Open Source Python Stress Testing Software

What is DracOS GNU/Linux Remastered ? DracOS GNU/Linux Remastered ( https://github.com/dracos-linux ) is the Linux operating system from Indonesia , open source is built based on Debian live project under the protection of the GNU General Public License v3.0. This operating system is one variant of Linux distributions, which is used to perform security testing (penetration testing). Dracos linux in Arm by hundreds hydraulic pentest, forensics and reverse engineering. Use a GUI-based tools-tools the software using the CLI (command line interface) and GUI (graphical user interface) to perform its operations. Now Dracos currently already up to version 3.1.5 with the code name "KUNTILANAK WITH REMASTERED".

This is a simple Port Flooder written in Python 3.2 Use this tool to quickly stress test your network devices and measure your router's or server's load. Features are available in features section below. Moihack DoS Attack Tool was the name of the 1st version of the program. Moihack Port-Flooder is the Reloaded Version of the program with major code rewrite and changes. Code is much smaller in size now - from about 130 pure lines of codes to 35 lines only. To run it you must have Python 3.2 or newer installed.Tested this on Windows,but guess it will work in Linux also,since there are not any OS specific lines in the code. This tool was only written for personal tests and usage! It was NOT written to DDoS other people and/or cause harm to hardware.I am NOT responsible for any kind of damage you make by using this software. If you want to reach me, contact me at moihack.inside@gmail.com

PyNuker is a network stress testing tool written in python. Because it is written in python it should run equally well on any system that has Python version 3.x installed. It infinitely(until stopped) sends a string of text via a UDP packet to a target computer or network device in an effort to flood the target with so much useless traffic that it stops responding to valid requests. I digitally sign some files in my releases. If you'd like to verify those signatures, you can find my PGP/GPG keys at: https://marcusadams.me/gpg.html If you'd like to donate there's several ways to do so: PayPal: https://paypal.me/gerowen Bitcoin (BTC): bc1q86c5j7wvf6cw78tf8x3szxy5gnxg4gj8mw4sy2 Monero (XMR): 42ho3m9tJsobZwQDsFTk92ENdWAYk2zL8Qp42m7pKmfWE7jzei7Fwrs87MMXUTCVifjZZiStt3E7c5tmYa9qNxAf3MbY7rD LiberaPay: https://liberapay.com/gerowen

FAST is an Analysis and Simulation Toolbox (FAST) for Fuel Cells (FC) FAST-FC is the doctorate work of David B. Harvey and was developed with support from the U.S. DOE, Ballard, and Queen's University. Derivative works of FAST-FC include FC-APOLLO which is a forked branch of this project intended to capture the code state at the exit of the funded DOE project. FAST-FC is the open and active community branch. FAST-FC is developed and maintained by the original creator and developer, David B. Harvey. Features of FAST-fc include transport of gases and liquids, multi-step reaction kinetics, transient and steady state operation for performance and durability, and scalable dimensionality from 1D - 3D domains. Future development work is on-going in FAST-fc and our strategic development schedule includes membrane degradation, improved liquid water transport models through the application of pore networks, and extension to stack-level simulation.

The FoxNuke program is written in python and uses Firefox in order to complete the distributed denial of service attack feature. Multiple headers are used from the Firefox browser, along with a personal configuration option for the Opera browser. The FoxNuke Program is still underdevelopment as of 8/24/17, full release is set to come out sometime during 2017-2018. If you would like to participate in the TESTING of this program and would like to help report bugs, etc. then please email leyvarosnel@gmail.com for further inquiries. Please note that Beta distributions will be limited. This whole project is being done open-source and for free as a hobby, so if I abandon this project it's just because I don't feel like working on it anymore.

Disclaimer:im still working on this project please provide any feedback of bugs if you want :D helps me improve the experience for others. Also, windows might flag the exe file for a virus as it a python to exe file (might fix it later) this explains why it could be flagged as a virus on some virus detectors: https://s.id/1Cuk1 MAX StressTester is an open-source stress testing tool developed by ssit, available on the popular software development platform, SourceForge. The tool is written in Python, making it easy to use and highly customizable for stress testing purposes. The MAX StressTester tool allows users to simulate high loads of traffic on their websites or servers to test their performance and reliability under heavy usage. It can also be used to identify and diagnose performance issues, allowing developers to fine-tune their systems for optimal performance.>>> Im happy to provide source code for any other projects would want to include this into

Syn Flood Attacks SYNFlood with static source port SYNFlood with random source port SYNFlood with static source ip address SYNFlood with random source address SynFlood with fragmented packets ACK Flood Attacks ACK Flood with static source port ACK Flood with random source port ACK Flood with static source ip address ACK Flood with random source address ACK Flood with fragmented packets FIN Flood Attacks FIN Flood with static source port FIN Flood with random source port FIN Flood with static source ip address FIN Flood with random source address FIN Flood with fragmented packets UDP Flood Attacs Static source port udp flood UDP flood with random source port UDP Flood with static source ip address UDP Flood with random source address UDP Flood with fragmented packets ICMP Flood ICMP Flood with all options random(source ip, icmp type, code) HTTP Flood ... More info: http://sf.net/p/netstressng/wiki/Home/

OpenLC is a set tools designed to facilitate benchmarking and stress testing of a wide variety of information servers (WEB, Email, FTP, LDAP, ...). A XML-RPC API is offered for developers interested in creating clients that query the services provid

Netutils is a collection of libs/classes and tools for network programmers in Python. It provides different classes and methods for custom packet manipulation, network scanning and stress testing. Everything in pure Python

This is a flexible radius client. The main idea is to have a client which could be easily used to test different Radius servers. Client supports: - Radius PAP authentication - Multi thread (sniffing separated from sending) - Several Attribute Value Pairs (AVP) supported (nas-ip-address, service-type, nas-port-type, calling-station-id, called-station-id) - We can add new AVP easily - Flooding mode (performance/stress testing) - Accounting messages Client uses scapy library to send/receive packets. It consists of two python classes: - RadiusExt: Radius class supporting AVP, authentication, packet manipulation (derived from Scapy Packet class) - RadiusAttr: Class for AVP (derived from Scapy Packet class) I use this client to: - test basic PAP authentication - send different AVP to test if Radius server is behaving correctly (RFC compliance) - display returned AVP - flood Radius server with multiple packets (performance testing) For examples please refer to readme.txt