Autonomous Exploit Generation & Intelligence System
Version 2.0.9 — "The Realistic Deterministic Standard"
"If it cannot be proven, it will not be done."
— The Revised Iron Rule (v2.0.9)
In compliance with dual-use technology standards and responsible disclosure practices, this repository contains the Cognitive Core and Formal Verification Logic of AEGIS. Active network drivers and exploit payloads have been removed or replaced with synthetic constraints.
PROJECT AEGIS is a formal-logic-based autonomous cybersecurity framework designed to identify, verify, and remediate vulnerabilities in complex networked systems. Unlike "black box" neural network approaches, AEGIS utilizes Strict XAI (Explainable AI) and SMT Solvers (Z3) to derive attack paths with mathematical certainty. The system addresses the "Kobayashi Maru" state-explosion problem in binary analysis by utilizing Targeted Backward Slicing rather than whole-program symbolic execution.
Uses Z3 Theorem Prover to model attack graphs as constraint satisfaction problems with mathematical certainty.
Integrated safety protocol that classifies actions into Tiers (GREEN/YELLOW/RED). High-risk actions require cryptographic proof of authorization.
Handles network uncertainty (jitter, packet loss) by treating scan data as UncertainBool types until verified by micro-probes.
Extracts minimal executable slices from binaries to isolate vulnerability sinks (e.g., strcpy, system) for analysis.
git clone https://github.com/sirkianmj/aegis-core.git
cd aegis-core
conda env create -f environment.yml
conda activate aegis-core
pytest tests/test_safety_compliance.pypython main.py --mode simulation --topology scenarios/corporate_network.jsonFoundation, Grammar Definition (UGE), and Z3 Integration
Phase: 0-4 // Status: Complete
Just-In-Time (JIT) Verification and Safety Tiers
Phase: 5-10 // Status: Complete
Hardware-Assisted Tracing (HATL) Abstraction
Phase: 11-16 // Status: Complete
Formal Verification of Governance Logic (Coq/Lean)
Phase: 21 // Status: Complete
This project is licensed under the PolyForm Noncommercial License 1.0.0.
You may view, audit, and run the simulation for educational purposes. You may NOT use this software for commercial penetration testing, sell it, or provide it as a service.