MalwareBazaar Database

You are currently viewing the MalwareBazaar entry for SHA256 a316f54c1e2d594757554fcdb4b66d6fdd399eaea0328491fccab16b701ef033. 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



Sliver


Vendor detections: 19


Intelligence 19 IOCs YARA 25 File information Comments

SHA256 hash: a316f54c1e2d594757554fcdb4b66d6fdd399eaea0328491fccab16b701ef033
SHA3-384 hash: e0f2c66fc429eadf952e06b969bf07cb7f7a2afbd967ee5cda8c50b8f1017159a23fddd90dcd37fc396e894d49cf2cff
SHA1 hash: e390e153ad554f496228f2ed8ef17f58f20bcae9
MD5 hash: c5b6234baedca236c278effaf331caee
humanhash: carolina-magnesium-georgia-failed
File name:oootl_ru.exe
Download: download sample
Signature Sliver
File size:15'668'224 bytes
First seen:2025-12-10 10:51:04 UTC
Last seen:Never
File type:Executable exe
MIME type:application/x-dosexec
imphash f0ea7b7844bbc5bfa9bb32efdcea957c (65 x Sliver, 38 x Vidar, 17 x CobaltStrike)
ssdeep 98304:B3J8oS0JT8SuCPyAJ+PM4ArivHGYECmb3E:hJXSQOQUkLivYCg3E
TLSH T102F60903F8D510D4C4E9D2B489214261B971786C1BB973DB2BA1F7B42B32BF05E7AB91
TrID 48.7% (.EXE) Win64 Executable (generic) (10522/11/4)
23.3% (.EXE) Win16 NE executable (generic) (5038/12/1)
9.3% (.EXE) OS/2 Executable (generic) (2029/13)
9.2% (.EXE) Generic Win/DOS Executable (2002/3)
9.2% (.EXE) DOS Executable Generic (2000/1)
Magika pebin
Reporter juroots
Tags:exe sliver

Intelligence


File Origin
# of uploads :
1
# of downloads :
112
Origin country :
CH CH
Vendor Threat Intelligence
Malware configuration found for:
Sliver
Details
Sliver
a c2 url
Malware family:
n/a
ID:
1
File name:
oootl_ru.exe
Verdict:
Malicious activity
Analysis date:
2025-12-10 10:51:40 UTC
Tags:
sliver golang

Note:
ANY.RUN is an interactive sandbox that analyzes all user actions rather than an uploaded sample
Verdict:
Malicious
Score:
92.5%
Tags:
ransomware
Result
Verdict:
Malware
Maliciousness:

Behaviour
Connection attempt
Sending a custom TCP request
Verdict:
Malicious
Labled as:
Dump:Generic.Trojan.Tango.Marte.I
Verdict:
Malicious
File Type:
exe x64
First seen:
2025-12-10T08:06:00Z UTC
Last seen:
2025-12-10T11:46:00Z UTC
Hits:
~10
Detections:
HackTool.Win64.Vilers.sb Trojan.Win64.Vilers.sb HEUR:Trojan.Multi.MalGO.gen HEUR:HackTool.Win64.Vilers.gen
Verdict:
inconclusive
YARA:
4 match(es)
Tags:
Executable PE (Portable Executable) PE File Layout Win 64 Exe x64
Threat name:
Win64.Trojan.TangoMarte
Status:
Malicious
First seen:
2025-12-09 22:34:03 UTC
File Type:
PE+ (Exe)
AV detection:
20 of 24 (83.33%)
Threat level:
  5/5
Verdict:
malicious
Label(s):
Similar samples:
Result
Malware family:
Score:
  10/10
Tags:
family:sliver
Verdict:
Malicious
Tags:
red_team_tool sliver commandandcontrol Win.File.Sliver-9942542-0
YARA:
INDICATOR_TOOL_Sliver Multi_Trojan_Sliver_42298c4a Multi_Trojan_Sliver_3bde542d Multi_Trojan_Sliver_3d6b7cd3
Unpacked files
SH256 hash:
a316f54c1e2d594757554fcdb4b66d6fdd399eaea0328491fccab16b701ef033
MD5 hash:
c5b6234baedca236c278effaf331caee
SHA1 hash:
e390e153ad554f496228f2ed8ef17f58f20bcae9
Detections:
win_sliver_w0 Sliver
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:DebuggerException__SetConsoleCtrl
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:DetectGoMethodSignatures
Author:Wyatt Tauber
Description:Detects Go method signatures in unpacked Go binaries
Rule name:Detect_Go_GOMAXPROCS
Author:Obscurity Labs LLC
Description:Detects Go binaries by the presence of runtime.GOMAXPROCS in the runtime metadata
Rule name:GoBinTest
Rule name:golang_binary_string
Description:Golang strings present
Rule name:golang_bin_JCorn_CSC846
Author:Justin Cornwell
Description:CSC-846 Golang detection ruleset
Rule name:golang_duffcopy_amd64
Rule name:INDICATOR_TOOL_Sliver
Author:ditekSHen
Description:Detects Sliver implant cross-platform adversary emulation/red team
Rule name:MD5_Constants
Author:phoul (@phoul)
Description:Look for MD5 constants
Rule name:Multi_Trojan_Bishopsliver_42298c4a
Rule name:Multi_Trojan_Sliver_3bde542d
Author:Elastic Security
Rule name:Multi_Trojan_Sliver_3d6b7cd3
Author:Elastic Security
Rule name:Multi_Trojan_Sliver_42298c4a
Author:Elastic Security
Rule name:ProgramLanguage_Golang
Author:albertzsigovits
Description:Application written in Golang programming language
Rule name:RANSOMWARE
Author:ToroGuitar
Rule name:RIPEMD160_Constants
Author:phoul (@phoul)
Description:Look for RIPEMD-160 constants
Rule name:SEH__vectored
Reference:https://github.com/naxonez/yaraRules/blob/master/AntiDebugging.yara
Rule name:SHA1_Constants
Author:phoul (@phoul)
Description:Look for SHA1 constants
Rule name:SHA512_Constants
Author:phoul (@phoul)
Description:Look for SHA384/SHA512 constants
Rule name:Sliver_Implant_32bit
Author:gssincla@google.com
Description:Sliver 32-bit implant (with and without --debug flag at compile)
Reference:https://cloud.google.com/blog/products/identity-security/making-cobalt-strike-harder-for-threat-actors-to-abuse
Rule name:Sliver__Implant_32bit
Author:gssincla@google.com
Rule name:SUSP_GObfuscate_May21
Author:James Quinn, Paul Hager (merged with new similar pattern)
Description:Identifies binaries obfuscated with gobfuscate
Reference:https://github.com/unixpickle/gobfuscate
Rule name:ThreadControl__Context
Reference:https://github.com/naxonez/yaraRules/blob/master/AntiDebugging.yara
Rule name:win_sliver_w0
Author:ditekSHen
Description:Detects Sliver implant cross-platform adversary emulation/red team

File information


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

Comments