Event-Driven Contract Activation

We deploy high-availability indexers and listeners for on-chain events (ERC-20 transfers, NFT mints, governance votes) and off-chain data (oracle feeds, API calls). This ensures your contracts react instantly to predefined triggers.

Our activation logic is built with Solidity best practices and gas optimization patterns. We implement meta-transactions and batched calls to reduce user friction and execution costs by up to 40%.

Design and deploy activation systems that operate seamlessly across Ethereum, Polygon, Arbitrum, and other EVM-compatible chains. We manage cross-chain messaging for unified application logic.

Implement complex, multi-step activation workflows with precise conditional checks (time-based, threshold-based, role-based). We ensure state integrity and prevent reentrancy or race conditions.

Every activation module undergoes rigorous testing, including unit tests, integration tests, and audits following OpenZeppelin standards. We provide post-deployment monitoring and emergency pause mechanisms.

We build and host resilient off-chain relayers and keepers that monitor conditions and submit transactions, ensuring activation reliability even during network congestion.

Go from specification to a production-ready, audited system in under 4 weeks. Our templated architecture and battle-tested patterns eliminate months of R&D.

Every contract and off-chain listener is built with OpenZeppelin standards and undergoes a formal security review. We provide a comprehensive audit report for your team and investors.

Our gas-optimized contracts and efficient off-chain infrastructure reduce your operational spend. We provide detailed gas and hosting cost projections before you commit.

Deploy with confidence. Our systems include automated failover, 24/7 monitoring, and a 99.9% uptime SLA for all critical off-chain components and indexers.

We deliver complete technical documentation, deployment runbooks, and hands-on knowledge transfer. Your engineering team gains full ownership and operational control.

Architected for growth from day one. The system supports multi-chain event triggers, horizontal scaling of listeners, and can process 10,000+ transactions per hour.

Smart contracts that execute based on real-time on-chain or off-chain triggers (price feeds, time locks, governance votes). Enables automated workflows like limit orders and scheduled payments.

Secure, programmable treasury contracts requiring M-of-N signatures to activate funds or execute critical functions. Built with role-based permissions and time-lock safeguards.

Oracles and relayers that monitor events on one chain (e.g., Ethereum mainnet) to trigger contract execution on another (e.g., Arbitrum, Polygon). Powers interoperable DeFi and NFT bridges.

DAO tooling that automatically enacts passed proposals—like fund transfers or parameter updates—without manual intervention. Reduces operational overhead and execution lag.

ERC-721/1155 contracts whose metadata or utility changes based on external events (game outcomes, real-world data). Creates interactive, evolving digital assets.

Recurring payment systems where smart contracts automatically charge users or distribute revenue based on usage metrics or time intervals. Ideal for SaaS and content platforms.