Ransomware

Unlocker is a ransomware infection capable of encrypting system-stored data. Victims infected with this ransomware variant will also see a visual change in encrypted files according to this pattern .[e-mail of cybercriminals].[personal ID].lock. For instance, a file named 1.pdf will change to something like 1.pdf.[unlocker@onionmail.org].[5MKlY].lock and reset its original icon. Unlocker Ransomware may look similar to another file-encryptor called Unlock, which assigns the .unlock extension instead. Despite this, they are still different ransomware infections and should not be put under the same ceilling. Once file encryption gets to a close, the virus creates a text file named either README_WARNING.TXT or ALL_YOUR_FILES_ARE_ENCRYPTED.TXT. This depends on what version of Unlocker Ransomware penetrated your system. Both ransom notes are almost identical having some minor differences.

DeezNuts Crypter is a type of virus usually categorized as ransomware. It uses the .deeznuts-crypter extension to rename successfully encrypted data. For instance, a file named 1.pdf will change to 1.deeznuts-crypter.pdf becoming no longer accessible. While this is incredibly rare for ransomware attacks, files affected by DeezNuts Crypter can be in fact decrypted for free. Cybercriminals demand literally zero Bitcoin to buy a special decryption key. The key is already publicly known and it is 123. Victims have to simply enter these digits into the pop-up window that opens automatically after users' data ends up encrypted.

Recent forum discussions have shown some users got a ransomware attack on PCs connected to NAS (Network Attached Storage). The virus encrypts NAS-stored data, wraps it in archives, and puts up a password on them. This prevents victims from accessing artificially created archives and viewing what files have been affected by the infection. Unlike many other ransomware infections, 7even Security does not use any extension to modify file appearance. It does though create a text note called Please Read Me !!!.txt containing instructionы on how to return the encrypted data. According to the above-mentioned note, cybercriminals demand 0.04 BTC for file decryption. This amount has to be sent to the attached crypto address. Victims are also guided to notify swindlers about successful payment through their e-mail address (team.seven@zohomail.eu) and include a personal ID. Should victims refuse or ignore to pay the demanded ransom, cybercrooks threaten to sell all important data to interested figures. Because the infection is recent, there is not a lot of information on whether files can be decrypted or not. At the moment, the only best way to recover data completely is via backup copies of files. Otherwise, attempts to decrypt data alone are likely to turn in permanent damage of data and therefore loss.

Explus is a common file-encrypting virus. It assigns strong encryption keys to render files inaccessible until a ransom is paid. Software with such capabilities is often referred to as ransomware. During encryption, Explus Ransomware adds the .explus extension to the end of filenames. This is done to draw victims' attention to recognizing their files have been encrypted. For instance, a file like 1.pdf will change to 1.pdf.explus, and so forth with other affected files. After all data becomes no longer usable, the virus starts its attempts to blackmail victims into paying money for data return. Developers do it through the RECOVERY INFORMATION.txt text file that is created immediately at the end of encryption.

Soviet Locker is a ransomware program. Ransomware is a type of malware usually designed to encrypt system-stored files and blackmail victims into paying money for its return. Soviet Locker is a surprisingly different instance - the virus does not demand any money for decryption. Instead, it shows a pop-up window claiming the restricted files can be unlocked using a password. This password cannot be retrieved from cybercriminals due to a lack of contact information. The reason for that might be that Soviet Locker is still under development and can be updated with real demands for payment in the future. For now, files affected by Soviet Locker can be decrypted without the help of cybercriminals. Virus researchers managed to match the right password that works for the majority of victims. The password is c819381734f8s2748a8239j872hdhc7c8 and has to be entered into a field within the pop-up window. Once entered, all previously blocked data will become fully usable again. Note that after recovering access to files, it is also very important to make sure the virus is no longer operating inside of your system. Otherwise, it may continue encrypting other files or download more infections as well. Follow our instructions below to remove it and restore a safe computer experience eventually.

SunnyDay is the name of a devastating ransomware infection. It was developed to cause encryption of personal data and help its developers capitalize on it. After restricting access to files using the .SunnyDay extension, the virus starts blackmailing victims into paying a fee for decryption. This information is presented inside of a text note (!-Recovery_Instructions-!.txt) created upon encrypting targetted data. Victims are guided to contact developers using e-mail communication (restoreassistance_net@wholeness.business or restoreassistance_net@decorous.cyou) and pay for special decryption software. Cybercriminals warn that trying to use any third-party software to decrypt the data will result in the immediate damage of files. It is also stated that all encrypted files have been uploaded to servers of cybercriminals, which, in case of refusing to pay, will be forwarded (sold) to parties potentially interested in it. Additionally, victims are offered to send 2 or 3 non-important and get them decrypted for free. This is used by swindlers to show they are actually able to decrypt the data. Unfortunately, decrypting data without the help of cybercriminals is more likely to corrupt data and make it no longer decryptable. It is very possible that ransomware developers incorporated protection that detects any unauthorized attempts to modify data. Users can recover their data using a copy of files backed up on uninfected storage. Unfortunately, this does not abolish the threats of having collected data leaked to online resources.

If you are no longer able to access your files and see them appear like this 1.pdf.acepy, then you are most likely infected with Acepy Ransomware. It is an encryption virus designed to render files inaccessible and blackmail victims into paying the so-called ransom. The infection does so through a ransom note (ACEPY_README.txt) created upon successfully encrypting the targeted data. It also force-opens a Command Prompt window with information identical to the text file we mentioned above. The notes briefly describe how to recover blocked files. Victims have to contact Acepy developers through the AcepyRansom@protonmail.com e-mail address and purchase special decryption software for the price announced after establishing communication with them. While there is no definite information on how much swindlers require to pay, meeting their demands is highly unrecommended. This is because of cybercriminals' tendency to fool their victims and not send any promised decryption tools afterwards. Despite this, the initial virus developers might be the only figures able to fully decrypt your data. Using third-party decryption tools as an attempt to avoid paying the ransom often flows in no anticipated results.

Quantum is the name of a ransomware infection. It was purposefully developed to encrypt system-stored data and blackmail victims into paying money for its return. The virus uses military-grade algorithms to restrict users from accessing their own files. It also appends the .quantum extension to highlight access-blocked data. For instance, a file named 1.pdf will change to 1.pdf.quantum and drop its original icon. After this, Quantum Ransomware creates an HTML file called README_TO_DECRYPT.html. The file is meant to show instruction on returning the data.