AltSci Blog

Network Mapping

jvoss@altsci.com
jvoss@myuw.net
Nov 11-13, 2005

NetMap2 0.2.2 Source [sig]
NetMap1 0.2.1 Source [sig]

Netmap1 Neg9 Talk
Netmap2 Neg9 Talk
Netmap2 Neg9 Project

The Network Mapping project (also known as Neg9 UW Network Project) plans to develop tools to report on the usage of public networks through active scanning of ports. The first two tools are known as netmap1. It uses Nmap to discover available hosts and discover open ports on the hosts. Netmap1 involves two tools that can be run as part of a script. parse_ping1.py and parse_port1.py are run by the script scan_full1.sh. The output of the script are a set of xml files and records in a MySQL database.

Network Mapping

jvoss@altsci.com
jvoss@myuw.net
Nov 11-13, 2005

NetMap2 0.2.2 Source [sig]
NetMap1 0.2.1 Source [sig]

Netmap1 Neg9 Talk
Netmap2 Neg9 Talk
Netmap2 Neg9 Project
BitTorrent Attack

The Network Mapping project (also known as Neg9 UW Network Project) plans to develop tools to report on the usage of public networks through active scanning of ports. The first two tools are known as netmap1. It uses Nmap to discover available hosts and discover open ports on the hosts. Netmap1 involves two tools that can be run as part of a script. parse_ping1.py and parse_port1.py are run by the script scan_full1.sh. The output of the script are a set of xml files and records in a MySQL database.

June 22, 2006

The shellcode is 90 bytes, but would be 84 bytes if it used an ip address without nulls.

revsh1.s is the documented assembly.

To test the reverse shellcode, you absolutely require a listener. nc -l -p 43690; If the listener is not running, it will segfault because eax gets all messed up.

You can either run the standalone executable or run
s-proc -e linux_sc5.bin.

Robot Cat 1


Robot Cat 1 0.2 Source
Robot Cat 1 0.3a beta Source

Robot Cat 1 is a project to create a robot cat that acts fairly natural. It has a tamagotchi style interface as well as the possibility of a microcontroller interface. Robot Cat 0.2 has a neural network and a GUI. Currently its weights are 0, so they need to be trained.

Many docs are half written describing the methods to complete Robot Cat 1.

Features currently implemented are:

• Neural Network (random weights)
• Memory System
• GTK interface
• CLI interface