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STForensicMacOS Development Roadmap

Phase 1: Core Infrastructure (Week 1-2)

  • Project structure creation
  • Basic module system
  • Main application framework
  • Command line interface
  • Configuration system
  • Logging system

Phase 2: Core Modules (Week 3-4)

  • System Info Module
    • Hardware information
    • Operating system information
    • System configuration
    • Error fixes (CPU information)
  • Process Analysis Module
    • Running processes
    • Process details
    • Process tree structure
  • Network Analysis Module
    • Active connections
    • Network configuration
    • Routing information
  • User Analysis Module
    • User accounts
    • Group information
    • Permission levels

Phase 3: Advanced Modules (Week 5-6)

  • Filesystem Analysis Module
    • Filesystem structure
    • File hashes
    • Timestamps
    • Deleted file recovery
  • Memory Analysis Module
    • RAM status
    • Memory dump
    • Kernel modules
  • Log Analysis Module
    • System logs
    • Application logs
    • Security logs
  • Timeline Analysis Module
    • File timeline
    • System events
    • User activities

Phase 4: Reporting System (Week 7-8)

  • JSON Reporting
    • Structured data format
    • Module-based reports
  • HTML Reporting
    • Web-based reports
    • Interactive charts
    • Search and filtering
  • PDF Reporting
    • Professional report format
    • Charts and tables
  • CSV Export
    • Data analysis export
    • Excel compatibility

Phase 5: Imaging System (Week 9-10)

  • Lite Mode Imaging
    • Quick system snapshot
    • Basic data collection
    • Compression optimization
  • Full Mode Imaging
    • Complete disk image
    • Memory dump
    • Hash verification
  • Image Management
    • Image storage
    • Image analysis
    • Image comparison

Phase 6: Security and Optimization (Week 11-12)

  • Security Features
    • Hash verification
    • Data integrity checking
    • Encryption support
  • Performance Optimization
    • Parallel processing
    • Memory optimization
    • Disk I/O optimization
  • Error Management
    • Comprehensive error handling
    • Recovery mechanisms
    • Logging and debugging

Phase 7: GUI Interface (Week 13-14)

  • Web-Based GUI
    • Flask/FastAPI backend
    • Modern frontend (React/Vue)
    • Real-time updates
  • Desktop GUI (Optional)
    • Tkinter/PyQt interface
    • Native MacOS integration

Phase 8: Testing and Documentation (Week 15-16)

  • Testing System
    • Unit tests
    • Integration tests
    • Performance tests
  • Documentation
    • API documentation
    • User guide
    • Developer documentation
  • Deployment
    • PyPI package
    • Docker container
    • Homebrew formula

Future Features

  • Machine Learning integration
  • Cloud storage support
  • Multi-platform support
  • Plugin system
  • API integrations
  • Automatic update system

Technical Requirements

  • Python 3.8+
  • macOS 10.15+
  • Root/Admin privileges
  • Minimum 4GB RAM
  • 10GB free disk space

Current Status Summary (2025-01-07)

✅ Completed Features:

  • Core Infrastructure: Project structure, module system, configuration, logging
  • Core Modules: System Info, Processes, Network, Users
  • Advanced Modules: Filesystem, Memory, Logs, Timeline
  • Reporting: JSON and HTML report generation
  • Security: Hash verification, data integrity checking
  • Error Management: Comprehensive error handling and logging

🔧 Fixed Issues:

  • CPU information parsing error with invalid literal for int()
  • Process details comparison error with NoneType
  • Missing modules (processes, network, users) created
  • Forensic engine module registration system updated
  • New advanced modules added

📊 Test Results:

  • System Info module working successfully
  • JSON and HTML reports generating
  • Hash verification working
  • Logging system active
  • 8 modules successfully integrated

🚀 Next Steps:

  1. Reporting: PDF, CSV formats
  2. Imaging: Lite and Full mode imaging system
  3. GUI: Web-based interface
  4. Testing and Documentation: Comprehensive testing system
  5. Performance Optimization: Parallel processing and memory optimization