Free Ransomware Decryption Tools

NoWay encrypts victim's files and renames them to [base64].noway.

Below is an example ransom note:

All your files have been Encrypted with the AES-256 encryption algorithym
making your files inaccessible. I will show you how to get them back.

You have 72 hours starting from now to pay your ransom before your
private key is deleted from our servers permenantly, making your files
inaccessible forever, If you try to damage, remove or tamper with this
software in any way your  key will self destruct.

Instructions to recover your files :
1. Go to https://login.blockchain.com/#/signup or any website where you can buy bitcoin and set up a new wallet.
2. Purchase 250$ of bitcoins .
3. Send 250$ of bitcoins to the address : 3GfbwCbTJXFLmLBL8E59YJdhs9uftLfSM5
4. then send your transaction ID to : [email protected]
to get your decryption key for your files

Ragnarok ransomware encrypts victim's files using AES-256 and RSA-4096, adding the extension ".thor" or ".hela".

SynAck is a ransomware that was first spotted in 2017, and encrypts files using either ECIES and AES-256, or RSA-2048 and AES-256.

The Avaddon ransomware encrypts victim's files using AES-256 and RSA-2048, and appends a random extension.

The Ziggy ransomware first appeared at the end of 2020, and encrypts its victims files using RSA-4096 and AES-256 GCM, and adds the extension ".id=[].email=[].ziggy".

The Cyborg ransomware first appeared in late 2019, and encrypts its victims files using AES-256. Known extensions include ".petra", ".EncryptedFilePayToGetBack", ".Cyborg1", and ".LockIt".

Crypt32 is written with NodeJS, and encrypts victim's files using AES-256 and base64 without appending an extension.

CheckMail7 encrypt's its victim's files and appends the extension "[email protected]".

SpartCrypt encrypts its victim's files using AES-128 and appends extensions such as ".SpartCrypt[[email protected]]-[ID-].Encrypted" and ".CoronaCrypt[[email protected]]-[ID-].Encrypted" to files.

Zorab pretends to be a ransomware decryptor, but instead re-encrypts it's victims files with AES-256 and adds the extension ".ZRB" to files.

RedRum Ransomware encrypts victim's files using AES256 GCM and RSA-1024, adding the extension ".id-.[].redrum" or ".id-.[].thanos" to files.

JavaLocker encrypts its victim's files using the DES algorithm, and appends the extension ".javalocker".

This ransomware encrypts victim's files using AES-256, and appends the extension ".kokolocker".

This ransomware encrypts victim's files using DES, and appends the extension ".ransomwared".

ChernoLocker is a ransomware programmed in Python, and encrypts files using AES-256, commonly adding the extension "(.CHERNOLOCKER)" or "([email protected])".

The TurkStatik ransomware targets Turkish victims and encrypts their files using Rijndael 256. It appends the ".ciphered" extension to the encrypted files.

The Hakbit ransomware targets businesses and encrypts its victim's files using AES-256.

The Jigsaw ransomware encrypts victim's files with AES and appends one of many extensions, including ".fun". An image is then displayed with a threat to delete files after a certain amount of time.

The Paradise ransomware encrypts victims using Salsa20 and RSA-1024, and appends one of several extensions such as ".paradise", "2ksys19", ".p3rf0rm4", ".FC", ".CORP", and ".STUB"

The STOP Puma ransomware encrypts victim's files and appends the extension ".puma", ".pumas", or ".pumax" to files. Other supported extensions also include ".INFOWAIT" and ".DATAWAIT".

The STOP Djvu ransomware encrypts victim's files with Salsa20, and appends one of dozens of extensions to filenames; for example, ".djvu", ".rumba", ".radman", ".gero", etc.

The Muhstik Ransomware encrypts files on compromised QNAP systems using AES-256, and adds the extension ".muhstik" to files.

The HildaCrypt encrypts its victims files using AES-256 and RSA-2048. Known extensions include ".HCY!" and ".mike".

The GalactiCrypter ransomware encrypts its victims files with AES-256 and prepends the filename with "ENCx45cR"; for example, "ENCx45cRChrysanthemum.jpg".

The Avest ransomware encrypts victim's files and appends the extension ".ckey().email().pack14" to the filename.

This ransomware pretends to be WannaCry by using the extension ".WannaCry". WannaCryFake uses AES-256 to encrypt it's victim's files, and displays a note that mimics Phobos.

Syrk Ransomware pretends to be a hacking tool for the video game Fortnite, but instead, encrypts its victims files using AES-256 and adds the extension ".Syrk".

JSWorm 4.0 is a ransomware written in C++ that uses a modified version of AES-256 to encrypt files, and adds the extension ".[ID-][].JSWRM to files.

LooCipher encrypts the victim's files using AES-128 ECB, and adds the extension ".lcphr".

This ransomware encrypts the victim's files with AES-256 and replaces the extension with ".zerofucks".

The Ims00rry ransomware encrypts files using AES-128, and does not add an extension. Instead, the text "---shlangan AES-256---" is prepended to the file contents. The victim is asked to contact the criminals on Telegram @Ims00rybot.

GetCrypt is a ransomware spread by the RIG exploit kit, and encrypts victim's files using Salsa20 and RSA-4096. It appends a random 4-character extension to files that is unique to the victim.

JSWorm 2.0 is a ransomware written in C++ that uses Blowfish to encrypt files, and adds the extension ".[ID-][].JSWORM" to files.

MegaLocker encrypts a victim's files using AES-128 ECB, and adds the extension ".nampohyu" to files. The ransom note "!DECRYPT_INSTRUCTION.TXT" instructs the victim to go to a Tor website to contact the criminals.

ZQ Ransomware encrypts victim's files using the Salsa20 and RSA-1024 algorithms, and adds the extension ".[[email protected]].zq" or ".[[email protected]].ws" to files.

CryptoPokemon uses SHA256 and AES-128 to capture victim's files, and adds the extension ".CRYPTOPOKEMON". The victim is then presented a ransom note and website claiming to be "PokemonGO".

Planetary is a ransomware family that uses AES-256 to encrypt files, adding the extension ".mira", ".yum", ".Neptune", or ".Pluto" - the latter of which give this ransomware its name. The ransom note "!!!READ_IT!!!.txt" then asks the victim to contact "[email protected]".

Aurora is a ransomware family that encrypts files using XTEA and RSA, and may also be known as "Zorro", "Desu", or "AnimusLocker". Known extensions include ".Aurora", ".aurora", ".animus", ".ONI", ".Nano", ".cryptoid", ".peekaboo", ".isolated", ".infected", ".locked", ".veracrypt", ".masked", ".crypton", ".coronolock", ".bukyak", ".serpom", and ".systems32x".

HKCrypt (also known as "Hacked Ransomware") first appeared in late 2017, and encrypts a victim's files using the RC4 algorithm, then adds the extension ".hacked" to files. The malware pretends to be running a Windows update, then shows a lock screen telling the victim to contact "[email protected]".

PewCrypt is a ransomware written in Java that uses AES and RSA to encrypt a victim's files, adding the extension ".PewCrypt". The malware then asks the victim to subscribe to PewDiePie.

BigBobRoss is a ransomware written in C++ using QT. It uses AES-128 ECB to encrypt files, and adds the extension ".obfuscated", ".encryptedALL", or ".cheetah". The ransom note "Read Me.txt" asks the victim to contact "[email protected]".

NemucodAES is a new variant of the Nemucod ransomware family. Written in a combination of JavaScript and PHP it uses AES and RSA in order to encrypt your files. Encrypted files will keep their original file names and a ransom note named "DECRYPT.hta" can be found on your Desktop.

Amnesia2 is a ransomware written in the Delphi programming language that encrypts your files using the AES-128 encryption algorithm. Encrypted files get renamed to *.amnesia and a ransom note is called "HOW TO RECOVER ENCRYPTED FILES.TXT" and asks you to contact "[email protected]". It can be found on your Desktop.

Amnesia is a ransomware written in the Delphi programming language that encrypts your files using the AES-256 encryption algorithm. Encrypted files get renamed to *.amnesia and a ransom note is called "HOW TO RECOVER ENCRYPTED FILES.TXT" and asks you to contact "[email protected]". It can be found on your Desktop.

Cry128 belongs to the CryptON/Nemesis ransomware family that is mostly used for targetted attacks via RDP. Files are encrypted using a customized version of AES and RSA. We have seen the following extensions being used by Cry128: ".fgb45ft3pqamyji7.onion.to.", ".idgebdp3k7bolalnd4.onion.", ".id_2irbar3mjvbap6gt.onion.to." and ".id-_[qg6m5wo7h3id55ym.onion.to].63vc4".

Cry9 is the successor of the CryptON ransomware family that is mostly used for targetted attacks via RDP. Files are encrypted using a customized version of AES, RSA and SHA-512. We have seen the following extensions being used by Cry9: ".-juccy[a]protonmail.ch", ".id-", ".id-_[[email protected]].xj5v2", ".id-_r9oj", ".id-x3m", ".id-[[email protected]]_[[email protected]].x3m", ".", ".-sofialobster[a]protonmail.ch" and ".[wqfhdgpdelcgww4g.onion.to].r2vy6".

Damage is a ransomware written in Delphi. It uses a combination of SHA-1 and Blowfish to encrypt the first and last 8 kb of a file. Encrypted files have the extension ".damage" and the ransom note, which is named "[email protected][COMPUTERNAME].txt", asks to contact "[email protected]".

CryptON aka Nemesis aka X3M is a ransomware family that is mostly used for targetted attacks via RDP. Files are encrypted using a mix of RSA, AES-256 and SHA-256. We have seen the following extensions being used by CryptON: ".id-_locked", ".id-_locked_by_krec", ".id-_locked_by_perfect", ".id-_x3m", ".id-_r9oj", ".id-[email protected]", ".id-[email protected]", ".id-[email protected]", ".id-[email protected]", ".id-[email protected]" and ".id-[email protected]".

MRCR or Merry X-Mas is a ransomware family that first appeared in December last year. It is written in Delphi and uses a custom encryption algorithm. Encrypted files will have either ".PEGS1", ".MRCR1", ".RARE1", ".MERRY", or ".RMCM1" as an extension. The ransom note is named "YOUR_FILES_ARE_DEAD.HTA" or "MERRY_I_LOVE_YOU_BRUCE.HTA" and asks victims to contact either "[email protected]" or "comodosecurity" via the secure mobile messenger Telegram.

The Marlboro ransomware was first seen on January 11th, 2017. It is written in C++ and uses a simple XOR based encryption algorithm. Encrypted files are renamed to ".oops". The ransom note is stored inside a file named "_HELP_RecoverFiles.html" and includes no further point of contact.
Due to a bug in the malware's code, the malware will truncate up to the last 7 bytes from files it encrypts. It is, unfortunately, impossible for the decrypter to reconstruct these bytes.

Globe3 is a ransomware kit that we first discovered at the beginning of 2017. Globe3 encrypts files and optionally filenames using AES-256. Since the extension of encrypted files is configurable, several different file extensions are possible. The most commonly used extensions are .decrypt2017 and .hnumkhotep. To use the decrypter, you will require a file pair containing both an encrypted file and its non-encrypted original version. Select both the encrypted and unencrypted file and drag and drop both of them onto the decrypter file in your download directory. If file names are encrypted, please use the file size to determine the correct file. The encrypted and the original file will have the same size for files greater than 64 kb.

OpenToDecrypt is a ransomware written in the Delphi programming language that encrypts your files using the RC4 encryption algorithm. Encrypted files get renamed to *[email protected] and a ransom note named "!!!.txt" can be found on your Desktop.

GlobeImposter is a Globe copycat that imitates the ransom notes and file extension found in the Globe ransomware kit. Encrypted files have the extension *.crypt and the base name of the file is unchanged. The ransom note is named "HOW_OPEN_FILES.hta" and can be found in all folders that contain encrypted files.

Use this decrypter if your files have been renamed to either .maktub or .__AiraCropEncrypted! and you find a ransom note named either "Recupere seus arquivos. Leia-me!.txt" or "How to decrypt your files.txt" on your system.

Use this decrypter if your files have been renamed to *.locked and you find a ransom note named "HOW TO DECRYPT YOU FILES.txt" on your desktop. Double clicking an encrypted file will also display a message box instructing you to contact "[email protected]". To use the decrypter you will require an encrypted file of at least 510 bytes in size as well as its unencrypted version. To start the decrypter select both the encrypted and unencrypted file and drag and drop them onto the decrypter executable.

Globe2 is a ransomware kit that was first discovered at the beginning of October. Globe2 encrypts files and optionally file names using RC4. Since the extension of encrypted files is configurable, several different file extensions are possible. The most commonly used extensions are .raid10, .blt, .globe, .encrypted and .[[email protected]]. To use the decrypter you will require a file pair containing both an encrypted file and its non-encrypted original version. Select both the encrypted and unencrypted file and drag and drop both of them onto the decrypter file in your download directory. If file names are encrypted, please use the file size to determine the correct file. Encrypted and original file will have exactly the same size.

Globe is a ransomware kit that was first discovered at the end of August. Files are encrypted using Blowfish. Since the extension of encrypted files is configurable, several different file extensions are possible. The most commonly used extensions are .purge, .globe and [email protected]!dsvgdfvdDVGR3SsdvfEF75sddf#xbkNY45fg6}P{cg.xtbl. To use the decrypter you will require a file pair containing both an encrypted file and its non-encrypted original version. It is important to use a file pair that is as large as possible, as it determines the maximum file size up to which the decrypter will be able to decrypt your files. Select both the encrypted and unencrypted file and drag and drop both of them onto the decrypter file in your download directory.

The Al-Namrood ransomware is a fork of the Apocalypse ransomware. The group behind it primarily attacks servers that have remote desktop services enabled. Encrypted files are renamed to .unavailable or .disappeared and for each file a ransom note is created with the name *.Read_Me.Txt. The ransomware asks the victim to contact "[email protected]" or "[email protected]". To decrypt your files the decrypter requires your ID. The ID can be set within the "Options" tab. By default the decrypter will set the ID to the ID that corresponds to the system the decrypter runs on. However, if that is not the same system the malware infection and encryption took place on, make sure to put in the ID as specified in the ransom note.

Use this decrypter if your files have been encrypted by the FenixLocker ransomware. FenixLocker encrypts files and renames them by appending the "[email protected]!!" extension. It leaves behind a ransom note named "CryptoLocker.txt" or "Help to decrypt.txt" on your Desktop, instructing you to contact "[email protected]". To start the decrypter simply drag and drop one of your encrypted files onto the decrypter executable.

Use this decrypter if your files have been encrypted and renamed to .encrypted with ransom notes named .How_To_Decrypt_Your_Files.txt. The ransom note asks you to contact "[email protected]", "[email protected]" or "[email protected]". To use the decrypter you will require a file pair containing both an encrypted file and its non-encrypted original version. It is important to use a file pair that is as large as possible, as it determines the maximum file size up to which the decrypter will be able to decrypt your files. Select both the encrypted and unencrypted file and drag and drop both of them onto the decrypter file in your download directory.

Philadelphia is a ransomware kit offered within various hacking communities. Written in AutoIt, it encrypts files using AES-256 encryption, file names using RC4 encryption and uses the *.locked file extension. It is based on a similar ransomware kit called "Stampado" that is written by the same author. To use the decrypter you will require a file pair containing both an encrypted file and its non-encrypted original version. Due to the file name encryption this can be a bit tricky. The best way is to simply compare file sizes. Encrypted files will have the size of the original file rounded up to the next 16 byte boundary. So if a the original file was 1020 bytes large, the encrypted file will be 1024. Select both the encrypted and non-encrypted file and drag and drop both of them onto the decrypter file in your download directory.

Stampado is a ransomware kit offered within various hacking communities. Written in AutoIt, it encrypts files using AES-256 encryption and renames them to *.locked. Known variants of this ransomware ask victims to contact [email protected], [email protected], [email protected], [email protected] or [email protected] to facilitate payment. In order for the decrypter to work you will require both the email you are asked to contact as well as your ID. Please keep in mind that both are case sensitive, so proper capitalization does matter. Please put both information into the appropriate fields in the options tab.
Since version 1.17.0 each Stampado infection also has a unique "salt" that is specific to the ransomware buyer. The salt can either be specified manually or detected automatically. In order to determine the salt automatically the ransomware has to be running on the system. Fill in the ID and email address and click the "Detect ..." button next to the salt input field.
If the malware has already been removed, please don't attempt to reinfect yourself. Instead submit the malware file via email to [email protected] so I can extract the correct salt for you. You can also try the pre-configured salts that have been used by known Stampado campaigns in the wild so far.

Use this decrypter if your files have been encrypted and renamed to .encrypted or .locked with ransom notes named .How_To_Decrypt.txt, .README.txt, .How_to_Decrypt_Your_Files.txt or .How_To_Get_Back.txt created for each encrypted file. The ransom note asks you to contact "[email protected]", "[email protected]" or "[email protected]" and contains a personal ID. To use the decrypter you will require an encrypted file of at least 4096 bytes in size as well as its unencrypted version. To start the decrypter select both the encrypted and unencrypted file and drag and drop them onto the decrypter executable.

Use this decrypter if your files have been encrypted and renamed to .encrypted, .FuckYourData, .Encryptedfile or .SecureCrypted with ransom notes named .How_To_Decrypt.txt, .Where_my_files.txt, .How_to_Recover_Data.txt or .Contact_Here_To_Recover_Your_Files.txt created for each encrypted file. The ransom note asks you to contact "[email protected]", "[email protected]", "[email protected]" or "[email protected]".

Use this decrypter if your files have been encrypted but not renamed. The malware identifies itself as BadBlock both in the red ransomware screen as well as in the ransomnote "Help Decrypt.html" that can be found on the Desktop.

Use this decrypter if your files have been encrypted by the Xorist ransomware. Typical extensions used by Xorist include .EnCiPhErEd, .0JELvV, .p5tkjw, .6FKR8d, .UslJ6m, .n1wLp0, .5vypSa and .YNhlv1. The ransomnote can usually be found on the Desktop with the name "HOW TO DECRYPT FILES.txt". To use the decrypter you will require an encrypted file of at least 144 bytes in size as well as its unencrypted version. To start the decrypter select both the encrypted and unencrypted file and drag and drop them onto the decrypter executable.

Use this decrypter if your files have been encrypted and renamed to *.777. It may be necessary to select the correct version of the malware in the options tab for the decrypter to work properly.

Use this decrypter if your files have been encrypted and renamed to *.locky, but the file base name is still unchanged, and you find a ransom note named info.txt or info.html on your Desktop.

Use this decrypter if your files have been renamed to *.crypted and you find a ransomnote named DECRYPT.txt on your desktop. To use the decrypter you will require an encrypted file of at least 4096 bytes in size as well as its unencrypted version. To start the decrypter select both the encrypted and unencrypted file and drag and drop them onto the decrypter executable.

Use this decrypter if your files have been encrypted but not renamed. The malware identifies itself as DMA Locker and the ID is "DMALOCK 43:41:90:35:25:13:61:92".

Use this decrypter if your files have been encrypted and renamed to either .hydracrypt or .umbrecrypt.

Use this decrypter if your files have been encrypted but not renamed. The malware identifies itself as DMA Locker and the ID is "DMALOCK 41:55:16:13:51:76:67:99".

Use this decrypter is your files have been encrypted and renamed to either .crypt or .R16M01D05. In addition the ransom note will ask you to contact a @dr.com email address.

Use this decrypter if files have been encrypted, renamed to *.crypt and the file name contains an email address to contact.

Use this decrypter if your files have been encrypted and renamed to *.LeChiffre and the ransom note asks you to contact [email protected] via email.

Use this decrypter if you find a ransom note called DECRYPT_YOUR_FILES.txt on your system that asks you to contact [email protected] for decryption.

Use this decrypter if your files have been encrypted and renamed to either .rdm or .rrk.

Use this decrypter if your files have been encrypted and renamed to *.CRINF.

Use this decrypter if your files have been encrypted without a change in file extension, the malware identifies itself as "CryptoLocker" and you find a "enc_files.txt" in your user profile directory.

Use this decrypter if the malware identifies itself as CryptoDefense and leaves ransom notes named HOW_DECRYPT.txt behind.

Use this decrypter if your files have been converted into *.html files and the ransom note pretends to originate either from Spamhaus or the US Department of Justice.