Vector Operating System (Vector OS) is a cutting-edge, lightweight operating system designed for high-performance computing. Built with efficiency and speed in mind, Vector OS provides a robust and scalable platform for modern computing needs. Our goal is to deliver an OS that combines performance, stability, and user-friendliness into one comprehensive package.
- š¹ High Performance ā Optimized for speed and resource management.
- š¹ Minimalistic Design ā Lightweight and efficient UI/UX.
- š¹ Secure & Stable ā Integrated security measures for data protection.
- š¹ Custom Kernel ā Designed for flexibility and modular expansion.
- š¹ Multi-Tasking Support ā Seamless execution of multiple processes.
- š¹ Open Source ā Community-driven development.
- š¹ Virtualization Support ā Compatible with major hypervisors (QEMU, VirtualBox, KVM).
- š¹ Modular Architecture ā Allows easy customization and extensions.
- š¹ Filesystem Support ā Compatible with EXT4, NTFS, and FAT32.
- š¹ Package Management ā Efficient package manager for software installation.
Experience the clean and intuitive interface of Vector OS:
Vector OS Desktop Environment - A sleek and responsive user interface built with XFCE
Vector OS startup experience:
Elegant boot splash screen with system initialization information
Vector-Operating-System/
ā
āāā linux-6.14/ # Kernel source (Linux 6.14 base)
ā āāā arch/ # Architecture-specific code (x86, ARM, RISC-V, etc.)
ā āāā block/ # Block layer (I/O scheduling, disk management)
ā āāā certs/ # Security certificates for kernel signing
ā āāā crypto/ # Cryptographic API and algorithms
ā āāā Documentation/ # Kernel documentation
ā āāā drivers/ # Device drivers (GPU, USB, network, etc.)
ā āāā fs/ # Filesystem implementations (ext4, btrfs, etc.)
ā āāā include/ # Header files for kernel-wide definitions
ā āāā init/ # Kernel initialization code
ā āāā ipc/ # Inter-process communication (signals, semaphores)
ā āāā kernel/ # Core kernel code (scheduling, system calls)
ā āāā lib/ # Generic library functions
ā āāā mm/ # Memory management (paging, heap, slab allocator)
ā āāā net/ # Networking stack (TCP/IP, routing, protocols)
ā āāā scripts/ # Utility scripts for building and configuring
ā āāā security/ # Security framework (SELinux, AppArmor)
ā āāā sound/ # Sound subsystem (ALSA, audio drivers)
ā āāā tools/ # Debugging and profiling tools
ā āāā usr/ # User-space utilities for initramfs
ā āāā virt/ # Virtualization (KVM, hypervisor support)
ā āāā Makefile # Main build configuration
ā
āāā vectos-live-build/ # Debian live-build workspace
ā āāā config/ # Live-build configuration
ā āāā build.sh # Build script for ISO generation
ā āāā README.md # Build instructions
ā
āāā vectos-ui/ # UI pack (themes, wallpapers, configs)
ā āāā themes/ # GTK themes
ā āāā xfce-panel/ # XFCE panel configuration
ā āāā dock/ # Plank dock settings
ā āāā wallpaper/ # Wallpaper assets
ā āāā plymouth/ # Plymouth boot theme
ā āāā grub/ # GRUB bootloader theme
ā āāā control-center/ # Control Center application
ā āāā ai-widget/ # AI Widget integration
ā
āāā public/ # Public assets
ā āāā image/
ā āāā logo/ # OS logo and branding
ā āāā ScreenShots/ # System screenshots
ā
āāā README.md # This file
- CPU: Dual-core processor (1.5 GHz or higher)
- RAM: 2 GB minimum (4 GB recommended)
- Storage: 20 GB available disk space
- BIOS: UEFI or Legacy BIOS support
- CPU: Multi-core processor (2.5 GHz or higher)
- RAM: 8 GB or more
- Storage: SSD with 50+ GB space
- GPU: Dedicated graphics card (Optional for better performance)
git clone https://github.com/Vector-OS/Vector-Operating-System
cd Vector-Operating-SystemThis repository contains the Linux kernel source tree and live-build workspace. The full Debian live-image and installer workflow is documented in BUILDING-VECTOS.md.
cd vectos-live-build
./build.shThe output ISO will be available at build/live-image-amd64.hybrid.iso.
sudo dd if=build/live-image-amd64.hybrid.iso of=/dev/sdX bs=4M conv=fsync
- Download Balena Etcher
- Select the ISO file
- Choose USB drive
- Flash
- Insert the USB drive
- Boot from USB
- Follow the Calamares installer prompts
- Restart and enjoy Vector OS!
- Initial Setup: Configure locale, timezone, and user account
- Network Configuration: Connect to WiFi or Ethernet
- Update System: Run package manager updates
# Update system packages sudo apt update && sudo apt upgrade # Install new packages sudo apt install <package-name> # Navigate filesystem cd /path/to/directory ls -la # Create and manage files touch filename.txt mkdir new_folder
- Desktop Environment: XFCE with custom Vector OS theme
- Theme Customization: Modify GTK themes in
~/.config/xsettings - Wallpapers: Available in Settings > Desktop
- Panel Configuration: Edit XFCE panel settings in
~/.config/xfce4/
- Package Manager: Use
aptto install applications - Software Center: GUI application for browsing software
- WiFi: Use network manager in system tray
- Ethernet: Automatic DHCP configuration
- Advanced: Configure network settings in
/etc/network/interfaces
cd linux-6.14 make menuconfig # Configure kernel make -j$(nproc) # Compile sudo make install # Install sudo make modules_install
- Place custom modules in
drivers/directory - Update
KconfigandMakefilefor module integration - Rebuild kernel with custom modules
We welcome contributions from the community! Here's how to get started:
Click the "Fork" button on GitHub.
git clone https://github.com/YOUR_USERNAME/Vector-Operating-System
cd Vector-Operating-System
git remote add upstream https://github.com/Vector-OS/Vector-Operating-Systemgit checkout -b feature/your-feature-name
- Write clean, well-documented code
- Follow the coding style of the project
- Test thoroughly before committing
git add . git commit -m "Add descriptive commit message" git push origin feature/your-feature-name
- Open a PR on the main repository
- Describe your changes clearly
- Link any related issues
- Code Style: Follow Linux kernel coding standards
- Documentation: Add comments for complex logic
- Testing: Ensure code works across different architectures
- Commit Messages: Use clear, descriptive messages
- References: Link to issues or discussions when applicable
For detailed guidelines, check our Documentation folder.
- Check if the issue already exists
- Provide detailed system information
- Include steps to reproduce
- Attach relevant logs or screenshots
- Describe the feature clearly
- Explain the use case
- Suggest implementation if possible
- Link to related discussions
Vector OS is licensed under the MIT License. See the LICENSE file for details.
- ā Improve hardware driver support
- ā Enhance GUI-based applications
- ā³ Develop comprehensive documentation
- ā³ Develop a dedicated software repository
- ā³ Improve networking stack performance
- ā³ Implement a graphical installer (Calamares)
- ā³ Expand security features with encryption support
- ā³ Mobile OS port for ARM devices
- ā³ AI-powered system optimization
Join our community to discuss development, share ideas, and collaborate:
- GitHub Discussions: Vector OS Discussions
- Issue Tracker: Report issues
- Contributing: Check CONTRIBUTING.md
- Language Composition: 98.3% C, 0.7% Assembly, 0.4% Shell, 0.2% Python
- Architecture: Multi-architecture support (x86_64, ARM, RISC-V)
- Repository Size: Full Linux kernel + custom components
- Active Development: Ongoing improvements and optimizations
For questions, suggestions, or collaboration opportunities:
- š§ Email: [email protected]
- š LinkedIn: Zainulabdeenofficial
- š GitHub: @Zainulabdeenoffical
- š Instagram: @m.zainulabdeenoffical
- Linux kernel developers and community
- XFCE desktop environment team
- Open source community contributors
- All users and testers providing feedback
Vector OS - Building the Future of Operating Systems š
