Smart Contract Logic & Business Flaw Detection

We analyze tokenomics, fee structures, and incentive models for vulnerabilities like value extraction, unsustainable emissions, or governance manipulation that threaten long-term viability.

We map all privileged functions (admin, mint, pause) and test for unauthorized access, missing modifiers, and centralization risks that could lead to a full protocol takeover.

We audit interactions with external protocols (oracles, bridges, DEXs) for reentrancy, price manipulation, and dependency failures that can break core functionality.

We identify inefficient storage patterns, loop optimizations, and contract architecture improvements that can reduce user gas costs by 20-40% on critical functions.

For upgradeable contracts (Proxy/UUPS/Beacon), we audit initialization, storage collisions, and admin functions to prevent bricking or exploits during migrations.

We verify that the implemented code matches the technical specification and whitepaper, ensuring no undisclosed behaviors or deviations from promised functionality.

We simulate edge cases to identify flaws in tokenomics, reward distribution, and fee mechanisms that could lead to arbitrage, inflation attacks, or fund drainage.

We rigorously test every state change—from user deposits to governance proposals—ensuring your contract behaves as intended under all possible conditions and sequences.

We map and stress-test admin functions, upgrade paths, and multi-sig integrations to prevent privilege escalation and ensure secure, recoverable operations.

We audit interactions with oracles, bridges, and other external protocols to prevent price manipulation, reentrancy, and data inconsistency risks.

We identify inefficient logic patterns and storage operations that inflate user costs, providing optimized refactors that can reduce gas fees by 15-40%.

Receive a prioritized report with clear, executable fixes—not just a list of issues. Our team provides direct guidance to implement solutions swiftly.