AgileSCM is an application lifecycle management solution for Subversion, Git, and Mercurial. It allows you to spend more time developing and less time fighting development tools or tied up with administration. AgileSCM is a user friendly, browser-based interface which abstracts developers from the complications of SVN, Mercurial, and Git.
BarracudaDrive makes it simple to run your own private cloud server. It lets you take complete control of your files, and eliminates the dangers of entrusting the privacy of your sensitive data to third-party Web portals. With BarracudaDrive, your home or business computer network becomes a secure online storage system. You can access and share files using any Internet-enabled computer, smartphone, or tablet.
Bombardier is a software system that delivers visibility, control, and automation to data center environments. Bombardier provides a means for changes to be rolled out to a network of Linux and Windows servers in a highly controlled way, providing optimum security, logging, and centralized change control.
Build Gear is a lightweight build tool for building embedded firmware. Its primary focus is to make it easy to create and maintain fully-customized embedded firmware. This is reflected in a straightforward commandline interface and support for easy-to-understand build files. The secondary focus is build performance and build integrity. Build Gear is easy to use and well-suited for rapid prototyping and product development of GNU/Linux firmware to be deployed in small-to-medium-sized embedded systems.
The Dynamic Router Lite II project is a router project by the Dutch national police agency that allows Web-based client-control over the next-hop router for the client. A Dynamic Router Lite II system is placed as a default gateway between one or more client networks and a router network with multiple gateway-routers on it. The Dynamic Router Lite II system does policy-based routing with policy-based DNS to match the routing policy. By default a client will have no active gateway, and any attempted HTTP traffic to any domain will lead the user to the router's Web interface, where the user can then pick an appropriate next-hop router. Once picked, all traffic for the client including DNS will be forwarded to the next-hop router the user picked.