Win32/Injector.AAKG

What is the Win32:Evo-gen [Trj] virus?
Written by Robert Bailey
Spectating the Win32/Injector.AAKG detection usually means that your system is in big danger. This virus can correctly be named as ransomware – virus which ciphers your files and forces you to pay for their decryption. Stopping it requires some specific steps that must be taken as soon as possible.
GridinSoft Anti-Malware Review
It is better to prevent, than repair and repent!
When we talk about the intrusion of unfamiliar programs into your computer’s work, the proverb “Forewarned is forearmed” describes the situation as accurately as possible. Gridinsoft Anti-Malware is exactly the tool that is always useful to have in your armory: fast, efficient, up-to-date. It is appropriate to use it as an emergency help at the slightest suspicion of infection.
Gridinsoft Anti-Malware 6-day trial available.
EULA | Privacy Policy | 10% Off Coupon
Subscribe to our Telegram channel to be the first to know about news and our exclusive materials on information security.

Win32/Injector.AAKG detection is a virus detection you can spectate in your computer. It often shows up after the preliminary procedures on your computer – opening the untrustworthy e-mail, clicking the advertisement in the Web or mounting the program from dubious sources. From the second it shows up, you have a short time to act until it starts its harmful activity. And be sure – it is much better not to await these malicious effects.

What is Win32/Injector.AAKG virus?

Win32/Injector.AAKG is ransomware-type malware. It searches for the documents on your disk drive, ciphers it, and then asks you to pay the ransom for receiving the decryption key. Besides making your documents locked, this malware also does a ton of damage to your system. It alters the networking setups in order to avoid you from checking out the removal manuals or downloading the antivirus. In rare cases, Win32/Injector.AAKG can even stop the launching of anti-malware programs.

Win32/Injector.AAKG Summary

In summary, Win32/Injector.AAKG malware actions in the infected computer are next:

  • SetUnhandledExceptionFilter detected (possible anti-debug);
  • Behavioural detection: Executable code extraction – unpacking;
  • Yara rule detections observed from a process memory dump/dropped files/CAPE;
  • Creates RWX memory;
  • Possible date expiration check, exits too soon after checking local time;
  • Dynamic (imported) function loading detected;
  • CAPE extracted potentially suspicious content;
  • The binary contains an unknown PE section name indicative of packing;
  • The binary likely contains encrypted or compressed data.;
  • Authenticode signature is invalid;
  • Behavioural detection: Injection (Process Hollowing);
  • Executed a process and injected code into it, probably while unpacking;
  • Queries information on disks, possibly for anti-virtualization;
  • Behavioural detection: Injection (inter-process);
  • A process attempted to delay the analysis task by a long amount of time.;
  • Created a process from a suspicious location;
  • Installs itself for autorun at Windows startup;
  • Creates a hidden or system file;
  • Checks the version of Bios, possibly for anti-virtualization;
  • Anomalous binary characteristics;
  • Ciphering the files located on the target’s disks — so the victim cannot check these files;
  • Blocking the launching of .exe files of security tools
  • Blocking the launching of installation files of anti-virus programs

Ransomware has been a horror story for the last 4 years. It is challenging to imagine a more damaging malware for both individual users and corporations. The algorithms utilized in Win32/Injector.AAKG (typically, RHA-1028 or AES-256) are not hackable – with minor exclusions. To hack it with a brute force, you need to have more time than our galaxy actually exists, and possibly will exist. But that malware does not do all these bad things immediately – it may take up to several hours to cipher all of your documents. Hence, seeing the Win32/Injector.AAKG detection is a clear signal that you have to begin the removal procedure.

Where did I get the Win32/Injector.AAKG?

Common ways of Win32/Injector.AAKG distribution are basic for all other ransomware variants. Those are one-day landing web pages where victims are offered to download and install the free app, so-called bait e-mails and hacktools. Bait emails are a quite modern strategy in malware distribution – you get the email that simulates some regular notifications about shippings or bank service conditions shifts. Within the e-mail, there is a corrupted MS Office file, or a web link which leads to the exploit landing page.

Malicious email spam

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

Preventing it looks quite easy, but still needs a lot of attention. Malware can hide in different places, and it is better to prevent it even before it goes into your system than to rely on an anti-malware program. Simple cybersecurity awareness is just an essential thing in the modern-day world, even if your interaction with a PC remains on YouTube videos. That may keep you a great deal of money and time which you would spend while searching for a solution.

Win32/Injector.AAKG malware technical details

File Info:

name: A8DCF8B0BCAE1DABD772.mlw
path: /opt/CAPEv2/storage/binaries/b0b86f3c0ceb0aee4be4b338ea064e540137f78d4e1548d7343acd5bdc18bb37
crc32: F1F9E9EF
md5: a8dcf8b0bcae1dabd77266dd9ea15e79
sha1: 708dc6954ce49869d5b68ef52bfd6994b94e6402
sha256: b0b86f3c0ceb0aee4be4b338ea064e540137f78d4e1548d7343acd5bdc18bb37
sha512: 62cc29d667123e528757dde89694d2fedcacfeba6c9ca4392dbb9831b4c53cd929c90866b57a7a5c6d23eba6d876e47d992f0aa39d1686a5bd4afa8a541f22f2
ssdeep: 1536:55khMHwkkzV4XxfD+veK8ly4LjTR4zEYQA1ffbcgq8Wrb:5FwkkzV4XxfD+veK8lXLj1e4A1rc7Br
type: PE32 executable (GUI) Intel 80386, for MS Windows
tlsh: T1FD7380CD601B4A83E41DC1F009F64FECA51A781CAC32D96170C49DAE49E19D1BABBB77
sha3_384: 1d05f436e4277d7afdb1d47997dfe1aaddd51873ee87d0d4ed758bd46058fabdec81e2032c074606cc4d1f7a178f021c
ep_bytes: 5589e583ec08c7042402000000ff1568
timestamp: 2012-12-18 23:42:18

Version Info:

CompanyName:
FileVersion:
FileDescription:
InternalName:
LegalCopyright:
LegalTrademarks:
OriginalFilename:
ProductName:
ProductVersion:
Translation: 0x041c 0x04e4

Win32/Injector.AAKG also known as:

BkavW32.AIDetect.malware2
LionicTrojan.Win32.Generic.4!c
Elasticmalicious (high confidence)
DrWebBackDoor.Siggen.31163
MicroWorld-eScanGen:Variant.Symmi.8582
FireEyeGeneric.mg.a8dcf8b0bcae1dab
CAT-QuickHealVirtool.CeeInject.EG
ALYacGen:Variant.Symmi.8582
CylanceUnsafe
ZillyaDropper.Dapato.Win32.15243
K7AntiVirusTrojan ( 0040f03f1 )
AlibabaVirTool:Win32/CeeInject.d2afcbca
K7GWTrojan ( 0040f03f1 )
Cybereasonmalicious.0bcae1
BitDefenderThetaGen:NN.ZexaF.34182.eK0@aWQVI2ei
VirITTrojan.Win32.Generic.AXGS
CyrenW32/Zbot.IF.gen!Eldorado
SymantecPacked.Generic.397
ESET-NOD32a variant of Win32/Injector.AAKG
TrendMicro-HouseCallTROJ_CINJECT.SMA
Paloaltogeneric.ml
KasperskyHEUR:Trojan.Win32.Generic
BitDefenderGen:Variant.Symmi.8582
NANO-AntivirusTrojan.Win32.TrjGen.crhbmc
SUPERAntiSpywareTrojan.Agent/Gen-Uniqr
AvastWin32:Crypt-OPN [Trj]
TencentMalware.Win32.Gencirc.11491530
EmsisoftGen:Variant.Symmi.8582 (B)
ComodoTrojWare.Win32.PWS.ZBot.ATB@4sozjf
F-SecureTrojan.TR/Crypt.XPACK.Gen
VIPREVirTool.Win32.CeeInject.gen.hlc (v)
TrendMicroTROJ_CINJECT.SMA
McAfee-GW-EditionBehavesLike.Win32.ZBot.lh
SophosMal/Generic-R + Troj/Ransom-LN
SentinelOneStatic AI – Malicious PE
JiangminTrojan/Inject.ajyl
WebrootTrojan.Dropper.Gen
AviraTR/Crypt.XPACK.Gen
MAXmalware (ai score=99)
Antiy-AVLTrojan/Win32.Unknown
KingsoftWin32.Troj.Dapato.by.(kcloud)
MicrosoftVirTool:Win32/CeeInject.gen!HL
ZoneAlarmHEUR:Trojan.Win32.Generic
GDataGen:Variant.Symmi.8582
CynetMalicious (score: 100)
AhnLab-V3Trojan/Win32.Yakes.R47153
McAfeePWS-Zbot.gen.asv
VBA32Trojan.EA.01671
MalwarebytesGeneric.Malware/Suspicious
APEXMalicious
RisingTrojan.Mingc!1.660C (CLOUD)
YandexTrojan.GenAsa!LgP3i4zhcFQ
IkarusTrojan-Downloader.Win32.Andromeda
MaxSecureTrojan.Malware.4998489.susgen
FortinetW32/Zbot.AAU!tr
AVGWin32:Crypt-OPN [Trj]
PandaTrj/Genetic.gen
CrowdStrikewin/malicious_confidence_100% (W)

How to remove Win32/Injector.AAKG?

Win32/Injector.AAKG malware is very difficult to eliminate by hand. It stores its files in several places throughout the disk, and can restore itself from one of the parts. Furthermore, a number of alterations in the registry, networking configurations and also Group Policies are fairly hard to locate and return to the original. It is far better to use a special app – exactly, an anti-malware app. GridinSoft Anti-Malware will fit the most ideal for malware removal purposes.

Why GridinSoft Anti-Malware? It is very lightweight and has its detection databases updated almost every hour. Furthermore, it does not have such problems and vulnerabilities as Microsoft Defender does. The combination of these aspects makes GridinSoft Anti-Malware perfect for clearing away malware of any type.

Remove the viruses with GridinSoft Anti-Malware

  • Download and install GridinSoft Anti-Malware. After the installation, you will be offered to perform the Standard Scan. Approve this action.
  • Gridinsoft Anti-Malware during the scan process

  • Standard scan checks the logical disk where the system files are stored, together with the files of programs you have already installed. The scan lasts up to 6 minutes.
  • GridinSoft Anti-Malware scan results

  • When the scan is over, you may choose the action for each detected virus. For all files of [SHORT_NAME] the default option is “Delete”. Press “Apply” to finish the malware removal.
  • GridinSoft Anti-Malware - After Cleaning
Sending
User Review
0 (0 votes)
Comments Rating 0 (0 reviews)

About the author

Robert Bailey

I'm Robert Bailey, a passionate Security Engineer with a deep fascination for all things related to malware, reverse engineering, and white hat ethical hacking.

As a white hat hacker, I firmly believe in the power of ethical hacking to bolster security measures. By identifying vulnerabilities and providing solutions, I contribute to the proactive defense of digital infrastructures.

Leave a Reply

Sending