Justice John@Johnjustice002

🎯 Overview This tool provides AI-powered security analysis for C++ smart contracts on the Qubic Network. It automatically detects common vulnerabilities such as reentrancy risks, integer overflows, state persistence issues, and unhandled edge cases, generating comprehensive security reports with actionable recommendations. 🌟 Features Core Functionality AI-Driven Analysis: Uses intelligent pattern matching to identify vulnerabilities Multi-Vulnerability Detection: Detects 10+ types of security issues Severity Classification: Categorizes issues as HIGH, MEDIUM, or LOW priority Actionable Reports: Provides specific suggestions for fixing each vulnerability Line-by-Line Analysis: Pinpoints exact locations of security issues Supported Vulnerability Types Reentrancy Risks - Recursive calls during epoch execution Integer Overflow/Underflow - Unchecked arithmetic operations State Persistence Issues - Missing state updates across epochs Array Bounds Violations - Unsafe array access Division by Zero - Unchecked division operations Null Pointer Dereference - Unsafe pointer usage Unchecked Return Values - Missing error handling Missing Initialization - Uninitialized state variables External Call Vulnerabilities - Unsafe external interactions Balance Validation Issues - Missing balance checks 🛠️ Technical Architecture AI-Powered Detection Engine Pattern Recognition: Uses regex and string matching for vulnerability detection Context Analysis: Considers code context and Qubic-specific patterns Severity Assessment: Intelligent classification based on security impact False Positive Reduction: Contextual filtering to minimize false alarms Qubic Integration Native C++ Implementation: Fully compatible with Qubic's C++ smart contracts Epoch-Aware Analysis: Understands BEGIN_EPOCH and END_EPOCH patterns Testnet Deployment Ready: Designed for Qubic testnet environment 🚀 Quick Start Prerequisites Qubic testnet node access GCC compiler (g++) Standard C++ libraries