AirSAM is a desktop GUI that compliments the Web based Snort Alert Monitor. AirSAM gives up to date insight into who might be attacking your network. The ultimate goal is to give audio/visual cues right at the time of the attack. AirSAM is an Adobe Air application and should run on Mac OS, Linux, and Windows.
DFF (Digital Forensics Framework) is a simple but powerful tool with a flexible module system which will help you in your digital forensics works, including file recovery due to error or crash, evidence research and analysis, etc. DFF provides a robust architecture and some handy modules.
FCCU GNU/Linux Forensic Bootable CD is a bootable CD based on Debian-live that contains a lot of tools suitable for computer forensic investigations, including bash scripts. Its main purpose is to create images of devices prior to analysis, and it is used by the Belgian Federal Computer Crime Unit.
Fortools_dd is a set of forensic apps, created with zenity, for terminal commandos and bash scripts in Linux. It includes Mount_dd (a mounting images app), kijknekerap (a Dutch Terminal app), fgrep_dd (grep apps), convert_dd (a conversion app for aff > dd > EWF), shred_dd (a shredding app), filecopy_dd (a search-and-copy app), forensic_wine_dd (a Windows software with Wine app), reportmaker_dd (a small reportmaking app), Browserhistory_dd (a history app), and Offsetgrabber_dd (an offset viewing app).
GrokEVT is a collection of scripts built for reading Windows® NT/2K/XP/2K3 event log files. The scripts work together on one or more mounted Windows partitions to extract all information needed (registry entries, message templates, and log files) to convert the logs to a human-readable format.
The Karmasphere DP language is a high-performance non-blocking parallel language for performing data processing. It is designed to give the user a high degree of control over the usage of system resources, such as how many CPU cores or how much disk I/O time to use, without requiring the software developer to explicitly consider these issues in code. The implementation is a stand-alone library that can be used in any Java 1.5 environment. It can take full advantage of multiprocessor (SMP or NUMA) systems, and may be scaled sideways: since the interpreter and environment are stateless, an entire cluster of machines may run the interpreter in parallel without any need for synchronization.