♻️ In this update, we added a testing feature to the robot so that you, our valued users, can use this feature to test the robot for 7 days and then purchase your subscription with confidence.

🌐 USER :(t.me/Hacker_Leslie_bot?start)V7

modbus fuzzer

fix and debugged with ai !

for ics/scada attacks

What does this Modbus fuzzer do, and what features does it offer?
This fuzzer is designed for the Modbus protocol (Modbus was explained in earlier posts).
It incorporates 30 techniques for automated testing of the protocol and can exploit 10 common Modbus vulnerabilities.
Key features:
Network scanning with threading

Multi-threaded fuzzing

30 diverse fuzzing techniques

Detection of 10 types of vulnerabilities

Crash detection via heartbeat

Function code descriptions

Configurable delay

input Custom payloads

Technique selection

Comprehensive final report

Dynamic settings

Custom packet transmission

Single-device testing

Comprehensive error handling

No external module dependencies

Random transaction IDs

Automatic stop management

ok i will develop it

please support me in the future work I will be doing❤️

Updated; version 3.0.0 will be available soon.

ring 0 rootkit created and will be available soon.

modbus fuzzer is updated!
version 3.0.0

2 techniques added to tool
fix and debugged features

The tool was renamed "volt fuzzer" in version 4.0.0.

In version 4.0.0, the tool is capable of scanning and fuzzing vulnerabilities across two protocols (the DNP3 protocol has been added).

More than 10 new techniques have been added in version 4.0.0.

After about two weeks of patching, debugging, and fixing the codes the first version of phoenix_rk is finally being uploaded tonight.

I have now completed and released the rootkit I previously promised to develop.

Next is the deployment file; it has specific execution requirements, but its purpose is to allow you to easily control the rootkit without the hassle of manually launching it. However, for this to work, parts 2 through 6 must be compiled and converted into drivers.

Additionally, all vulnerable drivers must be placed in the drivers folder. This project—phoenix_root—is part of the massive nightfury project 💤.

Instructions:

Vulnerable drivers: RTCore64.sys AsrDrv.sys GLCKIO2.sys

After placing the vulnerable drivers into the drivers folder (located within the compiled driver directory derived from parts 2 through 6), you must compile phoenix_service.c and place the resulting executable file in the same root folder where the deployment file is located.

You may add a client if needed, and you can utilize a C2 (Command & Control) system of your choice.

The Telnet password for the remote control panel is nightfury_admin_2026.

SysPeek یه ابزار خط فرمان ویندوزی برای تحلیل امنیتی و شناسایی تهدیداته

✅ اسکن پروسس‌ها و DLLها با تأیید امضا
✅ شکار LOLBinها و LSASS dumping
✅ تشخیص ردپای باج‌افزار و persistence
✅ اتصالات شبکه به همراه پروسس‌ها
✅ Baseline & Diff برای مشاهده‌ی تغییرات
✅ نظارت لحظه‌ای روی پروسس‌ها و پوشه‌ها
✅ خروجی JSON، CSV و HTML
✅ Threat Score و نگاشت به MITRE ATT&CK

https://github.com/batmanpriv/SysPeek

SysPeek

A blue-team recon & threat-detection toolkit for Windows

SysPeek digs into what's actually running on a Windows host — processes, DLLs, drivers, persistence mechanisms, network connections — and instead of dumping raw data on you, it tells you why something deserves a second look. 🎯

Built for SOC analysts and incident responders who need to walk up to an unfamiliar box and answer "what's really going on here?" in minutes, not hours

Git: https://github.com/batmanpriv/SysPeek

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