Search Results for "no code ai design"

Glow is an educational, hobbyist operating system written in C and Assembly, developed to help learners understand the internals of OS design and kernel development. Targeting x86_64 systems, Glow features its own kernel, bootloader, and minimal userland. With clear code structure and a simple design, it serves as a playground for experimenting with low-level systems programming, boot sequences, interrupt handling, and basic UI components like shells and text rendering.

k23 is a microkernel-based operating system project written in Zig, an emerging systems programming language focused on safety, simplicity, and performance. k23 explores the design of modern OS features like message-passing, memory protection, and modular service construction using Zig’s powerful low-level capabilities. It is an experimental and educational project intended to show how Zig can be used for robust, readable systems programming while enabling contributors to rethink traditional...

...👋 I’m Muhammad Haris, Developer of BJH OS 🌐💡 — a web-based OS built with pure HTML, CSS & JS. Enjoy draggable windows, built-in apps, a web terminal, Flash Browser, AI assistant, and persistent data via localStorage. 🚀 Highlights Custom desktop environment & smoother UI Modular architecture Built-in apps & BJH OS Apps Market Remote alerts & updates Secure login & developer tools 🛒 BJH OS Apps Market Features Browse apps/games App details: icon, developer, rating, downloads, screenshots Automatic app updates & notifications 🧑‍💻 For Developers To build, extend, create apps or games, Upload Apps To BJH OS Apps Market and follow best practices via Developer Docs Contribute To BJH OS: https://github.com/Haris16-code/BJH-OS/blob/main/CONTRIBUTING.md 📥 Get BJH OS BJH OS Main Website: https://bjhos.unaux.com BJH OS Main Repository: https://github.com/Haris16-code/BJH-OS 💬 Join Discord: https://discord.gg/SdDSUtCbX8

LibertyOS Kernel is the core component of the LibertyOS operating system project, focused on creating a secure, privacy-respecting OS from the ground up. Written primarily in C and C++, the kernel is being developed to support modern hardware, incorporate essential system services, and maintain transparency in design. LibertyOS is built with an emphasis on user freedom, aiming to avoid corporate tracking, offer user-centric control, and provide a robust alternative to mainstream operating systems. The kernel reflects these values through clean code, modular design, and a focus on fundamental security practices.

...HelenOS is therefore flexible, modular, extensible, fault tolerant and easy to understand. HelenOS does not aim to be a clone of any existing operating system and trades compatibility with legacy APIs for cleaner design. Most of HelenOS components have been made to order specifically for HelenOS so that its essential parts can stay free of adaptation layers, glue code, franken-components and the maintenance burden incurred by them.

Winix is an experimental Unix-like operating system kernel written in modern C++ with an emphasis on object-oriented design and code clarity. It is a pedagogical project exploring how kernel-level programming can be structured with C++ abstractions while maintaining low-level control. Winix supports basic system services such as file systems, process management, and a terminal interface, and is designed for booting on x86_64 hardware via QEMU. It serves as an accessible and unconventional approach to understanding operating systems.

resea is a small, message-passing-based operating system kernel designed with microkernel principles in mind. Written in C with minimal dependencies, it emphasizes modularity, isolation, and simplicity. resea includes a basic POSIX-like interface and supports multitasking, IPC, and user-space services. It serves as both a microkernel OS experiment and a platform for learning about low-level system design without the complexity of larger operating systems.

Aquila is a minimalist operating system kernel written in C++ from scratch, aiming to offer a clean and understandable implementation of low-level OS concepts. Designed for x86_64 systems, Aquila includes its own bootloader and supports protected mode operations. It features a modular architecture with components for memory management, interrupts, and basic task scheduling. As a learning tool or hobby OS project, Aquila focuses on clarity, with an emphasis on educational documentation and...

PowerNex is a microkernel operating system written entirely in the Nim programming language. Designed as a learning and research project, it explores OS development using a modern high-level systems language while still offering low-level control. PowerNex focuses on modularity, simplicity, and code clarity. While still in its early stages, the project includes basic kernel functionality, including memory management, task switching, and a custom bootloader, offering insight into building an...