single-transaction interactions across Ethereum, Solana, and Cosmos-based chains. Our abstraction layer handles complexity, allowing your users to move assets and data without managing multiple wallets or gas tokens.

Process thousands of state proofs and data attestations per second with sub-second finality. Our horizontally scalable architecture grows with your transaction volume, preventing bottlenecks during peak demand.

Integrate new L1s and L2s in days, not quarters. Our modular design supports Celestia, EigenDA, and Avail, allowing you to adapt to the evolving data availability landscape without re-architecting your core application.

We architect your multi-world data availability layer, selecting optimal protocols (Celestia, EigenDA, Avail) based on your throughput, cost, and finality requirements. This includes designing the cross-chain message passing schema and data attestation logic.

Our engineers build and integrate the core DA layer components, including validators, light clients, and relayers. We ensure compatibility with your chosen L1/L2 (Ethereum, Arbitrum, Solana) and application logic.

We develop with security-first principles using formal verification patterns and prepare all code for external audit. Our deliverables include comprehensive test suites and audit-ready documentation.

We manage the mainnet deployment with zero-downtime strategies and establish real-time monitoring for data availability proofs, sequencer health, and cross-chain state consistency.