Restaking Reward Compounding Engine

Smart contracts automatically harvest rewards from multiple restaking protocols (EigenLayer, Karak) and convert them into principal, eliminating manual operations and maximizing compounding frequency.

Proprietary batching and scheduling algorithms reduce transaction costs by up to 40% compared to manual strategies, ensuring profitability even during high network congestion.

Deploy and manage compounding strategies across Ethereum, Arbitrum, and Optimism from a single dashboard. Our engine handles cross-chain messaging and settlement automatically.

Monitor APY, slippage, and validator health with sub-5-second latency. Dashboards provide actionable insights to adjust strategies based on live market and protocol conditions.

Choose between our audited, insured smart contract vaults for automated custody or our non-custodial agent framework where you retain full control of private keys.

Programmable logic for distributing compounded rewards—auto-stake, convert to stablecoins, or stream to treasury. Supports complex vesting schedules and multi-sig approvals.

Automatically compound staking rewards and DeFi yields without manual intervention, increasing effective APY by 15-40% compared to static staking strategies.

Eliminate the manual labor and gas costs of frequent claim-and-restake cycles. Our engine handles complex multi-protocol interactions with a single integration point.

Unlock liquidity from staked positions. Our engine can integrate with liquid staking tokens (LSTs) and restaking protocols (e.g., EigenLayer) to create layered yield strategies.

Built with formal verification practices and audited by leading security firms. Features non-custodial architecture and robust failure modes to protect user funds.

Integrate a battle-tested compounding engine in weeks, not months. Accelerate your roadmap for yield-bearing products, vaults, or automated treasury management.

Future-proof your product. Our engine's modular design allows seamless addition of new staking protocols, DeFi yield sources, and blockchain networks as they emerge.

We analyze your tokenomics, target chains (Ethereum, L2s), and yield sources to design a secure, gas-efficient compounding strategy. Deliverable: a technical specification document.

Our engineers build the core vault and auto-compounder using Solidity 0.8+ with OpenZeppelin libraries. Code includes modular design for easy integration with EigenLayer, Lido, and other LSTs.

We implement a multi-layered security approach: internal review, integration of known audit findings, and preparation for third-party audits (e.g., CertiK, Halborn).

Deploy to Sepolia/Holesky for rigorous testing. We simulate compounding cycles, stress test under high gas, and validate all user flows (deposit, claim, exit) before mainnet.

We manage the production deployment, configure initial parameters, and establish real-time monitoring for vault health, yield performance, and security events.

Receive comprehensive technical documentation, admin guides, and integration snippets. We ensure your team is fully equipped to operate and iterate on the engine.