|This article does not cite any references (sources). (July 2008)|
|Developer||The MicroBSD Project|
|Source model||Open source|
|Latest preview||0.7-RELEASE (2003)|
MicroBSD was a fork of the UNIX-like BSD operating system descendant OpenBSD 3.0, begun in July 2002. The project's objective was to produce a free and fully secure, complete system, but with a small footprint. The first phase of its development stopped in 2002. The project was later resumed by a new group of developers, which stopped development again in 2003.
The first MicroBSD project
The original development of MicroBSD produced conflicts with the developers of OpenBSD, especially regarding copyright statements and attribution, and how the fork was handled. For example, an e-mail message sent to the installer after a successful installation, claimed to come from "Theo de Raadt, founder of the MicroBSD project", although Theo de Raadt is the founder of the OpenBSD project; evidently a simple search and replace was made, leading to such false attributions. Similarly the documentation claimed that the MicroBSD project members were the developers of OpenSSH, also developed by the OpenBSD project. These were violations of the BSD License under which OpenBSD is released.
The old MicroBSD project (hosted at microbsd.com) does not exist anymore, but code from it has been incorporated into the MirOS BSD project. The last release of the old MicroBSD project was version 0.6 in October 2002.
The renewed MicroBSD project
The new MicroBSD project set its goal as trying to continue what the original MicroBSD project began. A new edition of version 0.6 – with cleaned up source code and corrected copyright statements – was released in October 2003. A beta 0.7 version was being derived from OpenBSD 3.4, but the project stalled and all development ceased that November.
MicroBSD was under development by individuals from Bulgaria and was intent on a focus toward security, development of a user interface, easy management and configuration, and the addition of Bulgarian-specific localization.