MalwareBazaar Database
You are currently viewing the MalwareBazaar entry for SHA256 a59e3fb800f833d0228ad60929ace5cc080a00edb45a62e98a6ddebeff15f93b. 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
Threat unknown
Vendor detections: 11
Maldoc score: 5
| SHA256 hash: | a59e3fb800f833d0228ad60929ace5cc080a00edb45a62e98a6ddebeff15f93b |
|---|---|
| SHA3-384 hash: | a9b77d16b6aa51bbcdfc7bed1ffcfed1cede174127405366595d4842acb608427f48fe88ae5969991b050e47acf55b15 |
| SHA1 hash: | 1bd4f33cd6fb5f137dc1d1a421003afdef8f2e63 |
| MD5 hash: | 8e3c804b60bdbaa7f7488d2cda7b50b2 |
| humanhash: | oregon-tennessee-mike-pip |
| File name: | договор.docx |
| Download: | download sample |
| File size: | 22'728 bytes |
| First seen: | 2026-09-28 17:53:21 UTC |
| Last seen: | Never |
| File type: | |
| MIME type: | application/octet-stream |
| ssdeep | 384:6wvUqexIraQ7/U5uLhiRW3/mJkzz0xDRQHkBGp6GNZR3vmTmkENAgO6Hb:9Uq7rah5utiRW3NzWDpcpdnvkEagB |
| TLSH | T1B9A2ADB0DC6E8472E503F7314B1C0C1CF74D93A7A1C27A6F3AE0B6E8568648B1B67656 |
| TrID | 52.2% (.DOCX) Word Microsoft Office Open XML Format document (23500/1/4) 38.8% (.ZIP) Open Packaging Conventions container (17500/1/4) 8.8% (.ZIP) ZIP compressed archive (4000/1) |
| Magika | docx |
| Reporter | |
| Tags: | docx OperationFrostBeacon |
Office OLE Information
This malware samples appears to be an Office document. The following table provides more information about this document using oletools and oledump.
OLE id
| Maldoc score: 5 |
| File Format is MS Word 2007+ |
| Container Format is OpenXML |
| Office document contains 1 external relationships (see links below) |
| Relationship | External Link |
|---|---|
| attachedTemplate | https://luckyprint52.ru/abdjlkflasdfjgdfkadflg |
Intelligence
File Origin
HUVendor Threat Intelligence
Details
Result
Behaviour
Result
Result
Signature
Behaviour
Result
Behaviour
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: | cobalt_strike_tmp01925d3f |
|---|---|
| Author: | The DFIR Report |
| Description: | files - file ~tmp01925d3f.exe |
| Reference: | https://thedfirreport.com |
| Rule name: | CP_Script_Inject_Detector |
|---|---|
| Author: | DiegoAnalytics |
| Description: | Detects attempts to inject code into another process across PE, ELF, Mach-O binaries |
| Rule name: | DebuggerCheck__API |
|---|---|
| Reference: | https://github.com/naxonez/yaraRules/blob/master/AntiDebugging.yara |
| Rule name: | DebuggerException__SetConsoleCtrl |
|---|---|
| Reference: | https://github.com/naxonez/yaraRules/blob/master/AntiDebugging.yara |
| Rule name: | EXPL_Office_TemplateInjection_Aug19 |
|---|---|
| Author: | Florian Roth |
| Description: | Detects possible template injections in Office documents, particularly those that load content from external sources |
| Reference: | https://attack.mitre.org/techniques/T1221/ |
| Rule name: | golang_bin_JCorn_CSC846 |
|---|---|
| Author: | Justin Cornwell |
| Description: | CSC-846 Golang detection ruleset |
| Rule name: | pe_detect_tls_callbacks |
|---|
| Rule name: | PE_Digital_Certificate |
|---|---|
| Author: | albertzsigovits |
| Rule name: | pe_no_import_table |
|---|---|
| Description: | Detect pe file that no import table |
| Rule name: | TH_AntiVM_MassHunt_Win_Malware_2026_CYFARE |
|---|---|
| Author: | CYFARE |
| Description: | Detects Windows malware employing anti-VM / anti-sandbox evasion techniques across VMware, VirtualBox, Hyper-V, QEMU, Xen, and generic sandbox environments |
| Reference: | https://cyfare.net/ |
| 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.
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