NingaliNET v1.1.0.0 with Source

NingaliNET v1.1.0.0 is a remote administration tool (RAT) that has gained attention in cybersecurity circles due to its open-source availability and powerful surveillance capabilities. While legitimate remote administration tools exist for system management, NingaliNET’s source code release raises concerns about potential misuse by threat actors. This article examines its features, risks, and defensive measures to help security professionals understand and mitigate threats posed by such tools.

What is NingaliNET v1.1.0.0?

NingaliNET is a Windows-based RAT that allows remote control over infected systems. The v1.1.0.0 release includes its full source code, enabling modifications and customization, which increases its potential for abuse. It operates stealthily, providing attackers with extensive control over compromised devices, including file access, keylogging, and real-time surveillance.

Detailed Features of NingaliNET v1.1.0.0

Feature	Description
Remote Desktop Control	Provides full GUI access to the victim’s desktop in real-time.
File Manager	Enables browsing, uploading, downloading, and deleting files remotely.
Keylogger	Records keystrokes to capture passwords, messages, and sensitive input.
Webcam & Microphone Access	Secretly activates cameras and microphones for live spying.
Process Manager	Allows viewing, terminating, or starting system processes.
Persistent Installation	Ensures the malware remains active after system reboots.
Clipboard Monitoring	Captures copied text, including passwords and crypto wallet addresses.
Reverse Proxy Support	Routes traffic through proxies to hide the attacker’s location.
Password Recovery	Extracts saved credentials from browsers and email clients.
Anti-Detection Techniques	Uses obfuscation and process injection to evade antivirus scans.
Customizable Plugins	Supports add-ons for additional malicious functionality.
Source Code Availability	Allows modification and evasion technique improvements.

Why Do Hackers Use NingaliNET v1.1.0.0?

The tool is attractive to threat actors because of:

Open-source flexibility (customizable for specific attack scenarios).
Stealth and persistence (hard to detect and remove).
Multi-functional spying (combines keylogging, screen capture, and data theft).
Low entry barrier (freely available source code lowers development effort).