MalwareBazaar Database
You are currently viewing the MalwareBazaar entry for SHA256 5a616be3a292055d1bfb135bf6ad6ff9be4cd4e8019f819bead20937e2dd96b4. 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: 13
| SHA256 hash: | 5a616be3a292055d1bfb135bf6ad6ff9be4cd4e8019f819bead20937e2dd96b4 |
|---|---|
| SHA3-384 hash: | 15907b94df90158fcdd2f6c08c1770cf2234b6aa17deef96575b3a69a1ec7783274524e7b34e7b949373b7513b83f54b |
| SHA1 hash: | e8bff616100ccd9452362f90d0d3f94b860d2bf4 |
| MD5 hash: | 8f8fc7f7442eb1d14acf3593e773463b |
| humanhash: | tennessee-ink-florida-bulldog |
| File name: | 5a616be3a292055d1bfb135bf6ad6ff9be4cd4e8019f819bead20937e2dd96b4 |
| Download: | download sample |
| File size: | 16'402'198 bytes |
| First seen: | 2026-02-04 15:41:20 UTC |
| Last seen: | Never |
| File type: |  exe |
| MIME type: | application/x-dosexec |
| imphash | 72c4e339b7af8ab1ed2eb3821c98713a (50 x BlankGrabber, 26 x PythonStealer, 7 x LunaStealer) |
| ssdeep | 393216:Xip6jW83Kq63hucw1+TtIiF4uARuAMdS9QVlNIIKQEM:1W8ab3hrw1QtI1uA8sMl6IKQEM |
| TLSH | T173F6339973A508ECD8AEA17F91E4C25B63A170E703A0928F57F20D520F271E5EE35F52 |
| TrID | 64.5% (.EXE) InstallShield setup (43053/19/16) 15.7% (.EXE) Win64 Executable (generic) (10522/11/4) 7.5% (.EXE) Win16 NE executable (generic) (5038/12/1) 3.0% (.ICL) Windows Icons Library (generic) (2059/9) 3.0% (.EXE) OS/2 Executable (generic) (2029/13) |
| Magika | pebin |
| Reporter |  Neiki |
| Tags: | exe Python stealer Telegram |
Intelligence
File Origin
# of uploads :
1
# of downloads :
237
Origin country :
DEVendor Threat Intelligence
Malware configuration found for:
PyInstaller
Details
PyInstaller
a compiled assembly and a Python version
Malware family:
n/a
ID:
1
File name:
svchost.exe
Verdict:
Malicious activity
Analysis date:
2026-02-04 15:30:58 UTC
Tags:
pyinstaller telegram python auto-reg ims-api generic rust evasion
Note:
ANY.RUN is an interactive sandbox that analyzes all user actions rather than an uploaded sample
Detection:
Locked
Detection(s):
Verdict:
Malicious
Score:
92.5%
Tags:
ransomware installer extens
Verdict:
Suspicious
Threat level:
5/10
Confidence:
100%
Tags:
anti-debug expand expired-cert fingerprint installer-heuristic keylogger lolbin microsoft_visual_cc overlay packed packed pyinstaller pyinstaller
Verdict:
Malicious
Labled as:
Win/malicious_confidence_100%
Verdict:
Malicious
File Type:
exe x64
First seen:
2026-02-04T12:38:00Z UTC
Last seen:
2026-02-04T12:51:00Z UTC
Hits:
~10
Detections:
HEUR:Trojan-Ransom.Python.Agent.b HEUR:Trojan.Python.Pytr.co HEUR:Trojan-Ransom.Python.Agent.gen
Verdict:
Unknown
Score:
99%
Verdict:
Malware
File Type:
PE
Verdict:
inconclusive
YARA:
5 match(es)
Tags:
Executable PDB Path PE (Portable Executable) PE File Layout Win 64 Exe x64
Verdict:
Malicious
Threat name:
Win64.Trojan.Egairtigado
Status:
Malicious
First seen:
2026-02-04 15:31:11 UTC
File Type:
PE+ (Exe)
Extracted files:
1912
AV detection:
13 of 24 (54.17%)
Threat level:
5/5
Detection(s):
Suspicious file
Result
Malware family:
n/a
Score:
9/10
Tags:
persistence pyinstaller ransomware
Behaviour
Suspicious use of WriteProcessMemory
Detects Pyinstaller
Drops file in Windows directory
Adds Run key to start application
Looks up external IP address via web service
Executes dropped EXE
Loads dropped DLL
Renames multiple (210) files with added filename extension
Unpacked files
SH256 hash:
5a616be3a292055d1bfb135bf6ad6ff9be4cd4e8019f819bead20937e2dd96b4
MD5 hash:
8f8fc7f7442eb1d14acf3593e773463b
SHA1 hash:
e8bff616100ccd9452362f90d0d3f94b860d2bf4
Please note that we are no longer able to provide a coverage score for Virus Total.
Threat name:
Malicious File
Score:
1.00
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: | DebuggerException__SetConsoleCtrl |
|---|---|
| Reference: | https://github.com/naxonez/yaraRules/blob/master/AntiDebugging.yara |
| Rule name: | Detect_PyInstaller |
|---|---|
| Author: | Obscurity Labs LLC |
| Description: | Detects PyInstaller compiled executables across platforms |
| Rule name: | golang_bin_JCorn_CSC846 |
|---|---|
| Author: | Justin Cornwell |
| Description: | CSC-846 Golang detection ruleset |
| Rule name: | PyInstaller |
|---|---|
| Author: | @bartblaze |
| Description: | Identifies executable converted using PyInstaller. This rule by itself does NOT necessarily mean the detected file is malicious. |
| Rule name: | upxHook |
|---|---|
| Author: | @r3dbU7z |
| Description: | Detect artifacts from 'upxHook' - modification of UPX packer |
| Reference: | https://bazaar.abuse.ch/sample/6352be8aa5d8063673aa428c3807228c40505004320232a23d99ebd9ef48478a/ |
File information
The table below shows additional information about this malware sample such as delivery method and external references.
Comments
Login required
You need to login to in order to write a comment. Login with your abuse.ch account.If someone is affected:
import hashlib, base64, socket, ctypes, uuid
from cryptography.hazmat.primitives.ciphers import Cipher, algorithms, modes
from cryptography.hazmat.backends import default_backend
def get_key():
hostname = socket.gethostname()
serial = ctypes.c_ulong()
ctypes.windll.kernel32.GetVolumeInformationW(
"C:\\", None, 0, ctypes.byref(serial), None, None, None, 0)
mac = ':'.join(f'{(uuid.getnode()>>i)&0xff:02x}' for i in range(0,48,8))[::-1]
machine_id = hashlib.sha256(f"{hostname}{serial.value}{mac}".encode()).hexdigest()
return hashlib.sha256(machine_id.encode()).digest()
with open(r"C:\Windows\Temp\ds_pwd.enc") as f:
_, iv, ct = f.read().strip().split('|')
cipher = Cipher(algorithms.AES(get_key()), modes.CFB(base64.b64decode(iv)))
print("PASSWORD:", cipher.decryptor().update(base64.b64decode(ct)).decode())
Will print you the Password - also this Malware will not run in Safe Mode. I Reverse-Engineered it.