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TF-1933825 high

📛 Threat Title

Unknown Loader: Domain name that delivers a malware payload thewindaedivision.co.uk

Category: Unknown Loader Published: Source updated: First seen: Last updated: Source: ThreatFox IOCs

Description

Indicator that identifies a malware distribution server (payload delivery). IOC type: Domain name that delivers a malware payload. Attributed malware: Unknown Loader. Confidence: 75. First seen: 2026-09-25 16:07:29 UTC. Reporter: varysz. Tags: etherhiding, victim.

Indicators of Compromise (1)

Each indicator is enriched from the IOC database, threat-intel feed corroboration (Threat Hunt) and VirusTotal. Click one to expand.

domain thewindaedivision.co.uk VT 2 / 91 UrlVoid 3 / 36

IOC database

Type
domain
Value
thewindaedivision.co.uk
First seen
Last seen
Attached to this threat
Appears in
1 threat
Description
Ingested from IOC source: https://threatfox.abuse.ch/downloads/hostfile/

Open the full IOC page →

Threat Hunt — feed corroboration

Not present in any configured threat-intel feed.

Flagged by 2 of 91 VirusTotal vendors

VendorVerdictDetection
Gridinsoft suspicious suspicious
SOCRadar suspicious suspicious

Details From VirusTotal

Basic Properties
TLDco.uk
History
Last analysis2026-09-25 17:17 UTC
Last modified on VirusTotal2026-09-26 00:10 UTC
WHOIS record date2026-04-24 02:05 UTC

References (2)

  • Malpedia profile ThreatFox IOCs
  • ThreatFox IOC page ThreatFox IOCs

    Indicator that identifies a malware distribution server (payload delivery). IOC type: Domain name that delivers a malware payload. Attributed malware: Unknown Loader. Confidence: 75. First seen: 2026-09-25 16:07:29 UTC. Reporter: varysz. Tags: etherhiding, victim.

Remediations (10)

  • web:blog.sicuranext.com

    EtherHiding: blockchain-based payload delivery Two seconds after the page loaded, the injected JavaScript initiated outbound queries to the BNB Smart Chain (BSC) Testnet. The BSC Testnet (Chain ID 97) is a free-to-use Ethereum Virtual Machine-compatible blockchain.

  • web:cybersecuritynews.com

    A new malware operation is using ClickFix pages to trick Windows users into running malicious commands themselves. The campaign delivers TELEPUZ, a lightweight but capable remote-access malware that can receive dozens of instructions from its operators.

  • web:darkwebinformer.com

    A new domain -based indicator has been identified associated with payload delivery activity tied to the malware unknown_loader . This domain , advertised under the guise of a mobile advertising and monetization platform, poses a high-confidence threat to users and organizations.

  • web:socprime.com

    DeepLoad is a fileless malware family distributed through ClickFix social engineering. It relies on an obfuscated PowerShell loader , in-memory shellcode injection into trusted Windows processes, and AI-generated "noise" to reduce static-detection fidelity.

  • web:thehackernews.com

    Microsoft details a new ClickFix variant abusing DNS nslookup commands to stage malware , enabling stealthy payload delivery and RAT deployment.

  • web:thehackernews.com

    WordlistLoader delivers Amatera via ClearFake ClickFix attacks, while SynkLoader uses Teams phishing to steal Windows login credentials.

  • web:www.malwarebytes.com

    We uncovered ClickFix attacks using fake Google and Cloudflare pages to deliver everything from infostealers to a newly discovered malware loader .

  • web:www.malwarebytes.com

    We found PavinLoader being used across ClickFix, fake software, and RenPy campaigns to deliver Amatera Stealer and other malware .

  • web:www.microsoft.com

    The ClickFix social engineering technique has been growing in popularity, with campaigns targeting thousands of enterprise and end-user devices daily. This technique exploits users' tendency to resolve technical issues by tricking them into running malicious commands. These commands, in turn, deliver payloads that ultimately lead to information theft and exfiltration.

  • web:www.microsoft.com

    The retrieved content is executed directly in memory. Steganography-based payload delivery A notable technique in this campaign is the use of steganography to conceal malicious content inside a publicly hosted image. Instead of downloading a secondary script ( as in Campaign 1), the malware retrieves a JPEG image from an image-hosting service.

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