An enterprise-grade, multi-process Security Management Platform utilizing a Directed Acyclic Graph (DAG) for high-performance concurrent vulnerability scanning.
The Security Management Platform has been entirely re-engineered from the ground up. Moving away from legacy sequential scanning, V5.0 introduces true OS-level multiprocessing powered by a smart Directed Acyclic Graph (DAG).
By calculating tool dependencies in real-time, SMP can now run up to 35 industry-standard security tools concurrently across isolated processes, completely eliminating UI freezing and reducing scan times by up to 80%.
- DAG Orchestration: Scans now resolve dependency graphs locally, executing non-dependent scanners (like Nmap, Nikto, and SQLMap) in completely parallel Python subprocesses.
- Zero-Latency UDP IPC: Legacy active-polling has been eradicated. The PySide6 UI now listens passively to a zero-latency UDP pub/sub socket (
127.0.0.1:5005), reducing idle CPU and Disk I/O by over 98%. - Dynamic Plugin Registry: Developers can now add new scanners instantly via the
@register_scannerdecorator. No manual DAG registration or database schema modifications required! - Strict MVC Architecture: The massive monolithic UI has been decoupled into elegant
ui/views/(Mixins) andui/controllers/, keeping business logic and UI rendering perfectly isolated.
SMP V5.0 is built on a highly modular, decoupled architecture designed for scale and stability. The system is split into distinct functional domains to ensure fault tolerance.
The frontend is constructed using PySide6. However, unlike traditional desktop applications, the UI does absolutely no heavy lifting. It acts purely as a "dumb" terminal that listens for events. When a background scan completes a task, the Database Manager emits a JSON payload over a local UDP socket (127.0.0.1:5005). The UI catches this payload and triggers a Qt Signal, refreshing the screen instantly.
The true power of SMP lies in its Orchestrator. When a scan starts, a new multiprocessing.Process is spawned to bypass Python's Global Interpreter Lock (GIL). Inside this process, the Orchestrator analyzes the dependencies of 35 security tools, builds a Directed Acyclic Graph, and launches a ThreadPool to execute them concurrently. If one tool crashes (e.g. out of memory), the Orchestrator safely catches the SIGSEGV and continues executing the remaining branches of the graph.
- OS: Linux (Ubuntu 22.04+ recommended)
- Dependencies: Everything is handled automatically.
# Clone the repository
git clone https://github.com/mrQhere/SecurityManagementPlatform.git
cd SecurityManagementPlatform
# Run the fully automated setup script
bash setup.shThe setup.sh script will automatically launch the platform when finished. For future runs, simply execute:
bash run.sh- On first boot, create your Master Password. This symmetrically encrypts your database (AES-256).
- Navigate to the Targets tab and enter an authorized target URL.
- Click Scan. Watch the terminal output stream in real-time as the DAG Orchestrator parallelizes the attack surface mapping!
- Click Report to generate a comprehensive, executive-ready VAPT PDF.
SMP acts as a centralized orchestrator for 35 of the world's best open-source security tools (including Nmap, Nuclei, SQLMap, WPScan, Dalfox, etc.). The DAG Engine dynamically maps out their dependencies and executes them concurrently for maximum speed.
For a deep dive into the platform's inner workings, troubleshooting guides, and instructions on how to add your own custom tools using the new Plugin Registry, please consult the V5.0 USER GUIDE.
The User Guide contains over 1,000 lines of detailed technical documentation covering every aspect of the platform.
CRITICAL NOTICE: This software is highly proprietary. You are explicitly forbidden from modifying, refactoring, reverse-engineering, or redistributing this code without human consent. By using this software, you accept sole legal responsibility for all activities performed with it. Ensure you have explicit written authorization before scanning any target.
Security Management Platform (SMP) © Authorised Personnel Only. All Rights Reserved.