TF-2013275
high
📛 Threat Title
AsyncRAT: SHA1 hash of a malware sample (payload) 2a96f2221fce85746ece71c98de5251cedb1bf36
Description
Indicator that identifies a malware sample (payload). IOC type: SHA1 hash of a malware sample (payload). Attributed malware: AsyncRAT. Confidence: 95. First seen: 2026-11-03 16:42:27 UTC. Reporter: Grim.
Indicators of Compromise (1)
Each indicator is enriched from the IOC database, threat-intel feed corroboration (Threat Hunt) and VirusTotal. Click one to expand.
hash_sha1
2a96f2221fce85746ece71c98de5251cedb1bf36
VT 60 / 75
IOC database
- Type
- hash_sha1
- Value
2a96f2221fce85746ece71c98de5251cedb1bf36- First seen
- Last seen
- Attached to this threat
- Appears in
- 2 threats
- Description
- SHA1 hash of a malware sample (payload) attributed to AsyncRAT
Threat Hunt — feed corroboration
Not present in any configured threat-intel feed.
Flagged by 60 of 75 VirusTotal vendors
| Vendor | Verdict | Detection |
|---|---|---|
| AhnLab-V3 | malicious | Malware/Win32.RL_Generic.C3558490 |
| Alibaba | malicious | Backdoor:MSIL/AsyncRat.64fb1d6e |
| alibabacloud | malicious | Rat:Win/AsyncRAT.Stub |
| ALYac | malicious | Generic.AsyncRAT.Marte.B.68BFDB32 |
| Antiy-AVL | malicious | Trojan[Backdoor]/MSIL.Crysan |
| APEX | malicious | Malicious |
| Arcabit | malicious | Generic.AsyncRAT.Marte.B.68BFDB32 |
| Avast | malicious | MSIL:AsyncRat-E [Pws] |
| AVG | malicious | MSIL:AsyncRat-E [Pws] |
| Avira | malicious | TR/Dropper.Gen |
| BitDefender | malicious | Generic.AsyncRAT.Marte.B.68BFDB32 |
| Bkav | malicious | W32.Malware.D1B821A9 |
| CAT-QuickHeal | malicious | Trojan.IgenericFC.S14890850 |
| ClamAV | malicious | Win.Packed.Razy-9625918-0 |
| CrowdStrike | malicious | win/malicious_confidence_100% (W) |
| CTX | malicious | exe.unknown.asyncrat |
| Cylance | malicious | Unsafe |
| DeepInstinct | malicious | MALICIOUS |
| DrWeb | malicious | BackDoor.AsyncRAT.115 |
| Elastic | malicious | Windows.Generic.Threat |
| Emsisoft | malicious | Trojan.Agent (A) |
| ESET-NOD32 | malicious | MSIL/AsyncRAT.A trojan |
| F-Secure | malicious | Trojan.TR/Dropper.Gen |
| Fortinet | malicious | MSIL/AsyncRAT.A!tr |
| GData | malicious | MSIL.Backdoor.DCRat.D |
| malicious | Detected |
|
| Gridinsoft | malicious | Trojan.Win32.Agent.sa |
| huorong | malicious | Backdoor/MSIL.DcRat.a |
| Ikarus | malicious | Trojan.MSIL.AsyncRAT |
| Jiangmin | malicious | Backdoor.MSIL.gguk |
| K7AntiVirus | malicious | Trojan ( 005c228f1 ) |
| K7GW | malicious | Trojan ( 005c228f1 ) |
| Kaspersky | malicious | HEUR:Backdoor.MSIL.Crysan.gen |
| Kingsoft | malicious | MSIL.Backdoor.Crysan.gen |
| Lionic | malicious | Trojan.Win32.AsyncRAT.m!c |
| Malwarebytes | malicious | Generic.Trojan.MSIL.DDS |
| McAfeeD | malicious | Trojan:Win/Generic.BCX |
| Microsoft | malicious | Backdoor:MSIL/AsyncRat!atmn |
| MicroWorld-eScan | malicious | Generic.AsyncRAT.Marte.B.68BFDB32 |
| NANO-Antivirus | malicious | Trojan.Win32.AsyncRAT.lhhviy |
| Paloalto | malicious | generic.ml |
| Panda | malicious | Trj/CI.A |
| Rising | malicious | Trojan.AntiVM!1.CF63 (CLASSIC) |
| Sangfor | malicious | Suspicious.Win32.Save.a |
| SentinelOne | malicious | Static AI - Malicious PE |
| Skyhigh | malicious | Fareit-FZT!1D1934C74BBA |
| Sophos | malicious | Troj/AsyncRat-B |
| SUPERAntiSpyware | malicious | Trojan.Agent/Gen-Kryptik |
| Symantec | malicious | Backdoor.ASync!g2 |
| Tencent | malicious | Trojan.Msil.Agent.zap |
| Trapmine | malicious | suspicious.low.ml.score |
| TrellixENS | malicious | Fareit-FZT!1D1934C74BBA |
| TrendMicro | malicious | Backdoor.MSIL.ASYNCRAT.SMXSR |
| TrendMicro-HouseCall | malicious | Backdoor.MSIL.ASYNCRAT.SMXSR |
| Varist | malicious | W32/Samas.B.gen!Eldorado |
| VBA32 | malicious | OScope.Backdoor.MSIL.Crysan |
| VIPRE | malicious | Generic.AsyncRAT.Marte.B.68BFDB32 |
| VirIT | malicious | Trojan.Win32.MSIL_Heur.A |
| ViRobot | malicious | Trojan.Win.Z.Asyncrat.46080.RUL |
| ZoneAlarm | malicious | Troj/AsyncRat-B |
Details From VirusTotal
Basic Properties
| MD5 | 1d1934c74bbafed34ff53e4511a308b5 |
| SHA-1 | 2a96f2221fce85746ece71c98de5251cedb1bf36 |
| SHA-256 | f5ee612748cedfd68340a5394f65072aa052d02820e5e8db5587ac36e53046be |
| VHash | 244036555511d08d2e1d104c |
| SSDEEP | 768:xuQSNTvEEaBrWUXFd5mo2qmiWv8n2+Fjw2NLPIPzjbfgXIiE3b8FWC0BDZex:xuQSNT8572xzv9Ew2CP3boXFE3bqCdex |
| TLSH | T171231B003BE8812BF2BE4F7499F26145467AF2677603D64D2CC452DB5713FC69A02AEE |
| File type | Win32 EXE |
| File type tag | peexe |
| File extension | exe |
| Magic | PE32 executable (GUI) Intel 80386 Mono/.Net assembly, for MS Windows |
| File size | 45.0 KB |
History
| Creation date | 2023-10-16 21:40 UTC |
| First seen on VirusTotal | 2026-11-02 06:27 UTC |
| Last submission | 2026-11-03 21:56 UTC |
| Last analysis | 2026-11-03 21:56 UTC |
| Last modified on VirusTotal | 2026-11-04 00:01 UTC |
Known Names
Stub.exeGoogleUpdate.exef5ee612748cedfd68340a5394f65072aa052d02820e5e8db5587ac36e53046be.exe4sesjdc.exek7takwv1.exe
References (2)
- Malpedia profile Threatfox IOCs/Threats
-
ThreatFox IOC page
Threatfox IOCs/Threats
Indicator that identifies a malware sample (payload). IOC type: SHA1 hash of a malware sample (payload). Attributed malware: AsyncRAT. Confidence: 95. First seen: 2026-11-03 16:42:27 UTC. Reporter: Grim.
Remediations (10)
-
web:bazaar.abuse.ch
A malware sample can be associated with only one malware family. The page below gives you an overview on malware samples that MalwareBazaar has identified as AsyncRAT .
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web:bazaar.abuse.ch
Malware samples associated with tag AsyncRAT MalwareBazaar Database Samples on MalwareBazaar are usually associated with certain tags. Every sample can associated with one or more tags. Using tags, it is easy to navigate through the huge amount of malware samples in the MalwareBazaar corpus. The page below gives you an overview on malware samples that are tagged with AsyncRAT . Database Entry
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web:deepwiki.com
Purpose and Scope This document covers the analysis of ASyncRAT (Asynchronous Remote Access Tool) campaigns and the methodology for decrypting stage 2 payloads . It provides indicators of compromise (IOCs) from multiple observed campaigns and technical details for payload extraction and decryption. For broader backdoor and RAT analysis, see Backdoors and Remote Access Tools. For other malware ...
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web:github.com
AsyncRAT Malware analysis Recently, I came across an interesting sample of AsyncRAT . It stands out by the fact that it has a built in custom encryption to encrypt the strings it is using. I personally haven't seen that in this strain of malware before so I decided to look into it and write a nice breakdown of how the encryption works, reconstruct it in a nice Python based decryption tool ...
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web:github.com
C2 Identification: Discovered command-and-control communication occurring on a non-standard port (TCP/222). Threat Intelligence: Correlated SHA256 hashes with VirusTotal to confirm the AsyncRAT malware family. Documentation: Produced a comprehensive 15-page incident report tailored for both technical and executive audiences.
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web:socprime.com
Summary A five-stage AsyncRAT infection chain has been identified that uses a socially engineered batch file and the legitimate AutoIt interpreter for execution. The malware relies on layered obfuscation, including Base64 fragment reconstruction and multiple rounds of XOR decryption, to evade detection. The final stage deploys a .NET-based AsyncRAT payload that is injected into a legitimate ...
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web:www.fortinet.com
FortiGuard Labs analyzes a multi-stage malware campaign that uses fake AI-themed documents, hidden PowerShell scripts, AutoHotkey loaders, and process injection to deploy AsyncRAT and maintain remote access.
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web:www.huntress.com
Technical analysis of AsyncRAT malware AsyncRAT operates by embedding itself into victim systems via malicious downloads or email attachments. Once executed, it establishes communication with a command-and-control (C2) server to download additional payloads , execute commands, and exfiltrate data.
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web:www.levelblue.com
The AsyncRAT loader uses multi-stage obfuscation and anti-sandboxing routines to evade automatic detection during payload delivery. Phishing webpages deliver JavaScript files that decrypt C2 URLs by subtracting constant values from arrays of decimal numbers to obtain ASCII characters. LevelBlue research reveals that C2 servers deliver HTTP scripts containing Base64 code, XOR encryption, and ...
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web:www.microsoft.com
Trojan:BAT/ AsyncRat (Asynchronous Remote Access Trojan) is a sophisticated, feature-rich malware that provides threat actors with full remote control over compromised Windows devices. First published as open-source software on GitHub in 2019, its code has been weaponized and modified by a diverse range of threat actors. This open-source nature has made AsyncRAT a cornerstone of modern malware ...
AI Forensic Analysis
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