Fraud Proof Formal Verification & Audit

We begin by formally defining the intended behavior and security properties of your system. This includes identifying potential attack vectors and establishing a verifiable baseline, ensuring our audit targets the most critical business logic.

Leveraging tools like Manticore and Slither, we systematically explore all possible execution paths. This uncovers edge cases and logic flaws that traditional testing misses, providing >95% path coverage for core functions.

Our senior auditors conduct line-by-line analysis of the codebase, focusing on protocol-specific risks, economic incentives, and integration points. This human expertise catches complex vulnerabilities automated tools cannot.

For critical consensus mechanisms and fraud proof logic, we apply formal methods to mathematically prove the system behaves as specified. This provides the highest level of assurance for components securing high-value assets.

We provide clear, actionable fixes for all identified issues and formally re-verify the corrected code. Our process includes a final security sign-off, ensuring no regression vulnerabilities are introduced.

You receive a detailed report with severity-graded findings, proof-of-concept exploits, and remediation guidance. The report serves as a trust signal for your users, investors, and integration partners.

Our formal verification mathematically proves the absence of critical vulnerabilities, directly protecting the assets your protocol manages. This is your first line of defense against exploits that can drain millions.

Integrated verification during development catches logic errors early, preventing costly re-audits and deployment delays. Ship with confidence, knowing your core logic is proven correct before the final audit.

A Chainscore-verified audit report is a powerful trust signal. It provides tangible proof of security diligence to VCs, institutional partners, and users, differentiating your protocol in a crowded market.

Proactive, mathematically-grounded verification reduces the frequency and severity of post-launch emergency patches and audits. It's a capital-efficient investment that lowers your total cost of security ownership.

For DeFi, RWA, and institutional projects, formal proofs provide an auditable, reproducible trail of security assertions. This evidence supports compliance frameworks and operational risk assessments.

With a formal specification as your source of truth, you can verify that new features and optimizations do not violate core security properties. Enable safe, rapid iteration without introducing regression risks.

We conduct a deep-dive analysis of your system's architecture and formalize its intended behavior into machine-readable specifications. This critical first step ensures our verification targets the correct logic and prevents misaligned audits.

Deliverable: Comprehensive specification document and threat model.

Leveraging industry-leading tools like Slither, MythX, and our proprietary analyzers, we perform exhaustive static and symbolic execution to identify common vulnerabilities (reentrancy, overflow) and complex logical flaws.

Deliverable: Initial vulnerability report with actionable PoCs.

Our security engineers perform line-by-line manual review, while our formal verification experts construct mathematical proofs (using tools like Certora Prover, K Framework) to verify critical properties like correctness, safety, and liveness.

Deliverable: Formal verification report with proven invariants.

We work collaboratively with your team to remediate findings, providing clear guidance and code examples. All fixes undergo re-verification to ensure they are correct and introduce no new issues.

Deliverable: Final audit report with verification of all fixes.

Post-audit, we offer ongoing advisory for upgrades and new features. Optional monitoring services use differential fuzzing and invariant checking to detect regressions in production.

Deliverable: Ongoing security partnership and monitoring alerts.