Optimistic Rollup Restaking Bridge Architecture

By leveraging the shared security of the Ethereum staking pool, you eliminate the need to bootstrap and incentivize a dedicated validator set. This cuts operational costs by over 80% compared to building and maintaining a standalone Proof-of-Stake bridge.

Our modular bridge framework is built on battle-tested optimistic verification. We provide a production-ready codebase, cutting development time from 6+ months to under 8 weeks. Focus on your application logic, not the bridge's consensus mechanism.

Built as an EigenLayer AVS, your bridge automatically integrates with a growing ecosystem of shared security services. This positions your application for seamless future upgrades and compatibility with new L2s, rollups, and modular chains without re-architecting security.

We deliver enterprise service level agreements for uptime and finality. Our architecture is designed for 99.9% availability with sub-30 minute optimistic challenge windows, providing deterministic guarantees for high-frequency trading and settlement applications.

We begin with a detailed technical design document, defining the bridge's state transition logic, fraud proof mechanisms, and integration points with L1 (Ethereum) and L2 (Optimism, Arbitrum). This ensures alignment on security assumptions and system boundaries before a single line of code is written.

Implementation of the core bridge contracts in Solidity 0.8+ using OpenZeppelin libraries. This includes the deposit/withdrawal logic, state commitment hashing, and the verifier contract for fraud proof validation. All code follows gas-optimized patterns.

Before external audit, our team conducts exhaustive unit, integration, and fuzz testing. We simulate adversarial scenarios, including invalid state transitions and delayed fraud proofs, using Foundry and Hardhat to identify and remediate vulnerabilities.

Deployment to a public testnet (Sepolia, Holesky) with a full monitoring stack. We test real cross-chain messaging, fraud proof submission, and economic incentives under live network conditions, gathering performance metrics before mainnet.

We manage the secure mainnet deployment, including multi-sig configuration and initial liquidity bootstrapping. Our team provides 24/7 monitoring and incident response support for a defined period to ensure a smooth production launch.