TF-1931114
high
📛 Threat Title
Remus: URL that is used for botnet Command&control (C&C) http://phetsre.shop:3452/products
Description
Indicator that identifies a botnet command&control server (C&C). IOC type: URL that is used for botnet Command&control (C&C). Attributed malware: Remus. Confidence: 75. First seen: 2026-09-23 23:45:11 UTC. Reporter: Myrtus0x0. Tags: Remus.
Indicators of Compromise (1)
Each indicator is enriched from the IOC database, threat-intel feed corroboration (Threat Hunt) and VirusTotal. Click one to expand.
url
http://phetsre.shop:3452/products
UrlVoid 0 / 36
IOC database
- Type
- url
- Value
http://phetsre.shop:3452/products- First seen
- Last seen
- Attached to this threat
- Appears in
- 1 threat
- Description
- URL that is used for botnet Command&control (C&C) attributed to Remus
Threat Hunt — feed corroboration
Not present in any configured threat-intel feed.
Details From VirusTotal
No VirusTotal details cached for this IOC. Open the IOC page to query VirusTotal.
References (2)
- Malpedia profile ThreatFox IOCs
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ThreatFox IOC page
ThreatFox IOCs
Indicator that identifies a botnet command&control server (C&C). IOC type: URL that is used for botnet Command&control (C&C). Attributed malware: Remus. Confidence: 75. First seen: 2026-09-23 23:45:11 UTC. Reporter: Myrtus0x0. Tags: Remus.
Remediations (10)
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web:any.run
Remus Stealer is a sophisticated 64-bit information stealer operating under a Malware-as-a-Service (MaaS) model. Identified as a direct evolution of the infamous Lumma Stealer, Remus specializes in harvesting credentials, cookies, and cryptocurrency wallets while utilizing blockchain technology for command-and-control (C2) resilience.
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web:feodotracker.abuse.ch
Here you can browse the list of botnet Command&Control servers ( C&Cs ) tracked by Feodo Tracker, associated with Dridex, TrickBot, QakBot (aka QuakBot/Qbot), BazarLoader (aka BazarBackdoor) and Emotet (aka Heodo). When Feodo Tracker was launched in 2010, it was meant to track Feodo botnet C&Cs .
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web:flashpoint.io
Remus stealer represents a sophisticated continuation of the MaaS infostealer model left behind by Lumma's collapse. While the developer asserts independence, the overwhelming code overlaps, matching obfuscation techniques, and administrative panels indicate that Remus is either heavily inspired by, or derived from the Lumma codebase.
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web:portal.vyprsec.ai
A new information-stealing malware, Remus , is employing an Ethereum smart contract to dynamically retrieve its command and control server address, making it harder to block.
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web:threatfox.abuse.ch
You are viewing the ThreatFox database entry for url http ://phetsre.shop:3452/posts.
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web:www.ituonline.com
The infrastructure through which botnets are controlled and managed by attackers. C&C servers send commands to compromised machines (bots) to execute malicious activities. A botnet C&C (Command and Control) is the infrastructure that allows cybercriminals to manage and control a network of compromised computers or devices, known as bots.
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web:www.malwarebytes.com
Botnets are networks of computers infected by a botnet agent that are under hidden control of a third party. They are used to execute various commands ordered by the attacker. Most common uses of botnets are criminal operations that require distributed resources, such as DDoS attacks on selected targets, spam campaigns, and performing click fraud.
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web:www.spamhaus.org
The Spamhaus Botnet Controller List (BCL) is a specialized, advisory "drop all traffic" list. It consists of IP addresses that are actively used by cybercriminals to control malware-infected computers (bots). This is a high-confidence list, with false positives being extremely rare, to block as much high-risk, malicious traffic as possible.
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web:www.spamhaus.org
Botnet Threat Update July to December 2025 Botnet Command & Controller (C&C) activity increased 24% this period, with Remote Access Trojans (RATs) accounting for 42% of the Top 20 malware associated with botnets .
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web:www.thespacelab.tv
How Remus Malware Uses Ethereum for Command and Control Instead of keeping one control-server address inside the malware, Remus asks a hardcoded Ethereum smart contract where to connect. The contract returns encoded server information, which the malware decodes before sending stolen data over ordinary web traffic.
AI Forensic Analysis
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