Nift (Network Intrusion Footprinting Tool) is graphical frontend (written in GTK+) for footprinting tools and methods already freely avaliable. Its purpose is to aid sysadmins in securing their site by allowing them to quickly check their network to see how much data can be gained by an attacker and used towards cracking their systems.
ppSD2 is a member management software solution for Web sites looking to control access to content. The program is equipped with a fully integrated shopping cart allowing for "hands-free" sales and delivery of digital content. The program automates content access, expiration, follow-ups, and can be used by organizations to plan events. It is designed to be extremely flexible, allowing for total re-branding and integration into any Web site.
cgi-wrap.c allows you to execute CGI scripts under a special UID/GID in a chroot environment. Unlike suexec, it does not execute arbitrary (user-)scripts but only programs which are installed and configured by the system administrator. This allows you to remove some restrictions of suexec without lowering security.
Rubyforger is a raw packet manipulation tool. It allows you to easily send, receive, and modify Ethernet, ARP, IP, TCP, UDP, and ICMP packets. Creating and modifying packets is easily done by adding layers and changing their parameters. Visualforge is a GUI packet crafter based on Rubyforger create, send, and receive packets and export the Ruby code in just a few clicks.
mnkPasswordKeeper is a simple password manager. The goal of this project is to permit the saving of passwords/notes on a USB key and be able to use the software on many platforms. It uses the Qt framework for GUI and XML reading. It uses Camellia from NTT as cipher. It has been run successfully on MS Windows, GNU/Linux, and Mac OS X.
Tomld (tomoyo learning daemon) is an extension to the Tomoyo security framework. Tomoyo increases security by confining applications and services into domains using rules. Tomld automates this process, helping users harden their systems more easily. To do this, tomld starts in learning mode, creates Tomoyo domains, collects rules, changes them, and, once the rules appear to be complete, tomld enforces the policy.