TLP:UNCLEAR

END OF TLP:UNCLEAR

If you see this page, you are at the right place to find details about the MegaMedusa configuration.

The actual version is 3.3.1 and is heavly protected.

Prior versions were protected with jsob and were easy to unprotect.

Due to some configuration, the main user-agent is axios/1.8.1.

Blocked TLD are the followings and if you try to target them, the script will try to self delete and reboot (only if you configure sudo without password ;) )

There is many drama about, if you want we can discuss about it later ;-)

MegaMedusa is NodeJS DDoS Machine Layer-7 provided by RipperSec Team. Coded with poor skills.

Those features are from the coder, not from us :p

• HTTP Bypass
• UAM Bypass
• Simple Captcha Bypass
• DDoS Guard Bypass

Randomized Headers

• User-Agent Strings: The script varies the User-Agent header (browser and OS) so that each request seems to originate from different devices and browsers.
• Other Headers (Accept-Language, Accept-Encoding, Cache-Control, etc.): These are randomized to mimic traffic from different regions and system configurations—for example, changing the Accept-Language header suggests varying languages.
• Referrer Header: This is randomized to make the request appear as though it is coming from various legitimate sources (e.g., Google Search).
• Connection Header: The value alternates randomly between keep-alive and close.
• Certain headers (e.g., Sec-WebSocket-Key, Sec-WebSocket-Version) carry random values, ensuring each request is unique at every level, including WebSocket traffic.

Randomized Request Paths

• Query Parameters: The script appends random query strings and parameters (e.g., ?s=, ?page=) with arbitrary values to produce unique URLs.
• Path Segments: Random path segments such as / and /.lsrecap/recaptcha? diversify request paths and may target specific site features like reCAPTCHA.

Randomized Request Methods

The HTTP method (GET, POST, HEAD, etc.) is selected at random, making it harder to detect patterns.

Randomized Cookies

Randomly generated cookies give the impression of different sessions or users. Certain cookies like cf_clearance are generated following particular patterns, aiming to bypass security checks.

Random IP Addresses (IP Spoofing)

Headers like X-Forwarded-For, Client-IP, Real-IP, X-Forwarded-Host, etc., are populated with random IPs to obscure the request's true origin.

Randomized TLS/SSL Configurations

Different TLS/SSL ciphers and protocols are used randomly to make the TLS handshake appear unique for each request.

Randomized HTTP/2 Settings

Parameters such as headerTableSize, maxConcurrentStreams, initialWindowSize, etc., are varied to change HTTP/2 session characteristics.

Proxy Randomization

A random proxy is chosen from a list for each request, causing the source IP and geolocation to vary.

Random Timing Intervals

The script employs setInterval() with configurable, randomized delays, making request timing unpredictable.

This project is describe as able to run attacks with TCP and UDP, but if you look closer, only the UDP part is running... There is absolutly no TCP attack with it.

It only send packets in UPD with a size between 1025 and 65505 bytes... Even if it use many threads it will send X packets on Y threads at same time.