Autonomous Multi-Agent Swarm Engine
Technical architecture of BugBountyAI specialized agents trained on Solidity AST vulnerability graphs and DeepSeek-R1 reasoning models.
Agent Specialists
4 Domains
Reasoning Core
DeepSeek-R1
Compiler Engine
Solidity AST Graph
Exploit PoC Verification
Local EVM Fork
1. Specialized Agent Taxonomy & Domain Focus
Parallel multi-agent consensus and control-flow evaluation
Security Agent: Dedicated to authorization models, role management, modifier definition order, and access control bypasses.
Logic Agent: Evaluates state invariants, flash loan oracle manipulation, spot price calculation flaws, and race conditions.
Smart Contract Agent: Analyzes low-level EVM bytecode, storage slot collisions, reentrancy callbacks, and unhandled return values.
Dependency Agent: Scans third-party library imports, OpenZeppelin inheritance trees, and known CVE vulnerability records.
2. AST Code Graph Pipeline & Execution Branch Tracing
Transforming compiler syntax trees into directed vulnerability graphs
Target codebases are compiled into Abstract Syntax Tree (AST) vulnerability graphs using solc-js. DeepSeek-R1 fine-tuned models trace function entrypoints and storage slot mutations, auto-generating verifiable Solidity Proof-of-Concept (PoC) exploit payloads.
AST Node Control-Flow Analysis Pipeline
// AST Node Control-Flow Pipeline
1. Compile Solidity AST -> solc-js JSON Output
2. Extract Function Nodes -> msg.sender, balances[msg.sender]
3. Identify Call Opcode Boundary -> call{value: amount}("")
4. Trace Storage Mutation -> balances[msg.sender] -= amount
5. Validate Execution Order -> Reentrancy Vector Confirmed
6. Auto-Generate Exploit Contract -> ReentrancyPoC.solNeed Protocol Integration Assistance?
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