Xworm V31 Updated !!link!! Jun 2026

Enable Antimalware Scan Interface (AMSI) logging to detect obfuscated script executions in PowerShell and VBScript.

xWorm is sold on darknet forums and via Telegram, often advertised through public GitHub repositories and shared Google Drive folders. Modular Design:

The remains one of the most persistent and disruptive tools in the modern cybercrime ecosystem. First emerging on underground forums and Telegram marketplaces in July 2022, XWorm has rapidly evolved through a highly structured Malware-as-a-Service (MaaS) model. While recent threat intelligence indicates the development of major iterative overhauls like XWorm v6.0 and v7.2, XWorm v3.1 updated versions continue to flood the threat landscape, serving as a highly effective, low-cost baseline tool for both advanced persistent groups and entry-level threat actors.

The v31 update of Xworm introduces several key features and improvements: xworm v31 updated

: Captures real-time screen data, logs keystrokes via its Xlogger module, and can remotely access webcams and microphones.

Automatically searches for and exfiltrates data from cold wallets, browser-extension wallets (like MetaMask), and core crypto applications.

If you are not running a modern EDR with behavioral heuristics, and if your users are not trained to spot ISO/LNK phishing lures, you are vulnerable. Update your defenses today, because the worm is turning—faster than ever. Enable Antimalware Scan Interface (AMSI) logging to detect

The clipboard monitor is now context-aware. Instead of just replacing Bitcoin addresses, v3.1 scans for:

Utilize Threat Intelligence feeds to automatically block known C2 infrastructure and malicious dynamic DNS domains. 3. Email and Access Control

| Capability Category | Specific Functions & Features | | :--- | :--- | | | Keylogging, screen and webcam capture, audio recording, and clipboard monitoring. | | Remote Control | Full remote desktop access, file management (upload/download/delete), and command-line shell access. | | Data & Credential Theft | Steals passwords from browsers, cryptocurrency wallets (e.g., MetaMask), and messaging apps (e.g., Telegram). Also targets clipboard data to hijack cryptocurrency transactions. | | Network & Disruption | Can be instructed to launch Distributed Denial-of-Service (DDoS) attacks, spread via USB drives, and act as a rudimentary ransomware to encrypt files. | | Command & Control | Communicates with its C2 server via AES-encrypted TCP sockets to receive commands and exfiltrate data. Server communication is typically established immediately and maintained with regular "ping/pong" signals. | | Modular & Extensible | The client can download and execute a series of on-demand plugins or DLLs (e.g., ransomware modules) directly into memory, allowing its capabilities to be easily expanded. | Automatically searches for and exfiltrates data from cold

Law enforcement has struggled to disrupt XWorm because its C2 infrastructure relies on decentralized bulletproof hosting and Tor v3 onions. As of this writing, there are over scanning for vulnerable RDP and MySQL servers globally.

The updated XWorm V3.1 remains a formidable tool in the hands of cybercriminals. By blending traditional RAT monitoring tools with aggressive infostealing modules and robust anti-analysis code, it presents a significant risk to both corporate networks and individual users. Maintaining an updated asset inventory, enforcing rigorous email filtering, and deploying behavior-based endpoint monitoring are critical steps in neutralizing this evolving threat.

Defending against sophisticated RATs like XWorm V3.1 requires a layered security posture combining technical controls and user awareness. 1. Endpoint Hardening