MalwareBazaar Database

You are currently viewing the MalwareBazaar entry for SHA256 375f8a4ff4eafe485b210a9ffb6a84bdbdb9c52ae602293ddae53717935e8daa. While MalwareBazaar tries to identify whether the sample provided is malicious or not, there is no guarantee that a sample in MalwareBazaar is malicious.

Database Entry



Stealc


Vendor detections: 9


Intelligence 9 IOCs YARA 10 File information Comments

SHA256 hash: 375f8a4ff4eafe485b210a9ffb6a84bdbdb9c52ae602293ddae53717935e8daa
SHA3-384 hash: f05816b6bc2ecdceb8f00024c0333d0af41d2b93b76a3c9f9ca806494f46d3cd5ca53b428c3d872f088f8e00a9d6af18
SHA1 hash: cab8109654bfee89744d7ef0e855b55c316e8cfa
MD5 hash: 88fa7d9c846fd17986f8d0143cb3ca3a
humanhash: angel-five-bulldog-william
File name:375f8a4ff4eafe485b210a9ffb6a84bdbdb9c52ae602293ddae53717935e8daa
Download: download sample
Signature Stealc
File size:786'432 bytes
First seen:2026-07-29 10:26:54 UTC
Last seen:2026-07-29 10:27:50 UTC
File type:Executable exe
MIME type:application/x-dosexec
ssdeep 12288:EyxlWjpe4gaqxnbkXOOmMFQIqc0xjyo0ZbcT:jOjgaqxb2OOb6Iqc0V
TLSH T1F5F48E1AA76542E8D0BBC2B5CA464452FB7378525330A65F079946AA0F37BA07F3EF01
TrID 33.1% (.EXE) Win64 Executable (generic) (6522/11/2)
25.6% (.EXE) Win16 NE executable (generic) (5038/12/1)
10.4% (.ICL) Windows Icons Library (generic) (2059/9)
10.3% (.EXE) OS/2 Executable (generic) (2029/13)
10.1% (.EXE) Generic Win/DOS Executable (2002/3)
Magika pebin
Reporter JAMESWT_WT
Tags:exe Stealc StealC-v3

Intelligence


File Origin
# of uploads :
2
# of downloads :
152
Origin country :
IT IT
Vendor Threat Intelligence
Verdict:
Malicious
Threat level:
  10/10
Confidence:
100%
Tags:
base64 crypto microsoft_visual_cc overlay packed
Verdict:
Malicious
File Type:
exe x64
First seen:
2026-07-29T12:47:00Z UTC
Last seen:
2026-07-31T05:07:00Z UTC
Hits:
~10
Verdict:
inconclusive
YARA:
5 match(es)
Tags:
Executable PE (Portable Executable) PE Memory-Mapped (Dump)
Result
Malware family:
Score:
  10/10
Tags:
family:stealc stealer
Unpacked files
SH256 hash:
375f8a4ff4eafe485b210a9ffb6a84bdbdb9c52ae602293ddae53717935e8daa
MD5 hash:
88fa7d9c846fd17986f8d0143cb3ca3a
SHA1 hash:
cab8109654bfee89744d7ef0e855b55c316e8cfa
Please note that we are no longer able to provide a coverage score for Virus Total.

YARA Signatures


MalwareBazaar uses YARA rules from several public and non-public repositories, such as YARAhub and Malpedia. Those are being matched against malware samples uploaded to MalwareBazaar as well as against any suspicious process dumps they may create. Please note that only results from TLP:CLEAR rules are being displayed.

Rule name:DebuggerCheck__API
Reference:https://github.com/naxonez/yaraRules/blob/master/AntiDebugging.yara
Rule name:DetectEncryptedVariants
Author:Zinyth
Description:Detects 'encrypted' in ASCII, Unicode, base64, or hex-encoded
Rule name:golang_bin_JCorn_CSC846
Author:Justin Cornwell
Description:CSC-846 Golang detection ruleset
Rule name:Heuristics_ChromeABE
Author:Still
Description:attempts to match instructions related to Chrome App-bound Encryption elevation service; possibly spotted amongst infostealers
Rule name:malware_shellcode_hash
Author:JPCERT/CC Incident Response Group
Description:detect shellcode api hash value
Rule name:pe_detect_tls_callbacks
Rule name:pe_no_import_table
Description:Detect pe file that no import table
Rule name:RANSOMWARE
Author:ToroGuitar
Rule name:StealcV2
Author:Still
Description:attempts to match the instructions found in StealcV2
Rule name:VECT_Ransomware
Author:Mustafa Bakhit
Description:Detects activity associated with VECT ransomware. This includes registry modifications and deletions, execution of system and defense-evasion commands, suspicious API usage, mutex creation, file and memory manipulation, ransomware note generation, anti-debugging and anti-analysis techniques, and embedded cryptographic constants (SHA256) characteristic of this malware family. Designed for threat intelligence and malware detection environments.

File information


The table below shows additional information about this malware sample such as delivery method and external references.

Comments