Institutional DeFi Security Scanner

Continuous monitoring and scoring of 100+ DeFi protocols across 10+ blockchains. Our proprietary algorithm evaluates smart contract vulnerabilities, economic security, and governance health to deliver actionable risk ratings.

Configure real-time alerts for specific risk thresholds, governance proposals, or contract upgrades. Integrate findings directly into your internal compliance workflows and reporting dashboards via API.

Deep, automated analysis of contract code and on-chain interactions. Identifies reentrancy, oracle manipulation, and logic flaws, referencing known exploits from our database of 500+ historical incidents.

Aggregate your positions across wallets and protocols to visualize concentration risk, liquidity depth, and correlated failure points. Simulate market shocks and stress test your DeFi portfolio.

Enterprise SLA guaranteeing 99.9% platform availability. Includes dedicated technical account management, priority support channels, and custom integration assistance for seamless deployment.

Continuously scan smart contracts for 100+ known vulnerability patterns, including reentrancy, oracle manipulation, and access control flaws. Reduces manual review time by 80%.

Monitor protocol dependencies, governance changes, and on-chain anomalies in real-time. Receive instant alerts for critical threats, enabling sub-5-minute response times.

Generate comprehensive, immutable audit logs for every scan and alert. Simplify compliance with SOC 2, ISO 27001, and institutional due diligence requirements.

Seamlessly integrate into your CI/CD pipeline with our API and SDK. Achieve full deployment and team onboarding in under 2 weeks.

We begin with a formal threat model, identifying attack vectors specific to your DeFi protocol's architecture before a single line of code is written. This proactive approach prevents costly design flaws.

Our scanner's core logic undergoes formal verification using tools like Certora and Slither for static analysis, mathematically proving the correctness of critical security invariants.

We employ advanced fuzzing engines (Echidna, Foundry) to simulate adversarial conditions and edge cases, continuously testing the scanner against live fork mainnets.

We implement multi-sig governance, time-locks, and hardware security modules (HSM) for all deployment and upgrade processes, ensuring no single point of failure.

The scanner includes 24/7 monitoring for anomalous activity with automated alerts. Our dedicated response team follows a pre-defined IRP to mitigate any issues within SLA.