Open Source Python Networking Software

Network Security Toolkit (NST) is a bootable ISO image (Live USB Flash Drive) based on Fedora 42 providing easy access to best-of-breed Open Source Network Security Applications and should run on most x86_64 systems. The main intent of developing this toolkit was to provide the security professional and network administrator with a comprehensive set of Open Source Network Security Tools. The majority of tools published in the article: Top 125 Security Tools by INSECURE.ORG are available in the toolkit. An advanced Web User Interface (WUI) is provided for system/network administration, navigation, automation, network monitoring, host geolocation, network analysis and configuration of many network and security applications found within the NST distribution. In the virtual world, NST can be used as a network security analysis, validation and monitoring tool on enterprise virtual servers hosting virtual machines.

GGI stands for "General Graphics Interface", and it is a project that aims to develop a reliable, stable and fast graphics system that works everywhere. We want to allow any program using GGI to run on any platform requiring at most a recompile.

Operative Systems Suported are: Linux-ubuntu, kali-linux, backtack-linux (un-continued), freeBSD, Mac osx (un-continued) Netool its a toolkit written using 'bash, python, ruby' that allows you to automate frameworks like Nmap, Driftnet, Sslstrip, Metasploit and Ettercap MitM attacks. this toolkit makes it easy tasks such as SNIFFING tcp/udp traffic, Man-In-The-Middle attacks, SSL-sniff, DNS-spoofing, D0S attacks in wan/lan networks, TCP/UDP packet manipulation using etter-filters, and gives you the ability to capture pictures of target webbrowser surfing (driftnet), also uses macchanger to decoy scans changing the mac address. Rootsector module allows you to automate some attacks over DNS_SPOOF + MitM (phishing - social engineering) using metasploit, apache2 and ettercap frameworks. Like the generation of payloads, shellcode, backdoors delivered using dns_spoof and MitM method to redirect a target to your phishing webpage. recent as introducted the scanner inurlbr (by cleiton)

This is the official homepage of PyURLSnooper, a program written to help users locate the urls of audio and video files so that they can be recorded. This is a OS independent equivalent of URL Snooper from http://www.donationcoder.com/ (similar to https://sourceforge.net/projects/mediasniffer/). Can be used in combination with RTMPDump (http://rtmpdump.mplayerhq.hu/) in order to capture streams.

BACnet - A Data Communication Protocol for Building Automation and Control Networks - see bacnet.org. This BACnet library provides a BACnet application layer and network layer written in Python for daemons, scripting, and graphical interfaces. This project has moved to GitHub.

python network packets decoder

The project is Just Another Friendly Traceroute. Includes a graphical visualization of the traced path using Google Maps Api.

Pypong is a (ICMP) ping detector which allow to be warn as soon as ping is received by your machine.

RRFiller provides an easy-to-use solution for logging statistics into an RRDTool database. Designed to complement RRGrapher, the project also provides configurations for creation and updating RRD databases using standard tools like vmstat and netstat.

RIFSNIFF lets you capture packets over a remote host's interface, running server application, and read them from a virtual TUN/TAP interface on the client host. Packets are sent as the payload of a plain TCP session.

#DHCP Client Simulator For the DHCP client simulator mode, assuming there is an active DHCP server on the network, the user can choose to simulate any number of DHCP clients. All DHCP leases obtained from the server are saved in the DHCP_Leases.txt file, which is automatically generated by the program. The user can also release the leases received from the server, either one by one (by IP address) or all of them at once. After releasing all the addresses, the DHCP_Leases.txt file is also cleared.

Originally written by Paul Vixie in 1986 and distributed through mod.sources, "display" is a program which will repeatedly execute a command and display the output through curses. The purpose of this project is to maintain and extend display.

Python script for pushing the same configuration (stored in a predefined file) on multiple devices at the same time via SSHv2. The script reads the IPs of the devices from the NETWORK_IP file, then gets the SSHv2/Telnet credentials from the SSH_USERPASS file and sends the commands you enter in the CMD_FILE file to all the devices. The script also checks if all the needed files exist, if all the IP addresses are valid and if all the devices are reachable. Tools used: Python 2.7.3, GNS3, Linux.

Python script for pushing the same configuration (stored in a predefined file) on multiple devices at the same time via Telnet. The script reads the IPs of the devices from the NETWORK_IP file and sends the commands you enter in the CMD_FILE file to all the devices. Telnet username/password parameters are configured within the script. This feature can be further customized to prompt the user for them or read them from a file. The script also checks if all the needed files exist, if all the IP addresses are valid and if all the devices are reachable. Tools used: Python 2.7.3, GNS3, Linux.

NetMon_Cisco_to_SQL.py is a basic network performance monitoring and logging script for Cisco devices. It gathers parameters (CPU Utilization, Used Processor Memory, Used IO Memory, UP Ethernet Interfaces density, in percent velues) from Cisco routers by parsing command outputs and exports them to a MySQL database. NetMon_Query.py is a query script for the MySQL database in the form of an interactive menu for generating statistics. Tools used for coding and testing: Python 2.7.3, MySQL Server 5.5.37, GNS3, Linux. Tested on Cisco 1710, 2621, 2691, 3660, 3725, 7206

Network file scanner for FTP protocol

OSPF_SNMP_v1.0.py is an OSPF network discovery script. It allows the discovery of all OSPF network devices in the network, without connecting to each of them or knowing all their IP addresses. The user must provide the IP and SNMP community string of a single OSPF device in the network (for example, a device in the core) and the script searches for all other OSPF routers. Prior to running the script, the user should configure SNMPv2 community string on the device and also include the subnet between his PC and the router into the OSPF process, so he has IP connectivity to all other OSPF nodes. After providing necessary info and the OSPF info is gathered, the user has three choices: display the OSPF routers info on the screen, export the data to a file for Excel importing and generate the OSPF topology showing neighborships, router IDs and neighbor IPs. Tools used for coding and testing: Python 2.7.3, PySNMP, GNS3, Linux. Tested on Cisco 2621, 2691, 3660.

Paella is a installation/configuration management system centered on being able to easily define, configure, maintain and update systems and networks.

Based on the IP address and subnet mask input from the user, the following values are calculated: #1. Network address #2. Broadcast address #3. Number of valid hosts #4. Wildcard mask #5. Number of mask bits (CIDR notation) #6. Random IP addresses from the subnet.