Due to C portability, OpenOffice.org's usual middleware, Universal Network Objects (UNO), could not be designed object oriented. With NOA-libre you can still access UNO, but also the NOA-libre object oriented layer atop UNO. Being based on UNO, NOA-libre is network aware, meaning that you can use it to have your local office installation execute some commands, or an OpenOffice.org installation anywhere on the world, provided you have a appropriate network connection and privileges. With NOA-libre, you can: embed OpenOffice.org windows in your Java applications or applets; remote control OpenOffice.org windows on your desktop, over the network, or "headless", i.e. only functional without visible output; and/or extend OpenOffice.org by writing Java plugins. NOA-libre is compatible with OpenOffice.org and LibreOffice, easier to deploy than the usual UNO-only Java applications, and allows you to interact with various OpenOffice.org components (but is by far most commonly used with Writer and Calc).
Coq au Vin is a blogging engine written in Chicken Scheme. It is designed to appeal to users who have basic Web development skills (i.e., who know HTML and CSS), are able to install their own server-side software, and would rather edit a template than press 105 buttons to customize their sites.
Lernstick is a Live Linux distribution with focus on education; it is usually installed on USB sticks. To provide up-to-date software choice on a solid base, it uses a combination of Debian stable with official and custom backports. Although the distribution is mainly used on removable media (USB sticks, USB hard disks, SD cards, etc.), it can also be installed on internal hard drives.
Farly provides firewall access-list searches, analysis, optimization, automated firewall access-list monitoring, and clean room configuration rewrites. It is network topology-aware and can keep firewall configurations up-to-date with unique load balancer-style active network probing technology.
MQ Channel Auto Creation Manager (MQCACM) is an MQ Channel Auto-Definition (MQ CHAD) exit which allows a company to control and restrict incoming connection requests to auto-create a channel. MQCACM is invoked when a request is received to start an undefined Receiver, Server-Connection, Cluster-Receiver, or Cluster-Sender channel. MQCACM can modify or clear the supplied default channel definition values for an instance of the channel, so there is no exit incompatibility (cross-platform or otherwise).