Free singularity institute software for linux

Created by accident, all who find you would destroy you. Can you escape?
Endgame: Singularity project is a simulation of a true AI. Go from computer to computer, pursued by the entire world. Keep hidden, and you might have a chance.
Originally created for the Pyweek compo, this version features many bugfixes and enhancements over the compo version. Thanks to Phil Bordelon for many of these fixes.
Enhancements:
- Very Easy mode is actually playable.

Damn Vulnerable Linux (DVL) is a Linux-based (modified Damn Small Linux) tool for IT-Security & IT-Anti-Security and Attack & Defense. Damn Vulnerable Linux was initiated for training tasks during university lessons by the IITAC (International Institute for Training, Assessment, and Certification).
Damn Vulnerable Linux (DVL) is highly integrated into the community project crackmes.de (http://www.crackmes.de) and is frequently updated with new community provided lessons. Damn Vulnerable Linux (DVL) is your place either to get the latest Damn Vulnerable Linux (DVL) distribution, to get new lessons, or to submit own lessons based on the Damn Vulnerable Linux (DVL) training system.
Damn Vulnerable Linux (DVL) is provided without any fee or charge! Actually, it is a perverted Linux distribution made to be as insecure as possible. It is collection of IT-Security and IT-Anti-Security tools. Additional it includes a fullscaled lesson based environment for Attack & Defense on/for IT systems for self-study or teaching activities during university lectures. Its a Live Linux Distro, which means it runs from a bootable CD in memory without changing the native operating system of the host computer.
As well it can be run within virtual machine environments, such as qemu or vmware. There is no need to install a virtual machine if you use the embedded option. Its sole purpose in life is to put as many security tools at your disposal with as much training options as it can. It contains a huge ammount of lessons including lesson description - and solutions if the level has been solved by a community member at crackmes.de.
Damn Vulnerable Linux (DVL) is meant to be used by both novice and professional security personnel but is not ideal for the Linux uninitiated. Damn Vulnerable Linux (DVL) assumes you know the basics of Linux as most of your work will be done from the command line. If you are completely new to Linux, its best you stop playing with this system.
INSTALLED TOOLS
- HT 0.5
- libreadline4_4.2a-5_i386
- gdb_5.2.cvs20020401-6_i386
- binutils_2.12.90.0.1-4_i386 (including objdumps,gas,strings ...)
- nasm-0.98-1.i386
- HLA v1.86
- libelfsh0-dev_0.65rc1-1_i386
- elfsh_0.65rc1-1_i386
- Apache 2.0.5.4
- Php 4.4.0
- ethereal-common_0.9.4-1woody12_i386
- ethereal_0.9.4-1woody12_i386
- libpcap0_0.6.2-2_i386
- tcpdump_3.6.2-2.8_i386
- lsof_4.57-1_i386
- ltrace_0.3.26_i386
- nmap_2.54.31.BETA-1_i386
- strace_4.4-1.2_i386
- ELFkickers-2.0a (including sstrip, rebind, elfls, ebfc, elftoc)
- GCC/G++ 3.3.4
- GNU Make 3.80
- bastard_bin- 0.17.tgz
- Mysql-server 4.4.1
- Ruby 1.8
- Python 2.3
- lida-03.00.00
- DDD 3.3.1
- Metasploit Framework

Scilab project is a is a numerical computation system similiar to Matlab or Simulink.

Scilab is an open source numerical computation platform developed by a consortium managed by INRIA (French National Institute for Research in Computer Science and Control) which, to date, gathers 23 industrial companies, research centers and engineer schools. It provides a powerful environment for the development of scientific applications and for engineering. Each month, nearly 20,000 remote downloads of
Scilab are registered from the Internet site of the Consortium, which takes Scilab one of the most valued pieces of open source scientific oftware.

Mandriva, whose membership to the Scilab Consortium is pending, and he Scilab Consortium agreed to integrate Scilab into the new Mandriva Linux 2007 distribution (Discovery, Powerpack and Powerpack+). The development teams of Scilab and Mandriva cooperated in the integration f the latest version of Scilab (v4.0, announced in February 2006 and since downloaded more than 150,000 times) into this new Mandriva release. It is planned to continue this arrangement for future versions of Mandriva Linux and of Scilab. In addition, Scilab will also be integrated into Corporate Desktop 4, the Mandriva Linux workstation for businesses.

About The Scilab Consortium

The Scilab software is, since May 2003, produced by a consortium, managed by INRIA, which, to date, has 23* industrial companies, research centers and engineering schools as members. The creation of the Scilab Consortium reflects a will to produce an open source numerical computation platform of high quality. Scilab is developed by a dedicated and permanent team hosted by INRIA. Moreover, its open source nature allows external contributions and thus a level of know-how in the field of scientific computation can be reached which a single company could otherwise claim only with difficulty. Nearly 20,000 remote downloads of the Scilab software are carried out each month from the official site of the Consortium to the benefit of European and foreign companies, universities and research centers. The
membership of the Scilab Consortium is in constant growth.

The Community Z Tools (CZT) project is building a set of tools for editing, typechecking and animating formal specifications written in the Z specification language, with some support for Z extensions such as Object-Z and TCOZ. These tools are all built using the CZT Java framework for Z tools.
[Adapted from Andrew Martins original CZT proposal] The Z specification language was adopted as an ISO standard in 2002. The project can be used to precisely specify the requirements or behaviour of systems, and analyze that behaviour via proof, animation, test generation etc. However, one of the biggest barriers to the widespread use of the Z specification language seems to be the issue of tool support.
Many projects have constructed Z tools, some of product quality, most as student projects. Few of them are integrated with each other; few support all the new ISO standard; fewer still build together to form the kind of integrated environment that developers are beginning to expect.
Many good ideas have been developed to prototype stage, and then have been lost as projects have finished and students or researchers have moved on. The number of times a request for a Z parser arises in the Z newsgroup suggests lots of people are producing tools, most of which will never be seen outside their own institute. An integrated effort will move forward the state of tools, and thereby the take-up of Z.
Our objectives are to encourage interchange between existing Z tools (via a standard XML interchange format for Z), and to provide open-source libraries for building and integrating new Z tools. The software we are building does/will include:
1. An XML Schema markup for Z. See the ZB2003 proceedings for a paper describing this markup.
2. Java classes for Z annotated syntax trees (AST).
3. Java classes for converting between XML and Java AST.
4. Java libraries for the common operations needed in every Z tool (markup-converters, parser, type-checker, schema expansion etc.). A paper describing these will be presented at ZB2005.
5. One or more simple graphical Z editors, with facilities for easily entering the special Z unicode symbols. Initially we are using jEdit.
6. A Z animation tool called ZLive, with a customisable graphical user interface.
7. Export tools, to output Z in other notations or for other Z tools. (example, HTML output, LaTeX output, translation to B and JML).
8. Extended versions of the libraries and tools to support Z extensions such as Object-Z and TCOZ.
Enhancements:
- The software was updated to ZML 2.1.
- Object Z and Circus support were added.
- Z checking was updated to reflect bugfixes in the standard.
- Java 1.5 support was improved.
- Major bugfixes and code cleanups were done in all of the components.

Galaxium is a MSN service messenger application that runs in the GNOME environment on Linux. Galaxium Messenger is written by Adam Peck and Philippe Durand, students of the Southern Alberta Institute of Technology.

Here you will find information about the development of this new instant messenger and have an opportunity to involve yourself in the process!

The NIST Implementation of the Ad-Hoc On Demand Distance Vector protocol is a kernel-level driver for Linux . AODV is a routing protocol for ad hoc networks designed with mobile wireless devices in mind. For a quick overview on AODVs basics, check out our Quick Guide to AODV page. If you are interested in running a simulation of AODV, NIST has developed a simulation in OPNET.
Kernel AODV is a loadable kernel module for Linux. It implements AODV routing between computers equipped with WLAN interfaces.
This software was developed at the National Institute of Standards and Technology by employees of the Federal Government in the course of their official duties. Pursuant to title 17 Section 105 of the United States Code this software is not subject to copyright protection and is in the public domain. Kernel AODV is an experimental system. NIST assumes no responsibility whatsoever for its use by other parties, and makes no guarantees, expressed or implied, about its quality, reliability, or any other characteristic. We would appreciate acknowledgement if the software is used.
This software can be redistributed and/or modified freely provided that any derivative works bear some notice that they are derived from it, and any modified versions bear some notice that they have been modified.
Enhancements:
- Corrected LINK_LIMIT #ifdefs (Fix from Peter Barron)
- aodv_neigh.c
- hello.c
- module.c
- Add Packet Queuing back in (Fix from Peter Barron)
- Send queued messages when recieving a route, aodv_route.c
- Drop packet from queue if RREQ fails, rreq.c
- Added packet_queue.c back in, packet_queue.c
- Added init and cleanup of packet_queue, module.c
- Added additional check to packet_out.c to determine if packet is going to external subnet on a gateway.
- Shouldnt be neccesary since a route should be created for the external destination anyhow. Have to look into this. (Fix from Peter Barron)
- Removed annoying message printed when signal strength can not be read. Instead only prints when can not be set. signal.c
- Fixed the undefined symbol STRCHR problem for real this time. The problem is doing strstr() with a singlecharecter results in it being converted to strchr(), but for some reason it is not properly imported. The solution it to simply use stchr() instead. module.c
- Changed it so that find_aodv_route() will return valid routes that have expired. When it didnt return expired routes two routes would sometimes be created. Also, now kernel routes are only removed when an expired route is removed. find_aodv_route() will also invalidate expired valid routes.
- Had some trouble with duplicate kernel routes. Now we are always deleting before inserting a new route. Should fix it, fingers are crossed.
- Changed delete_neighbor() so that we send out an RERR even if the route is no longer valid. Also change gen_rerr() so that is will send out a RERR even if the route is not valid. It has to be better to send out a few extra rather than not enough. Just cause you have timed a route out doesnt mean others have.
- Compared the Metrics wrong in update_route() if the seq numbers were equal.

Legal Case Management System is a software aimed for use by not-for-profit legal advice centres in order to make better follow-ups of their cases, including client consultations and court events.
Integration into your offices activities
The software can be installed either on one computer or shared over a network. You can then provide a personal access to each member of your organisation. This allows them to chose how they want to work on a case and how the case information should be shared with the other members.
Users can then create new cases (or campaigns) to which they can attach a list of people or organisations involved as well as to add follow-up information.
- Organisations providing advice or consultations will benefit from being able to quickly consult the database for background information on a clients case and evolution, contact information, etc.
- Lawyers can use the software to track the evolution of a case and the resources spent on a particular client, as well as to track the status of a case in court.
- Office managers can generate reports based on the activity for a given period. The variety of reports include: activity overview for each staff members, statistical information on cases or clients, and general overview on how the usage of the organisations resources. Such reports facilitate the reporting on projects and the creation of new budgets.
Software freedom
LCM is a Bulgarian community initiative developed by IRBF, funded by the Open Society Institute and distributed as "free software". The software is being developed for local not-for-profit advice centers, but anyone has the freedom to use it, to redistribute it locally and to adapt it to their own needs.
The software is currently available in English and Bulgarian, but more translations are welcomed and very easy to do with the help of an online translation interface.
Enhancements:
- This release fixes the "sum billed" format error (if the field is active), as well as the "case notes" being lost after edit.

MicroTiger project is a graphical microcode simulator with a reconfigurable datapath. The datapath editor window, the main application window, allows for datapath creation and simulation. In addition, several other dialog windows are provided to aid in creating the datapath.

The microprogram editor window allows for microprogram and aids in simulation. The ISA code is externally edited and can be viewed in the ISA code viewer window. The simulation controls are available in the main application window. The expression language is available for ALUs and custom components to customize the evaluation of these components.

MicroTiger Origins

This tool was developed by Brian G VanBuren under a thesis at the Rochester Institute of Technology entitled Graphical Microcode Simulator with a Reconfigurable Datapath. Dr. Muhammad Shaaban was the primary thesis advisor. The goal was to create a versatile microcode simulator with a side goal of replacing the existing microcode simulator used for RITs Computer Organization class.