Privacy-Preserving Data Availability Layer Integration

Deploy and manage a fault-tolerant network of MPC nodes for threshold cryptography. Our architecture ensures private key sharding and signing operations never reconstruct a full key in a single location, eliminating single points of failure.

Implement cryptographic schemes for data availability where payloads are encrypted on-chain. Authorized parties can decrypt specific data via access keys, enabling compliance with regulations like GDPR while maintaining blockchain verifiability.

Build secure, privacy-preserving bridges for asset and message transfer between L1s and L2s. Our designs use relayers with zero-knowledge proofs to validate state transitions without revealing underlying user activity or amounts.

Every integration includes comprehensive logging, key management lifecycles, and security event monitoring designed for external audit. We provide the evidence trail required for SOC 2 Type II and financial-grade security certifications.

We deliver a fully integrated, audited connection to leading DA layers like Celestia, EigenDA, or Avail. This includes custom light clients, fraud proofs, and a 99.9% uptime SLA for data availability calls, ensuring your rollup or appchain is secure from day one.

By moving data off-chain to a specialized DA layer, we reduce your L1 settlement costs by 80-95% compared to posting full calldata. Our gas optimization and batching strategies maximize savings without compromising security.

We implement privacy-preserving techniques such as data encryption, zero-knowledge proofs (ZKPs), or private mempools via the DA layer. This enables compliant DeFi, enterprise, and gaming applications that require confidential transaction data.

Leverage our pre-built modules and expertise with DA SDKs to deploy a validated architecture in weeks, not months. We handle the complexity of cross-chain verification and data sampling so your team can focus on core application logic.

Our integrations unlock scalable throughput (10k+ TPS potential) with sub-second data availability guarantees. We ensure your application's performance scales independently of congested base layer networks.

We design modular, interoperable systems that allow you to switch or combine DA providers (multi-DA) as the ecosystem evolves. This prevents vendor lock-in and ensures long-term adaptability and cost efficiency.

We conduct a deep technical assessment of your current stack and target DA layer (e.g., Celestia, EigenDA, Avail). We identify integration points, data flow requirements, and potential security vectors before a single line of code is written.

Our engineers build and containerize the secure bridge between your application logic and the DA network. This includes transaction batching, blob submission logic, and retrieval mechanisms tailored to your throughput needs.

Every integration undergoes rigorous testing: unit tests, integration tests with a local DA devnet, and failure scenario simulations (e.g., sequencer downtime, data withholding attacks). We ensure data integrity and liveness guarantees are met.

We deploy the integrated solution to a staging environment mirroring production. We implement comprehensive monitoring for data submission success rates, latency, gas costs, and DA layer health, establishing baseline performance KPIs.

Managed deployment to your mainnet with zero-downtime cutover strategies. We provide complete documentation, operational runbooks, and knowledge transfer to your DevOps team, ensuring you own and control the infrastructure.

Post-launch, we offer retainer-based support for protocol upgrades, performance tuning, and scaling advisory. We help you adapt to new DA layer features and optimize for cost-efficiency as transaction volumes grow.