xinco [eXtensibe INformation COre] is a powerful Web-Service based Information and Document Management System (DMS) for files, text, URLs and contacts, featuring ACLs, versioning, full text search, an FTP-like client (easy install, J2EE+MySQL/PostgreSQL)
The FDOS Operaing System is 100% written in Assembler (NASM). It supports FAT 12, TSR and a small Multi Kernel System. The source is very good documentated (only in English). A German, russian and English Documentation (about 40 pages) are included.
Open source realtime multitasking system for C16x and derivatives (C167, XC167, ST10, etc.), focussed on minimum resource usage.
The goal of the Basic Operating System (BOS) project is to write a new modular and fast operating system in NASM and GCC.
A new advanced customizable graphic menu multi boot and OS loader based on XOSL project with gujin project features, this project integrate too a mini OS to provide certain customizable specialized maintenance tasks before boot partition/load OS target.
FlachsOS is a realtime-multitasking Operating System. Coded in Assembler and C/C++.
Development of a mainframe system
Minerva's primary goal is security. To allow all users to feel safe and secure but have the freedom to do what ever they want. We also want a fast easy way to bring every linux and windows o/s together.
- Plattform: amd64 and nvidia GeForce with shaders - Goal: Assembler with object-orientated paradigma with the ability of massive parallel calculation - Has its own bootloader and its own rudimentary os with a ncurse like editor
QuickOS is a really-quick-realtime-multitasking-os, that requires less than a second to boot up. Basic-kernel-functions will be written with NASM assembler. We should get a C/C++ compiler to work for us.
Graphical OS Kernel compiled with gcc 4.6.1 and nasm 2.09.08
This will be an OS Project which is for everyone. It will contain the best from all known OS\'es with much own ideas that makes the OS more stable and as fast as possible. It will be compatible to everything(Windows, Linux, BSD, QNX, ...) with its own GU
YASA is a framework to simulate and analyze real time scheduling applications on different platforms. These platforms are called Executives. You can define own tasksets, own schedulers and own synchronization protocols to describe your target environment
nucleOS will be an 32-bit Operating System (perhaps we'll make it 64-bit later), written in Pascal and Assembler. It will be based on the i386 architecture and will support multi-tasking later on. Project is dead since 2006-03-19.