Trojan:Win32/VirLock.RPR!MTB

Spectating the Trojan:Win32/VirLock.RPR!MTB detection means that your system is in big danger. This virus can correctly be named as ransomware – sort of malware which ciphers your files and forces you to pay for their decryption. Stopping it requires some unusual steps that must be done as soon as possible.

Trojan:Win32/VirLock.RPR!MTB detection is a malware detection you can spectate in your computer. It often appears after the preliminary procedures on your PC – opening the untrustworthy email messages, clicking the advertisement in the Internet or mounting the program from dubious sources. From the instance it shows up, you have a short time to do something about it before it starts its malicious action. And be sure – it is far better not to wait for these destructive effects.

What is Trojan:Win32/VirLock.RPR!MTB virus?

Trojan:Win32/VirLock.RPR!MTB Summary

In total, Trojan:Win32/VirLock.RPR!MTB malware actions in the infected PC are next:

  • Behavioural detection: Executable code extraction – unpacking;
  • At least one process apparently crashed during execution;
  • Creates RWX memory;
  • The binary likely contains encrypted or compressed data.;
  • Authenticode signature is invalid;
  • Encrypting the documents kept on the victim’s disk drive — so the victim cannot check these documents;
  • Blocking the launching of .exe files of anti-virus apps
  • Blocking the launching of installation files of anti-virus apps

Ransomware has actually been a nightmare for the last 4 years. It is difficult to realize a more hazardous virus for both individual users and businesses. The algorithms utilized in Trojan:Win32/VirLock.RPR!MTB (typically, RHA-1028 or AES-256) are not hackable – with minor exclusions. To hack it with a brute force, you need more time than our galaxy currently exists, and possibly will exist. However, that malware does not do all these terrible things instantly – it may take up to several hours to cipher all of your files. Thus, seeing the Trojan:Win32/VirLock.RPR!MTB detection is a clear signal that you should start the clearing procedure.

Where did I get the Trojan:Win32/VirLock.RPR!MTB?

Standard methods of Trojan:Win32/VirLock.RPR!MTB spreading are common for all other ransomware variants. Those are one-day landing web pages where victims are offered to download and install the free program, so-called bait emails and hacktools. Bait emails are a pretty new strategy in malware spreading – you get the e-mail that mimics some routine notifications about shipments or bank service conditions changes. Within the e-mail, there is a malicious MS Office file, or a web link which leads to the exploit landing site.

Malicious email spam

Malicious email message. This one tricks you to open the phishing website.

Preventing it looks quite uncomplicated, however, still requires a lot of focus. Malware can hide in different places, and it is far better to stop it even before it goes into your system than to rely on an anti-malware program. General cybersecurity awareness is just an important thing in the modern-day world, even if your interaction with a computer stays on YouTube videos. That may save you a great deal of money and time which you would spend while searching for a fixing guide.

Trojan:Win32/VirLock.RPR!MTB malware technical details

File Info:

name: D5435529C2271FC6254C.mlwpath: /opt/CAPEv2/storage/binaries/e3765c92fbf304ad8800e604ac9ed90f2678c86c8166a841e4dbfc0149180c2dcrc32: 79CFAA71md5: d5435529c2271fc6254c6668b9d370cfsha1: 9bac1973dda809cf0849d1bb8fc12738932b82e3sha256: e3765c92fbf304ad8800e604ac9ed90f2678c86c8166a841e4dbfc0149180c2dsha512: 15f2272b0744c7095cda0c45714f75d677d891bfe063528ff596cb3384ca45da620bd4db0d28ec52b3f739a39d9c59c9d35619efbf19334e8f97dc6a1bbbf446ssdeep: 12288:Juv9KShuDvPuENi1xlYmnhAZmmrp/09OLonqcsqaVrQ/Utx:Juv9Xhmek6TniZlrh02oquaLtxtype: PE32 executable (GUI) Intel 80386, for MS Windowstlsh: T102E4CE947B12FE0DC51976FEB520320273BD6E25BF5D96E35682AC1A84063ECA0FE54Csha3_384: 490ac90b64116b4050b146894bcee9db3a156d3bd832d3303e3787fd63f1e863ab1e075b330e477e9c51c88c70c9c05bep_bytes: 83ec48e827be0a00e901000000c3e816timestamp: 2015-02-07 09:53:36

Version Info:

0: [No Data]

Trojan:Win32/VirLock.RPR!MTB also known as:

Lionic Trojan.Win32.Generic.mt7t
Elastic malicious (high confidence)
MicroWorld-eScan Win32.Virlock.Gen.3
McAfee W32/VirRansom.b!D5435529C227
Malwarebytes Malware.Heuristic.1001
Sangfor Suspicious.Win32.Save.a
K7AntiVirus Trojan ( 0040fa5c1 )
BitDefender Win32.Virlock.Gen.3
K7GW Trojan ( 0040fa5c1 )
Cybereason malicious.9c2271
Baidu Win32.Virus.Virlock.e
Cyren W32/S-11daff79!Eldorado
Symantec W32.Virlock!gen1
ESET-NOD32 a variant of Win32/Virlock.J
APEX Malicious
Paloalto generic.ml
ClamAV Win.Malware.Virlock-9935222-0
Kaspersky Virus.Win32.PolyRansom.f
Alibaba Ransom:Win32/PolyRansom.9b188861
NANO-Antivirus Virus.Win32.Virlock.driqkj
Avast Win32:Nabucur-B [Trj]
Rising Malware.Heuristic!ET#98% (RDMK:cmRtazpCQOd+cjEimL804Tlpa44O)
Emsisoft Win32.Virlock.Gen.3 (B)
Comodo Virus.Win32.VirLock.GA@7lv9go
F-Secure Trojan.TR/Crypt.ZPACK.Gen
DrWeb Win32.VirLock.16
VIPRE Virus.Win32.Nabucur.c (v)
TrendMicro PE_VIRLOCK.A-O
McAfee-GW-Edition BehavesLike.Win32.VirRansom.jc
FireEye Generic.mg.d5435529c2271fc6
Sophos ML/PE-A + W32/VirRnsm-E
Jiangmin Win32/Polyransom.f
Avira TR/Crypt.ZPACK.Gen
MAX malware (ai score=85)
Antiy-AVL Virus/Win32.PolyRansom.f
Microsoft Trojan:Win32/VirLock.RPR!MTB
ZoneAlarm Virus.Win32.PolyRansom.f
GData Win32.Virlock.Gen.3
Cynet Malicious (score: 100)
AhnLab-V3 Win32/Nabucur.D.X1506
VBA32 Virus.Virlock.gen.01
ALYac Win32.Virlock.Gen.3
TACHYON Virus/W32.VirRansom.D
Cylance Unsafe
TrendMicro-HouseCall PE_VIRLOCK.A-O
Tencent Virus.Win32.Polyransom.f
SentinelOne Static AI – Malicious PE
eGambit Unsafe.AI_Score_100%
Fortinet W32/Virlock.B
BitDefenderTheta AI:FileInfector.AE99F02013
AVG Win32:Nabucur-B [Trj]
Panda Trj/Genetic.gen
CrowdStrike win/malicious_confidence_100% (W)
MaxSecure Virus.PolyRansom.b

How to remove Trojan:Win32/VirLock.RPR!MTB?

About the author

Robert Bailey

Security engineer focused on malware behavior, removal workflows, and Windows hardening. Robert reviews threat articles for practical accuracy, checking detection names, symptoms, and cleanup steps before publication.

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