MalwareBazaar Database

You are currently viewing the MalwareBazaar entry for SHA256 e86c157b93e3a2c13113316aa34e92b2b7bcdae11eccc04f26fdcae00427b7c9. 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



Vidar


Vendor detections: 15


Intelligence 15 IOCs YARA 30 File information Comments

SHA256 hash: e86c157b93e3a2c13113316aa34e92b2b7bcdae11eccc04f26fdcae00427b7c9
SHA3-384 hash: 5107bd2723400c4083c3c2e304eb570a54333baca240b709253e1749cbd1f19d5b4577926666ea8bea69b5cb17379f5e
SHA1 hash: 62c7ae9b9e2ef2d6388b9b8925406e1ce8c02fe2
MD5 hash: 5f0ef437b9ad8819f8f23aee8923773f
humanhash: wolfram-purple-july-paris
File name:e86c157b93e3a2c13113316aa34e92b2b7bcdae11eccc04f26fdcae00427b7c9.exe
Download: download sample
Signature Vidar
File size:2'017'792 bytes
First seen:2026-03-19 12:52:17 UTC
Last seen:2026-03-19 13:46:50 UTC
File type:Executable exe
MIME type:application/x-dosexec
imphash f0ea7b7844bbc5bfa9bb32efdcea957c (65 x Sliver, 37 x Vidar, 17 x CobaltStrike)
ssdeep 24576:uf8H8rLZI9o2ifK6QldP6LNf4wXKyoLXFjkLtDhsZ0IOcsYgt/CfzDK1:u0H8rao2ifK6QlFkayIkHsbMYgtWDK1
TLSH T1D5958C07BCC465B9E1AAD23289B612A17730F84A0B3137C76F41B6B82F7A7D45E35394
TrID 37.0% (.EXE) Win64 Executable (generic) (6522/11/2)
28.6% (.EXE) Win16 NE executable (generic) (5038/12/1)
11.5% (.EXE) OS/2 Executable (generic) (2029/13)
11.3% (.EXE) Generic Win/DOS Executable (2002/3)
11.3% (.EXE) DOS Executable (generic) (2000/1)
Magika pebin
Reporter abuse_ch
Tags:exe vidar

Intelligence


File Origin
# of uploads :
2
# of downloads :
159
Origin country :
SE SE
Vendor Threat Intelligence
No detections
Malware family:
ID:
1
File name:
e86c157b93e3a2c13113316aa34e92b2b7bcdae11eccc04f26fdcae00427b7c9.exe
Verdict:
Malicious activity
Analysis date:
2026-03-19 03:58:04 UTC
Tags:
stealer stealc vidar golang xor-url generic

Note:
ANY.RUN is an interactive sandbox that analyzes all user actions rather than an uploaded sample
Gathering data
Verdict:
Malicious
Score:
99.9%
Tags:
ransomware dridex virus small
Result
Verdict:
Malware
Maliciousness:
Gathering data
Verdict:
Malicious
File Type:
exe x64
Detections:
Trojan-PSW.Win32.Vidar.igf Trojan-PSW.Win32.Vidar.d Trojan-PSW.Win32.Coins.sb Trojan-PSW.Stealerc.TCP.C&C Trojan-PSW.Stealerc.HTTP.C&C
Result
Threat name:
Detection:
malicious
Classification:
troj.spyw.evad
Score:
100 / 100
Signature
Allocates memory in foreign processes
C2 URLs / IPs found in malware configuration
Contains functionality to check if a debugger is running (CheckRemoteDebuggerPresent)
Found malware configuration
Injects a PE file into a foreign processes
Joe Sandbox ML detected suspicious sample
Monitors registry run keys for changes
Multi AV Scanner detection for submitted file
Potentially malicious time measurement code found
Queues an APC in another process (thread injection)
Sample uses string decryption to hide its real strings
Suricata IDS alerts for network traffic
Tries to detect virtualization through RDTSC time measurements
Tries to harvest and steal browser information (history, passwords, etc)
Unusual module load detection (module proxying)
Writes to foreign memory regions
Yara detected Vidar stealer
Behaviour
Behavior Graph:
behaviorgraph top1 signatures2 2 Behavior Graph ID: 1886294 Sample: UORsH53dWF.exe Startdate: 19/03/2026 Architecture: WINDOWS Score: 100 65 Suricata IDS alerts for network traffic 2->65 67 Found malware configuration 2->67 69 Multi AV Scanner detection for submitted file 2->69 71 4 other signatures 2->71 7 UORsH53dWF.exe 21 2->7         started        11 msedge.exe 66 627 2->11         started        13 msedge.exe 2->13         started        15 msedge.exe 2->15         started        process3 dnsIp4 45 179.61.227.110, 443, 49692, 49693 ASN-XTUDIONETES Chile 7->45 73 Tries to harvest and steal browser information (history, passwords, etc) 7->73 75 Writes to foreign memory regions 7->75 77 Allocates memory in foreign processes 7->77 79 6 other signatures 7->79 17 msedge.exe 2 12 7->17         started        20 msedge.exe 7->20         started        22 chrome.exe 3 7->22         started        24 chrome.exe 7->24         started        47 192.168.2.6, 138, 443, 49516 unknown unknown 11->47 49 239.255.255.250 unknown Reserved 11->49 26 msedge.exe 11->26         started        29 msedge.exe 11->29         started        33 3 other processes 11->33 31 msedge.exe 13->31         started        35 4 other processes 13->35 signatures5 process6 dnsIp7 63 Monitors registry run keys for changes 17->63 37 msedge.exe 17->37         started        39 msedge.exe 20->39         started        41 chrome.exe 22->41         started        43 WerFault.exe 2 24->43         started        51 part-0012.t-0009.t-msedge.net 13.107.213.40, 443, 49728, 49734 MICROSOFT-CORP-MSN-AS-BLOCKUS United States 26->51 53 ax-0002.ax-msedge.net 150.171.27.11, 443, 49727, 49760 MICROSOFT-CORP-MSN-AS-BLOCKUS United States 26->53 59 37 other IPs or domains 26->59 55 ln-0002.ln-msedge.net 150.171.22.12, 443, 49802 MICROSOFT-CORP-MSN-AS-BLOCKUS United States 31->55 57 ax-0001.ax-dc-msedge.net 150.171.30.10, 443, 49790 MICROSOFT-CORP-MSN-AS-BLOCKUS United States 31->57 61 47 other IPs or domains 31->61 signatures8 process9
Gathering data
Threat name:
Win64.Trojan.Generic
Status:
Suspicious
First seen:
2026-03-19 02:47:24 UTC
File Type:
PE+ (Exe)
AV detection:
17 of 36 (47.22%)
Threat level:
  5/5
Result
Malware family:
Score:
  10/10
Tags:
family:vidar botnet:34e0f8af8381e2f201222e75acb84b2b stealer
Behaviour
Detects Vidar Stealer
Vidar
Vidar family
Malware Config
C2 Extraction:
https://179.61.227.110
https://telegram.me/mm8hyx
https://steamcommunity.com/profiles/76561198728266687
Unpacked files
SH256 hash:
e86c157b93e3a2c13113316aa34e92b2b7bcdae11eccc04f26fdcae00427b7c9
MD5 hash:
5f0ef437b9ad8819f8f23aee8923773f
SHA1 hash:
62c7ae9b9e2ef2d6388b9b8925406e1ce8c02fe2
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:command_and_control
Author:CD_R0M_
Description:This rule searches for common strings found by malware using C2. Based on a sample used by a Ransomware group
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:DebuggerCheck__QueryInfo
Reference:https://github.com/naxonez/yaraRules/blob/master/AntiDebugging.yara
Rule name:DebuggerCheck__RemoteAPI
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:DebuggerHiding__Active
Reference:https://github.com/naxonez/yaraRules/blob/master/AntiDebugging.yara
Rule name:DetectGoMethodSignatures
Author:Wyatt Tauber
Description:Detects Go method signatures in unpacked Go binaries
Rule name:dgaagas
Author:Harshit
Description:Uses certutil.exe to download a file named test.txt
Rule name:GoBinTest
Rule name:golang
Rule name:Golangmalware
Author:Dhanunjaya
Description:Malware in Golang
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:Golang_Find_CSC846
Author:Ashar Siddiqui
Description:Find Go Signatuers
Rule name:Golang_Find_CSC846_Simple
Author:Ashar Siddiqui
Description:Find Go Signatuers
Rule name:HiveRansomware
Author:Dhanunjaya
Description:Yara Rule To Detect Hive V4 Ransomware
Rule name:INDICATOR_SUSPICIOUS_EXE_NoneWindowsUA
Author:ditekSHen
Description:Detects Windows executables referencing non-Windows User-Agents
Rule name:pe_no_import_table
Description:Detect pe file that no import table
Rule name:ProgramLanguage_Golang
Author:albertzsigovits
Description:Application written in Golang programming language
Rule name:SEH__vectored
Reference:https://github.com/naxonez/yaraRules/blob/master/AntiDebugging.yara
Rule name:Suspicious_Golang_Binary
Author:Tim Machac
Description:Triage: Golang-compiled binary with suspicious OS/persistence/network strings (not family-specific)
Rule name:SUSP_XORed_URL_In_EXE
Author:Florian Roth (Nextron Systems)
Description:Detects an XORed URL in an executable
Reference:https://twitter.com/stvemillertime/status/1237035794973560834
Rule name:SUSP_XORed_URL_in_EXE_RID2E46
Author:Florian Roth
Description:Detects an XORed URL in an executable
Reference:https://twitter.com/stvemillertime/status/1237035794973560834
Rule name:Sus_CMD_Powershell_Usage
Author:XiAnzheng
Description:May Contain(Obfuscated or no) Powershell or CMD Command that can be abused by threat actor(can create FP)
Rule name:telebot_framework
Author:vietdx.mb
Rule name:ThreadControl__Context
Reference:https://github.com/naxonez/yaraRules/blob/master/AntiDebugging.yara
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.

Comments