Stampede

null

Web site: stampede.org
Origin: USA
Category: Desktop
Desktop environment: AfterStep, Blackbox, Enlightenment, IceWM, WindowMaker
Architecture: x86
Based on: Independent
Wikipedia:
Media: Install CD
The last version | Released: 0.90 | August 10, 2001

Stampede Linux – an independent Linux distribution developed by the Stampede Linux Foundation. Stampede is a remarkable new approach to Linux distributions. Ironically enough, in a world of so many Linux distributions that claim to do everything under the sun, it seems that none really exist that are designed to both perform tasks and maintain speed and reliability. Furthermore, most Linux distributions make too many compromises, whether it be sacrificing functionality to deliver ease of use, or vice versa, Stampede aims to take the middle road.

Stampede Linux was created on December 4th, 1997. This date holds significance as it is the birthday of Stampede Linux’s founder, Matt Wood. The distribution was named after Matt’s personal domain, which he created 6 months before work began on Stampede Linux. He decided to work on Stampede out of his frustration with the present distributions, since none of them could adequately fulfill his needs. Although Matt doesn’t actively work in the distribution today, we still continue on in the original spirit of the project, and he is available as an advisor when necessary.

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PetrOS

PetrOS

Web site: trumpet.com.au/index.php/products/petrosr.html
Origin:
Category: Desktop, Others
Desktop environment: CLI
Architecture: x86
Based on: Independent
Wikipedia:
Media: Install
The last version | Released: 1.01 | 2001

PetrOS – a 32-bit operating system for the PC platform, by Trumpet Software International Pty Ltd. It a small, modular, easy to use, and not resource hungry.

PETROS(r) has been created from first principles, allowing it to focus on a small size and a modular approach. It is not intended to create yet another set of instructions and syntax, rather the underlying design concept has been to create a more efficient way of performing similar tasks without the overheads of resource hungry facilities or excessive feature creep.

Some of the primary features of PETROS(r) include:
– A micro kernel of about 100K, allowing much more memory for applications.
– A full working TCP system can be acheived in approximately 200K.
– It is fast loading, fast and easy to run.
– It runs on a 486 and above level of processor.
– It has a minimum memory requirement of 2MB.
– Standard peripherals are built in.
– It is fully multi-tasking.
– It has loadable driver modules.
– It has virtual paged memory.
– It will allow continued use of superceded machine configurations.
– It contains industry standard disk stuctures and executable formats.

Possible Uses:
– POP mail server.
– SMTP mail server.
– Firesock gateway machine.

Installation Instructions:
PETROS(r) is a fully functional operating system, which replaces the functions of MS-DOS or Windows(tm). As such, it will need to install important files on your disk drives that can prevent other operating systems on the same drive from working. You should make adequate backups and emergency recovery disks before attempting to install PETROS(r) to a hard drive that is used by other operating systems.

1. Installing PETROS(r) to run from the DOS prompt.

In order to coexist with other operating systems, PETROS(r) can be started from MS-DOS (native DOS, not a DOS box). If you are in Windows 9x, restart your computer MS-DOS mode. Create a directory (usually “petros”) to save the PETROS(r) files in and use the -noboot option:

C:\>md petros
C:\>cd petros
C:\petros>a:demo.exe -noboot

Once installed, start PETROS(r) from the DOS prompt by typing “pm”:

C:\>pm

PETROS(r) will start up and locate the drives and current directory.

2. Installing on a Floppy Disk.

To install PETROS(r) on a floppy disk, first insert a blank formatted disk in the drive. Copy the file “demo.exe” to a temporary directory on your hard drive and then type “demo.exe a: -boot”:

C:\temp>copy a:demo.exe
1 file(s) copied.
C:\temp>demo a: -boot

After the installation has completed successfully, leave the disk in the drive and reboot the system. PETROS(r) will now boot and you will be able to operate from the floppy drive.

3. Installing to a hard drive.

IMPORTANT – The PETROS(r) installer will overwrite any DOS or Windows boot sector with a PETROS(r) boot sector. Make sure you prepare a recovery disk to reinstate the DOS or Windows boot sector. SHOULD THE INSTALL PROCESS FAIL OR FOR SOME REASON PETROS(r) WILL NOT BOOT, YOUR DRIVE MAY BE LEFT INOPERABLE.

NOTE: If you require a multi-boot system we suggest that you install PETROS(r) on a fresh MS-DOS drive partition prepared using fdisk. Only primary partitions can be made bootable. Fdisk can be used to select between different bootable partitions. Programs like Partition Magic can assist in setting up your partitions to be used as a multiple boot system.

To install PETROS(r) to the hard drive, run the install program from the floppy drive:

C:\>a:
A:\>demo c: -boot

Fdisk can now be used to make sure the PETROS(r) drive is the active partition to run PETROS(r) remove the floppy from the drive and reboot your machine.

Download

PetrOS Demo 1.01 i386 524KB.zip
md5sum: 7b26d23ffbc0d235659b72b5c57121b8

 

Happy Linux

Happy Linux

Web site: happylinux.com.cn (not active)
Origin: China
Category: Desktop
Desktop environment: KDE
Architecture: x86
Based on: Red Hat
Wikipedia:
Media: Install
The last version | Released: 3.0 | August 21, 2001

Happy Linux – a Chinese Linux distribution which was based on the Red Hat Linux. The distribution used the KDE desktop environment and supported the 32-bit x86 platform.

The last version 3.0 was released on August 21, 2001.

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Digital UNIX

null

Web site: (not active)
Origin: USA
Category: Server, Workstation
Desktop environment: CDE
Architecture: Mach
Based on: BSD
Wikipedia:
Media: Install
The last version | Released: 5.1 (?) | 2001 (?)

Digital UNIX (previously: OSF/1 or DUNIX) – a 64-bit advanced kernel architecture based on Mach V2.5 kernel design with components from Berkeley Software Distribution (BSD) 4.3 and 4.4, UNIX® System V, and other sources. Mach is a kernel developed at Carnegie Mellon University to support operating system research, primarily distributed and parallel computing.

Digital UNIX is DIGITAL Equipment Corporation’s implementation of the Open Software Foundation™ OSF/1 R1.0, R1.1, and R1.2 technology, and the Motif graphical user interface and programming environment.

It supports following file systems: Berkeley UFS, AdVFS, NFS, ISO9660, FAT, SMB, DFS.

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OS/2

OS/2

Web site: www-01.ibm.com/software/os/warp-withdrawal/ (not active)
Origin: USA
Category: Desktop
Desktop environment: Workplace Shell (WPS)
Architecture: x86, PowerPC
Based on: Independent
Wikipedia: OS/2
Media: Install
The last version | Released: 4.52 | December 2001

OS/2 – a proprietary operating system, started in 1985 by IBM and Microsoft with a name of “CP/DOS”. Originally, OS/2 was expected to gradually replace DOS and Windows.

In the summer of 1990, Microsoft announced Windows 3.0 and it became a monster hit. The relationship between IBM and Microsoft was already strained, and further development of OS/2 was left entirely to IBM. Microsoft went on to develop NT, enhance Windows, and produce Windows 95.

Eventually, IBM figured out what was wrong and fixed it. OS/2 2.0 and 2.1 used 386 memory management, ran almost all DOS programs, and ran most Windows applications as well. IBM now supports clone computers, and has largely abandoned its PS/2 Microchannel family for the same PCI, ISA, IDE, SVGA architecture everyone else uses.

In the fall of 1994, IBM released Warp (OS/2 3.0) and made its last big marketing push for OS/2. IBM had a product out ten months before Windows 95 would be released. OS/2 was technically a better system than Windows 95 would be, with real program integrity, priorities, and server-quality I/O. None of this was discussed in any of the IBM ads or announcements. Instead, IBM concentrated on a “one button connection to the Internet” through IBM’s expensive public network. It would be six months before IBM released a version of Warp for corporate and campus use (with LAN support) and IBM never succeeded in capturing market share for Warp among home computer users.

Application programs could not interfere with themselves or with each other. The system could natively use larger amounts of memory. Yet the system maintained the command language and file structure of DOS.

Each OS/2 program runs in its own address space. It is common to talk about the old 16-bit programs and the newer 32-bit programs, but OS/2 does not separate the two or treat them differently. More accurately, OS/2 assumes that each of its applications may have a mixture of 16-bit and 32-bit pieces. OS/2 is itself a hybrid system with mixtures of both types of code.

OS/2 recognizes when a program has been constructed using the old 16-bit tools (producing variable sized segments) or with the new 32-bit tools (providing 4K pages). The different EXE file structure changes the way that the program is loaded into memory. Once they start running, however, all modules get the same services and all are assumed to have both 16 and 32-bit components.

Native OS/2 programs open files, request storage, or load programs by calling standard system routines. These routines are packaged in the same sort of Dynamic Link Libraries (DLLs) that are used in Windows. There are 16-bit and 32-bit libraries with versions of all the standard system services, and a program can choose which to call.

The Workplace Shell (WPS) was introduced in OS/2 2.0. WPS is an object-oriented shell allowing the user to perform traditional computing tasks such as accessing files, printers, launching legacy programs, and advanced object oriented tasks using built-in and third-party application objects that extended the shell in an integrated fashion not available on any other mainstream operating system.

The last version of OS/2 4.52 was released in 2001.

The project was re-branded to ArcaOS and is under development by Arca Noae.

Download

OS/2 3.0 Warp i386 383MB.iso
md5sum: 290f78744f5343e3bf05a331a8e0e45f
OS/2 4 Warp trial 333MB.iso
md5sum: debd1d8e3ab5e9a940e4458b9a5d6955
OS/2 4 Warp interactive demo for Win31/Win95 84MB.iso
md5sum: 95cbf702a31541e7ad20bc5e2d32bcb4

 

EROS

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Web site: www.eros-os.org (not active)
Origin: USA
Category: Microkernel, Others
Desktop environment: CLI
Architecture: x86
Based on: KeyKOS
Wikipedia: EROS
Media: Install
The last version | Released: 1.1 | April 18, 2001

EROS (Extremely Reliable Operating System) – an operating system being implemented at the University of Pennsylvania, as a clean-room reconstruction of an earlier system, KeyKOS. The system merges some very old ideas in operating systems with some newer ideas about performance and resource management. The result is a small, secure, real-time operating system that provides orthogonal persistence.

EROS is a pure capability system. Authority in the system is conveyed exclusivly by secure capabilities, down to the granularity of individual pages.

The EROS kernel itself is implemented using multiple kernel-mode threads. This improves the performance of EROS drivers, makes them simpler to code, and greatly simplifies the design of the kernel. In addition, it enables selected kernel functionality to be preempted by higher priority user activities.

Because EROS processes are persistent, processes can hold authorities in their own right rather than inheriting them from the user. This enables a rich variety of options for security and access control that are impossible in systems lacking persistent processes.

EROS developed beginning in 1991 by The EROS Group, LLC., the Johns Hopkins University, and the University of Pennsylvania. Features include automatic data and process persistence, some preliminary real-time support, and capability-based security. EROS is purely a research operating system, and was never deployed in real world use. As of 2005, development has stopped in favor of two successor systems, CapROS and Coyotos.

The project founder is Jonathan Shapiro. He is also the driving force behind Coyotos, which is an “evolutionary step” beyond the EROS operating system.

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emBSD

null

Web site: embsd.org
Origin:
Category: Firewall
Desktop environment: CLI
Architecture: x86
Based on: OpenBSD
Wikipedia:
Media: Live
The last version | Released: 1.1 | May 2001

emBSD – a stripped down version of OpenBSD. The concept for emBSD is a small foot print operating system for x86 (or other) hardware to use as little hard disk space as possible yet provide a fully functional Routing Firewall. The main driving force behind this concept is to not use a hard disk drive at all, but use off the shelf Compact Flash cards.

emBSD is a very small system designed for specific purposes. emBSD is not currently a server base OS. It is simply made to filter, control, and forward traffic within your organization. The kernel has been optimized specifically for handling large flows of traffic as well as providing extra interfaces for migrating to IPv6. An optimal emBSD system will not have moving disks inside to potentially fail. Solid-state disks are employed on the majority of our critical machines.

The project developers are Ken Rice and Truman Boyes.

Download

emBSD 1.1 i386 16.2MB.zip
md5sum: fc75b7206ed25b07eb8447e30ee73a2f

 

NetBSD/i386 Firewall

null

Web site: firewall.dubbele.com
Origin: Netherlands ?
Category: Firewall
Desktop environment: CLI
Architecture: x86
Based on: NetBSD
Wikipedia:
Media: Install
The last version | Released: ? | November 22, 2001

NetBSD/i386 Firewall – a NetBSD based, a free highly portable UNIX-like operating system available for many platforms, from 64bit alpha servers to handheld devices. It is a free firewall solution for people with a permanent Internet connection. This includes most users of cable or ADSL services, but also businesses with leased lines. PPPoE support and PPTP support is available on CD.

The base system is kept as lean and mean as possible, but there’s plenty of room to add services, such as your own mail and web server.

The standard NetBSD install has been extensively modified to make install as simple and straightforward as possible, and it is geared towards people who have no Unix knowledge and do not intend to get any.

NetBSD/i386 Firewall supports all the hardware that is supported by a standard NetBSD install.

The minimal configuration for a NetBSD/Firewall system requires a 80486 processor, 8M of RAM and about 40M of disk space. A minimum install of NetBSD is 4 MB of RAM on a 80386, but for a busy firewall, it is recommended a bit higher than that. Of course, you’re free to experiment if you’ve got a 80386 with 4 MB of RAM. Any i386 or better CPU should work – genuine Intel or a compatible such as Cyrix, AMD, or NexGen.

Download

NetBSD/i386 Firewall boot i386 2.17MB.zip
md5sum: 9a3fde5896ba6a08f03da44ff3dacbdd

 

Buhawi

null

Web site: bluepoint.com.ph/buhawi/ (not active)
Origin: Philippines
Category: Desktop
Desktop environment:
Architecture: x86
Based on: Red Hat Linux
Wikipedia:
Media: Install
The last version | Released: | 2001

Buhawi Linux – (Filipino for tornado) is a compact Linux distribution optimally designed for network servers.

It uses a concise file system hierarchy and lean, fast, text-based configuration tools. Buhawi was developed mainly because of the tendency of many other Linux distributions to put more emphasis on desktop systems and less on servers, for which Linux has already been proven to be an ideal operating system.

It was a full commercial-scaleat distribution which was available through the labs of the Bluepoint Institute of Higher Technology Foundation web page.

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AtheOS

AtheOS

Web site: http://atheos.syllable.org
Origin: Norway
Category: Desktop
Desktop environment: GUI
Architecture: x86
Based on: Independent
Wikipedia: AtheOS
Media: Live
The last version | Released: 0.3.7 | October 9, 2001

AtheOS – a free and open-source desktop operating system initially intended as an AmigaOS clone. AtheOS currently run on Intel, AMD and other compatible processors and support the Intel Multi Processor architecture.

AtheOS is not meant to be a new Unix clone (like Linux and *BSD) but a new clean desktop OS. It does support large parts of the POSIX standard and hence are able to run most of the UNIX CLI tools and it comes with a standard UNIX shell (BASH) but this does not compromise anything in AtheOS as a desktop OS. AtheOS have a integrated GUI that works in conjunction with the kernel and various other components to create a complete and consistent system.

The AtheOS GUI consists of two main components: An application server and a dll providing a C++ interface between the server and the application. The GUI is therefore programmed through a C++ API providing windows containing a hierarchy of widgets that all have their own graphical environment.

The kernel was written from scratch. It supports SMP (Symmetric Multi Processing), has a built-in network TCP/IP stack.

The system was under development between 1994 and 2001 by Kurt Skauen.

There is a fork based on AtheOS called Syllable.

Download

AtheOS 0.3.7 i386 20MB.tgz
md5sum: b3e56794b6d62db0a30910c006a842b4