Role: Logical Permutation Simulation for Vulnerability Detection
DeepSeek-R1 uses the CoT framework to simulate every possible logical permutation of smart contracts, revealing vulnerabilities hidden in edge cases.
Technical Details:
Logical Permutation Engine:
Simulates contract execution paths based on variable inputs, extreme conditions, and multi-user scenarios.
Evaluates outcomes when calls are executed out-of-order or concurrently (e.g., race conditions).
Attack Vector Identification:
Models potential exploits, such as reentrancy attacks, sandwich attacks, or flash loan exploits.
Generates test cases for every permutation to evaluate worst-case scenarios under stress.
Multi-Path Flow Testing:
Tests nested conditions, external contract calls, and interaction flows involving user funds or token swaps.
Example: Evaluates if a staking contract properly handles scenarios where funds are partially withdrawn while rewards are recalculated.
Integration with AUDIT AI:
Serves as the simulation layer, stress-testing contracts under extreme scenarios.
Generates comprehensive attack vector reports, visualized in AUDIT AI’s dashboard, showing probability and severity of exploits.
Seamlessly integrates with blockchain explorer data to ensure simulated paths align with real-world transactions.
