zanonysec / zer0dos.py

zer0dos.py is a powerful Python script for network stress testing, capable of flooding target systems with HTTP requests using raw sockets, making it effective for testing network resilience and performance.

zer0ddos.py

zer0dos.py is a powerful Python script for network stress testing, capable of flooding target systems with HTTP requests using raw sockets, making it effective for testing network resilience and performance.

Requirements

pip install requests colorama termcolor ping3 psutil

How to Run It

First, download it. Once located in the terminal, execute:

python3 zer0dos.py

Example: python3 zer0dos.py -d example.com -p 8080 -t 10 -s 0.1 -T 200 Commands for scaning ports python Zer0Dos.py --scan-ports -d example.com

More Example Commands to Run zer0dos.py with Different Options:

. python zer0dos.py -d example.com: Attack example.com on port 80 with default settings.

. python Zer0Dos.py --scan-ports -d example.com

. python zer0dos.py -d example.com -p 8080: Attack example.com on port 8080 with default timeout, sleep time, and threads.

. python zer0dos.py -d example.com -t 10 -s 0.1 -T 200: Attack example.com with a timeout of 10 seconds, sleep time of 0.1 seconds, and 200 threads.

. python3 zer0dos.py -d example.com -p 8080 -t 10 -s 0.1 -T 200

Features this ddos tool have

Port Scanning: Scans for open ports ;)

DDoS Simulation: Simulates Distributed Denial of Service (DDoS) attacks to stress-test network infrastructure.

Threaded Attack: Utilizes multiple threads (-T option) to maximize attack efficiency and intensity.

Customizable Parameters: Allows customization of target (-d), port (-p), timeout (-t), sleep interval (-s), and number of threads (-T).

Built-in Ping Monitoring: Incorporates live ping monitoring to track target responsiveness during the attack.

Data Transfer Monitoring: Monitors data transfer metrics (e.g., MB sent) during the attack to gauge impact on network traffic.

Dynamic User-Agent Support: Randomly selects user-agents from a file (ua.txt) for diverse request headers.

Cross-platform Compatibility: Works on Windows and Unix-like operating systems (Linux, macOS).

Dependency on Ping3 Library: Utilizes the ping3 library for ICMP ping functionality.

Informative Output: Provides detailed output during the attack, including ping times and data transfer statistics.

Flexible Attack Methods: Supports both HTTP GET and POST methods for varied attack scenarios.