Ransomware-Simulator, the goal of this repository is to provide a simple, harmless way to check your AV’s protection on ransomware.
This tool simulates typical ransomware behaviour, such as:
The ransomware simulator takes no action that actually encrypts pre-existing files on the device, or deletes Volume Shadow Copies. However, any AV products looking for such behaviour should still hopefully trigger.
Each step, as listed above, can also be disabled via a command line flag. This allows you to check responses to later steps as well, even if an AV already detects earlier steps.
Ransomware Simulator
Usage:
ransomware-simulator [command]
Examples:
ransomware-simulator run
Available Commands:
help Help about any command
run Run ransomware simulator
Flags:
-h, –help help for ransomware-simulator
Use “ransomware-simulator [command] –help” for more information about a command.
Run command:
Run Ransomware Simulator
Usage:
ransomware-simulator run [flags]
Flags:
–dir string Directory where files that will be encrypted should be staged (default “./encrypted-files”)
–disable-file-encryption Don’t simulate document encryption
–disable-macro-simulation Don’t simulate start from a macro by building the following process chain: winword.exe -> cmd.exe -> ransomware-simulator.exe
–disable-note-drop Don’t drop pseudo ransomware note
–disable-shadow-copy-deletion Don’t simulate volume shadow copy deletion
-h, –help help for run
–note-location string Ransomware note location (default “C:\Users\neo\Desktop\ransomware-simulator-note.txt”)
Cybersecurity tools play a critical role in safeguarding digital assets, systems, and networks from malicious…
MODeflattener is a specialized tool designed to reverse OLLVM's control flow flattening obfuscation through static…
"My Awesome List" is a curated collection of tools, libraries, and resources spanning various domains…
CVE-2018-17463, a type confusion vulnerability in Chrome’s V8 JavaScript engine, allowed attackers to execute arbitrary…
The blog post "Chrome Browser Exploitation, Part 1: Introduction to V8 and JavaScript Internals" provides…
The exploitation of CVE-2018-17463, a type confusion vulnerability in Chrome’s V8 JavaScript engine, relies on…