Maarch Entreprise is a professional Document Management System that natively answers a vast majority of the needs for operational document management. It has been designed by two experienced consultants in electronic archiving and automatic documents production. It offers guarantees of stability and scalability. Particular care has been taken to assure the best performance on standard hardware. As it is based on Maarch Framework, Enterprise is completely modular: functional features are grouped in modules that expose services, which can be enabled or disabled to best suit end-user needs. A skilled engineer can easily add or replace a module without changing the core of the system.
Dog is a Domotic OSGi Gateway. In other words, it is a software-based gateway used for controlling domotic environments in a vendor-independent way, thanks to its high-level semantic device modeling strategy and its driver architecture that allows it to support different domotic plant technologies.
Orion SSH2 is a library that implements the SSH-2 protocol in pure Java. It allows one to connect to SSH servers from within Java programs, for remote shell and command execution, local and remote port forwarding, local stream forwarding, X11 forwarding, and file transfer using SCP and SFTP. It is a community-driven project derived from Trilead SSH2 and Ganymed SSH2 code. It aims to to provide maintenance a support for the code base as well as serve as single hub for community contributions, bugfixes, and enhancements.
Multicrush is a wrapper around pngcrush that distributes the work of brute-force compressing a single image over several pngcrush processes. This gets you a slightly less than a linear speedup, caused by different compression methods having slightly different durations. For example, the author has measured a speedup of 1.92 on a 2-core Intel T5300, and 3.86 on a 4-core Intel Q6600. The only requirements are a copy of pngcrush and at least Python 2.4. If you have version 2.6 or higher, multicrush can automatically detect how many CPUs to use.