Nemty Ransomware-Teaching by Doing

    Brief summary

    The 20th. In August 2019, McAfee’s Advanced Threat Research Group (ATR) discovered a new family of repayable programs called Nemti.

    This is a time when ransom developers face many challenges, from the enormous work of the security community to protect themselves from their malware, to initiatives such as the No More Ransom project, which offers some victims a way to decipher their files. Moreover, the underground criminal community that surrounds the initiators of such a ransom may be too critical, shout and prefer not to buy a ransom that has not been professionally made.

    After one of these developers, called jsworm, announced Nemty in underground forums, we noticed that ransom programs were not well received by some users in the criminal community. In some parts of this forum, jsworm began to blame the technical decisions that were made about the characteristics of the buy-back program, as well as the encryption mechanism used.

    Jsworm responded to all comments, added evidence that the assessments were wrong and showed the value of their new versions. They have also fixed some terrible bugs found by users in the forum:

    A forum user reported a feature that allows Nemty to detect duplicate extensions on a system, which the author has to rewrite:

    Despite the shortcomings of their buy-out, Nemty’s developers are still in an underground forum, where they publish new samples and infect users through their affiliate program.


    Thanks to our telemetry, we have seen Nemti’s activity at these locations:

    FIGURE 1. Telemetry card

    Technical analysis of Nemtia

    Nemty works according to the Ransomware-as-a-Service (RaaS) model. We saw that he came with help:

    • Explosion package RIG September 2019
    • Paypal dummy sites
    • Attacks on RDP by member companies in their campaigns
    • Botnet: will be distributed via the Phorpiex botnet in November 2019.
    • Charger: SmokeBot

    FIGURE 2. Ransom notice

    When the release was announced, Nemty’s developers proposed two types of collaboration: Membership or private partnership. We found two nicknames promoting Nemty, one of which is jsworm, which is very active in the forums and announces all the news and updates.

    This is the deployment plan for the Nemti crew:

    We’ve seen Nemty’s developers take over certain features from other old buyout families, such as the nonexistent Gandcrab. An example is reusing and linking to a URL that leads to an image with a Russian text and a picture of the Russian president as Gandcrab in his code.

    FIGURE 3. URL hard-coded into the Nemty ransom software pointing to the same image as GandCrab.

    Nemty’s authors have published several versions of their buy-back programs. In this research article we describe how the first version worked, as well as the most important changes added in later versions.

    Diamond: 505c0ca5ad0552cce9e047c27120c681ddce127d13afa8a8ad96761b2487191b

    Put the time together:    2019-08-20 19:13:54

    The version:                1.0

    An example of a malicious program is a 32-bit binary file. The packer and the malware are written in C/C++, as announced by the author in an underground forum.

    The date of the title of the MOU is 20. August 2019.

    ICR. 4. EXE image information

    Nemty uses RunPE during runtime, i.e. it decompresses it in memory before running.

    After analyzing the example, we were able to discover how, for example, the developer added some protection to his :

    • Decrypt certain information in memory only if the encryption process works as expected.
    • Clean the memory after a few operations
    • Exchanging information between different memory addresses, deleting previously used memory space.

    Creation of a message of refund

    To create a ransom demand, Nemty takes each row and stores it in memory. When the blackmail program has all the necessary strings in its hands, it pulls them together to create the complete ransom demand. In this operation, Nemty deciphers line by line, moves the data to a different storage address and deletes the previous address, leaving the information only in the new space.

    In the first version of Nemty, the encryption method wasn’t applied consistently to all lines, so you can see some lines and mark some functions or juicy files.

    FIGURE 5. Nemti’s own ropes

    Nemts and logical units

    During runtime, Nemty checks all logical units available in the system and stores their information in a static list with the following information

    • Device type
    • Free space

    Using the Windows API, GetDriveTypeA, the blackmailer can distinguish between devices :

    FIGURE 6. Testing the type of logical unit

    To search for free space on the system, Nemty will use GetDiskFreeSpaceExA, again using the Windows API :

    FIGURE 7. Free memory space control

    Victim’s public IP address extraction

    Since the first version, Nemty has implemented features to extract the victim’s public IP address. The information is obtained by contacting the IPIFY service at These services are often used by RaaS to determine where the victim is infected.

    FIGURE 8. Nemti acquires public intellectual property

    The user agent for some versions of Nemty was the Chrome Channel. The agent’s user is encoded on a single line in the eradication program instead of using the agent’s original user.

    FIGURE 9. Determination of the IP address of the victim’s computer

    The IPIFY service is used to obtain the victim’s public IP address, and with the data extracted Nemti establishes another connection to, using the data previously obtained as an argument. The IP address and the extracted national data will later be used to prepare a ransom demand.

    RIS. 10. Retrieving country name rules based on IP address

    Collection of information on victims

    Nemti will extract the following information from the victim:

    • Username
      • Using the GetUserNameA Window API
    • Computer name
      • Using the GetComputerNameA Window API
    • Profile of the equipment
      • Using the GetCurrentHwProfileA Window API

    With this data, the perpetrators ensure that the infected victim is unique, which helps the RaaS operators to calculate the number of victims that they may have infected themselves or with the help of their branches.

    FIGURE 11. Determine the user name, computer name and hardware profile of the victim’s computer.

    Minor 1.0, misapplication of country protection

    RaaS families generally use some protection to prevent contamination of certain geographical areas. In the first version, Nemty was still developing this option, as our analysis showed that the buy-back programme did not check whether the victim belonged to one of the blacklisted countries. In our analysis of the ransom demand, it is very common to search for features that are still under development and will be included in future releases.

    If the detected country is blacklisted, Nemty returns the real line and saves it in the configuration file. If no country is found, the field value is wrong.

    FIGURE 12. Checks the name of the country and returns the string truthfully or falsely.

    Slightly sensitive encryption key

    Immediately after this check, Nemty deciphers the value of the base key64 and stores it at the storage address for later use. At the same time, it prepares a random line with a fixed size of 7 characters and uses it with the _NEMTY_ line to create a ransom note with a specific extension used in encoded files. In this process, Nemti will create an RSA key pair, a public and a private one.

    FIGURE 13. Export of public and private RSA keys

    As part of this operation, Nemty will encrypt these keys into the database64 :

    FIGURE 14. The RSA key encryption is generated

    After this encryption, Nemty will re-encrypt the victim’s public key and import it for further use.

    FIGURE 15. RSA decryption of public keys for later use

    Same operation again, but this time with the RSA public key of the buyout developers.

    Slightly sensitive encryption key

    During the encryption process, Nemty creates his configuration file with all the data received from the user, all in memory. The configuration file is a structured JSON file with all collected data and a previously created AES key. The key used is the same for all files, but Nemty uses a different IV for each file.

    Small configuration file:

    An example of the information collected by Nemty that will later be used in the configuration file is shown below:

    Here is an example of Nemty’s configuration file:

    FIGURE 16. Small configuration file

    Different fields for the configuration file :

    The configuration file is stored on the hard disk as a file encrypted with an 8192-bit RSA public key and encrypted with Base64.

    FIGURE 17. Encrypt the configuration file and encode it into base64.

    Nemty retrieves the name of the user logged in via SHGetFolderPathW and stores it and encrypts it in this folder with the .nemty extension.

    FIGURE 18. Retrieving the user’s root folder

    FIGURE 19. Creating a configuration file on the hard disk

    Current of light numbers

    For encoding, Nemty creates a new thread for each logical unit found on the system to encode files.

    The method used to encrypt files is similar to that used by other RaaS families, with all files being determined using the FindFirstFileW and FindNextFileW functions. Nemti avoids encrypting folders with the following names:

    The encryption process also avoids the use of files with the following names:

    20. Checking folder names and files on the blacklist

    This test is performed with the insensitive lstrcmpiW function. When Nemty encodes the file, he tries two combinations, one in lowercase and one in uppercase.

    Verified extensions :

    FIGURE 21. Check file extensions

    When Nemty performs successful checks, he creates a random IV and encrypts part of the file with the previously generated AES keys. Next, the IV is started using the victim’s public key and is added to the encrypted file.

    FIGURE 22. Write down the encrypted file and put a drop on it.

    Nemty places the information needed to decrypt the file in the encrypted area, then adds the .nemty extension and moves on to the next folder or file.

    FIGURE 23. Rename a new file with the Nemty extension

    Once the encryption process is complete, Nemty uses the WaitForSingleObjects function and waits for any delayed wires. It also loads the Tor Browser and opens a reverse loop connection to the configuration file.

    As a last action, Nemty will execute a machine command line with the hard-coded word cmd.exe and open a ransom demand.

    FIGURE 24. Opening the ransom claim

    The style of the ransom demand has changed in the different versions published by the developers of Nemty.

    FIGURE 25. Different refund notes between versions

    On the left side we see version 1.4 of Nemty On the right side the salvation note belongs to version 1.0 of Nemty.

    Like other ransom families, Nemti will perform these actions:

    • Remove shadow copies with vssadmin
    • Boot protector partition with bcedit and wbadmin
    • Delete the Windows directory with WMIC using a hidden copy of the class

    All these calls are made using the ShellExecuteA function with the cmd.exe line as the main program and the others as arguments.

    FIGURE 26. Deleting shadow volumes, disabling startup protection and deleting the folder


    Nemty will create a specific mutex in the system each time he infects the system:

    The blackmail program checks the existence of the mutex with the GetLastError function.

    FIGURE 27. Creating a hard-coded mutex

    If the system has already been infected by Nemty and it contains a mutex, the repurchase program ends with the ExitThread function. This call will complete the main malware flow, complete the execution and return the control to the operating system.

    The ExitProcess function is often used to avoid simple PLC monitoring.

    Nemty uses RC4 to encrypt his strings, which are deciphered and deciphered at base64 runtime and then used in the ransom demand.

    FIGURE 28. Calculation of the memory size for basic decoding64

    The RC4 key used for Nemty 1.0 is f*ckav. Other malware families also often use offensive names or phrases related to the security industry in their implementations.

    For decoding, the developers implemented a function via the API to reserve the correct location with malloc and then decode the string in memory. If the blackmailer cannot reach the size or during decoding, ExitThread will terminate the execution.

    FIGURE 29. Data decryption with RC4

    Nemti – Learning by doing

    Since the release of the first version of Nemty, the authors have started developing their buy-back programs, adding new features and correcting some aspects of the code.

    If we look at earlier versions of Nemty, we can say that they were more advanced than the other RaaS families in terms of technology and obfuscation, but the first version still contained features with some bugs, such as references to API calls that were not used in the ransom.

    At the time of writing this article, the developers behind the redemption have released 9 different versions:

    Nemti change blog 1.4

    We’ve seen changes in different versions of Nemty. For version 1.4, the developers have made the following changes:

    • The ransom program collects information about the logical units after checking whether the victim has a nemti mutex.
    • Language test
      • In this version, Nemty will respect and avoid file encryption for victims in CIS countries.

    30 FIGURE. Check that cryptography is avoided if the language is blacklisted.


    Compared to Nemty 1.4, this new version is the most important version to which the following changes have been added:

    • Information on victims in the register
    • Perseverance
    • The ability to kill processes and services
    • new mutex
    • Changing the hard code image
    • Panel C2 is open to the public
    • 4 new countries on the blacklist

    Information on victims in the register

    The first major change in this version of Nemty was the use of the Windows registry to store information about the infected computer. HKCU with NEMTY ID is used as a beehive.

    FIGURE 31. Information stored in the register

    Capacity of killing processes and services

    The second added feature is the ability to disable certain processes to simplify file encryption in the system, which is usually used by other RaaS families.

    To stop these processes, Nemti will use taskkill / in PROCESSNAME.

    FIGURE 32. process interruption

    According to certain killing methods, Nemty will block certain services in the system for the same purposes:

    To stop the Nemty service, we use the net stop and the name of the service.

    FIGURE 33. Disabling the service on the victim’s computer


    Early versions of Nemty did not have a persistence technique, so the author decided to add it to version 1.5. Persistence is implemented by a task programmed to create /sc onlogon. The binary file is copied to the user’s home directory with the hard-coded name (it can be modified for any shared binary file) AdobeUpdate.exe and the task is started with ShellExecute.

    FIGURE 34. Creating a task according to a persistence scheme

    Hard Crystal Image Shift

    Regarding the image encoded in the first versions, Nemty has decided to change it for this version and add a new version.

    FIGURE 35. New image invoked by malware

    C2 Public accessible panel

    The author has decided to modify the terms of reference of the public C2 panel, to which Nemti will send the victim’s details.

    4 New blacklisted countries

    For this version, the author has added four new countries to the blacklist:

    Changes in version 1.6

    Compared to the previous version, only one change has been made to Nemty in version 1.6. The author used his own implementation of the AES algorithm instead of CryptoAPI.

    The way the malware was used to generate a random key was based on time functions, but in version 1.6 a different value was usually used to generate a random key.

    FIGURE 36. Changes to the key generation function

    One of the partners of the No More Ransom project, Tesorion, has decided to make a free decoder available to Nemty’s victims. After the announcement, Nemty released a new version that uses the appropriate AES function with CryptoAPI.

    FIGURE 37. New implementation of AES encryption with CryptoAPI

    Regarding the cat and mouse game, Tesorion has also released a new decoder for this special version. The authors of Nemta reacted by inserting an arcodic message for Tesorion in the samples:

    Tesorion Tesorion, thanks for the article.

    Second version 1.6

    Instead of changing the version number of Nemty in this new binary, the authors released the new version 1.6 with some changes.

    Added changes for this version:

    • New vssadmin utility used
    • New methods and services for killing
    • FakeNet function

    This new version was released only 2 days after the release of version 1.6; this means that the actor is quite actively involved in the development of this buyout.

    Used the new wssadmin utility

    The first change for this version is the way the logical units are listed. The author of Nemty implemented the utility of vssadmin and also reduced the capacity of ghost volumes to 401 MB. This change is likely to have increased absorption in terms of productivity.

    FIGURE 38. Redimensioning of shadow volumes in the logical unit of the target

    The idea behind this change was to keep the access point security products secret instead of simply removing screenshots and making queries via WMI, BCEDIT, etc. The idea behind this change was to keep the access point security products secret instead of simply removing screenshots and making queries via WMI, BCEDIT, etc. The idea behind this change was to keep the access point security products secret. The author changed the approach to use vssadmin with the delete flag.

    New killing procedures and services

    The authors of Nemty have added new shredding methods to the encryption of :

    In addition to the new procedures, the author has also included new services:

    False characteristics

    For this version, the authors of Nemty have decided to add an interesting feature. In the case of a binding buy-out, the function of obtaining the victim’s public IP address has been implemented. If Nemty cannot connect to an external IP address, the blackmail program will add false data to continue the encryption process. Incorrect data will be:

    FIGURE 39. Deduct using a spoofed IP address and country name when it is impossible to connect to the URL to get the WAN IP.

    This feature, implemented by Nemty, exposes users from protected countries because the system is encrypted, even if the user belongs to one of the countries specified in the static blacklist.

    Version 2.0

    In this version, the developers have decided to remove a number of functions and add a new encryption method:

    • The FakeNet feature was removed, and Nemty used only the old mechanism to check the victim’s region.
    • A first function that prepares a container for the use of the RC4 algorithm called rc4 and receives a key based on a hard-coded string (this can change in other examples) sosorin :). This key is used to decipher part of the ransom demand and certain lines. This changes the use of your own RC4 implementation to use the RC4 algorithm with CryptoAPI.
    • A new generation of RSA key containers that improve the key generation process.
    • The text of a note about a redemption instead of NEMTY PROJECT contained NEMTY REVENGE and also added a sentence: You can’t trust anyone. Even your dog.

    ICR. 40. Demand a little ransom.

    Version 2.2

    For this version, Nemty’s developers have only made two minor changes:

    • Changing the name of the mutex
    • A new ransom demand:

    FIGURE 41. Example of a new ransom claim

    Version 2.3

    In this version we have found important changes compared to the previous version:

    • New mutex value
    • The service used to change the public IP address was changed from to
      • If the search fails, the external address of NONE changes to NOT_DEFINED.
    • The Windows for XP exam was misleading in earlier versions and now has only one specific exam.
    • The configuration fields have been changed, some fields have been removed and new fields have been added.
      • This is an example of a new :


    Phyllid: NEMTY_E1EIVPU,

    configurable: mArJi2x3q3yFrbvL8EYkKKezDeGgPgWeOG,

    compid: {a3cande1-f85f-1341-769f-806d6172f54544},

    ip: NO,

    Earth: {Error code: INVALID_ADDRESS , Error: Invalid address , Version : 2.3 , Computer_Name : USERPC , username : User, Bones: Windows XP , pr_key :. Training: {\an5}[{\an5}] [{\an5}] [{\an5}] FIXED , drive_letter : C : /, Total size: 9GB , used_size :9GB },{ Drive_Type : NETWORK , Letter_of_conduct : E : /, Total size: 9GB, used_size: 9GB.}

    • The user agent has switched to a new one, Naruto Uzumake.
    • Concentration of different Taskkill commands with ShellExecuteA; this version of Nemty kills many new processes

    FIGURE 42. FGW Homicide

    • For this release, the authors have added PowerShell command line execution using ShellExecuteA:

    FIGURE 43. Executing the PowerShell command

    • This version adds a new subkey to the Run registration key in the HKEY_CURRENT_USER branch, called daite drobovik :

    FIGURE 44. Sustainability in construction

    • The ransom demand has been changed again for this version:

    FIGURE 45. Example of a ransom note in version 2.3

    Version 2.4

    This version was a smaller version, like Nemty 2.2. In our analysis we only found changes in the ransom demand:

    FIGURE 46. Example of a ransom note in version 2.4

    Version 2.5

    This is the latest version of Nemti we found. This version is a small version and we have only noticed two changes for this version:

    • New mutex value
    • A new ransom demand:

    FIGURE 47. An example of a ransom claim in version 2.5

    Relationship between JSWORM and Nemty

    Our Advanced Threat Research (ATR) team has followed the activities of JWORM users in the underground forums and discovered another part of their salvation program called JSWORM Ransom. You will find below an announcement they made in the same forum where they introduced Nemty:

    FIGURE 48. JSWORM buyout and Nemti display

    We analyzed all available samples from JSWORM and Nemty and found no connection between them in the code base, but it is clear that both salvation fragments belong to the same nickname.

    HASH FAMILY Compilation time stamp
    0b33471bd9fbf08983eff34ee4ddc9 Names 2019-08-29 08:31:32
    0e0b7b238a06a2a37a4de06a5ab5e615 Names 2019-08-19 04:34:25
    27699778d2d27872f99ee491460485aaa. JSWORM 1992-06-19 22:22:17
    31adc85947ddef5ce19c401d040aee82 JSWORM 2019-07-19 05:21:52
    348c3597c7d31c72ea723d5f7082ff87 Names 2019-08-25 11:58:28
    37aaba6b18c9c 150dae4f1d37d Names 2019-08-20 19:13:54
    4ca39c0aeb0daeb1be36173fa7c2a25e Names 2019-08-13 14:46:54
    5126b88347c24245a9b141f76552064e Names 2019-08-21 16:16:54
    5cc1bf6122d38de907d558d558ec6851377c Names 2019-08-21 14:27:55
    74701302d6cb1e2f3874817ac499b84a JSWORM 2019-07-10 08:44:29
    7def79329823f3c81a6d27d2c92460ef JSWORM 2019-07-09 18:54:23
    dcec4fed3b60705eafdc5cbff4062375 Names 2019-08-21 19:25:16
    and9e1a5fc0f0a29b97eb99542d1f297a JSWORM 2019-07-09 20:25:14
    f270805668e8aecf13d27c09055bad5d Names 2019-08-21 18:42:10
    f796af497399c256129f2ce61eb8855b JSWORM 2019-07-19 05:24:00
    fbf7ba464d564dbf42699c34b239b73a JSWORM 1992-06-19 22:22:17
    0f3deda483df5e5f8043ea20297d243b Names 2018-12-04 11:00:39

    Some of the published examples contain custom packers, so the compilation time stamp is not correct for these cases.

    Based on the binaries found, we can see how Nemty’s activity started some time after the disappearance of the JSWORM port. This could indicate that jsworm, which poses a threat, developed both buy-back programmes at the same time.

    Free decryptor available because there is no redemption anymore

    One of the partners of NoMoreRansom has been able to release a working version of the Nemty decoder. If someone has received this ransom, you can contact him via NoMoreRansom to get the decryption.

    Nemti publishes information about its customers

    In our analysis of Nemty ransomware, we found a new trend in the way offenders manage their victims’ data.

    In this case, as for other buy-out families such as Maze, Nemty has its own website where customer information is published.

    Image source: computer on standby


    Despite the number of RaaS families released this year, Nemty is another piece of material to watch and follow. Since we started monitoring this ransom, the criminals behind it have released several new versions with bug fixes and improvements. Such activities indicate that the ransom offenders are under pressure from investigators and security organisations, in the case of Nemta even from the clandestine criminal community, which itself quickly criticised some of its functions and implementations.

    Tesorion, now a partner of No More Ransom, has released a working decoder for Nemty, and we are now waiting for the author to change the ransom software again to continue his work. The last action we saw from this group was the website shown above, which was used to disclose customer data.

    ATT&CK bolster

    In the example, the following MITRE ATT&CK™ methods are used:

    Technical data sheet Description of the technique
    T1124 Detection of system time
    T1083 File and folder recognition
    T1012 Registration of applications
    T1057 Recognition of the process
    T1047 Windows management toolbox
    T1035 performance of services
    T1215 Core and expansion modules
    T1179 Hawking
    T1112 Modification of the register
    T1107 Deleting a file
    T1089 Deactivation of safety tools
    T1055 Process injection
    T1179 Hawking
    T1055 Process injection
    T1132 Data coding


    Generic trojan.

    GenericRXIS-SF! 348C3597C7D3

    GenericRXIS-SF! 37AABA6B18C9

    GenericRXIS-SF! 5CC1BF6122D3

    GenericRXIU-OJ! 0B33471BBD9F

    Ransom Nemty! 09F3B4E8D824

    Ransom Nemti! 2FAA102585F5

    Ransom Nemti! 65B07E2FD628

    Ransom Nemti! 9D6722A4441B




    RDN/General. Fish Fry



    Displaced persons/General.ufai



    Trojan FRGK! 484036EE8955

    Compromise figures

    Hash PE time stamp
    64a1ce2faa2ab624afcbb6f43955e116b6c170d705677dba6c4818770903aah 1992:06:20 00:22:17+02:00
    c537c695843ab87903a9dbc2b9466dfbe06e8e0dde0c4703cbac0feb79353a 1992:06:20 00:22:17+02:00
    8e6f56ef6ef12a9a201cad3cad3be2d0bca4962b2745f087da34eaa4af0bd09b75f 1992:06:20 00:22:17+02:00
    ca46814881f2d6698f64f3 390fe155b9fd f50b6ab304725a2251434aa7 2009:08:13 23:36:24+01:00
    5d04d789d66152e3fc0a2d84a53c3d7a0f5d953c466619deeb699f3866e26 2017:01:02 12:16:24+01:00
    a743d29b16f9b4a59b2fd8c89e59053bdccce362f544fe82974e80d58 8f6 2018:03:27 07:09:32+02:00
    5439452012a052851fdd0625abc4559302b9d4f4580e2ec9868 947841d75d 2018:04:17 01:50:07+02:00
    20d432c171ec17e7c5105f03221 6ea726ffc52154b79ec43acd62d66e3f304 2018:06:09 22:43:06+02:00
    9fad280bb034a4683be9ab4a35d2859e61dc796a6134436b4403c2cb9a9ebfea 2018:06:09 23:45:15+00:00
    7c1aaccca9dd236b9271c734d987d0fccc3e91bfa4c445c5e1c7c41e61effe3ca 2018:06:16 17:31:40+02:00
    2f2aeb72dd127057fac1eefdc0539fc3fa7bdff36d288bd7e20f2756194253d 2018:06:16 23:24:06+02:00
    6b3fea34cb8bb5cc6d698e30933884e1fe55c942d8768da85eb 085525bb41 2018:06:20 00:56:49+01:00
    34538 40249081cba552af4ab28d7c65d4052f6e4bedd748b673b8853e6e96 2018:06:20 01:56:49+02:00
    0f6e82387a5fe0f64d7cec15466b17a623a8faaf9971df3c49ab65d49d1422e 2018:07:06 02:30:25+02:00
    4b86f102eff21382c1a40a28bd4db19356e1efd323336bcec6645e68592e754a 2018:07:07 17:59:57+01:00
    604a25ae4a668170bf28bfc885d0e137f4ff3a29eb7f772ba7098ecfb9bacb3 2018:07:08 12:47:46+02:00
    664b45ba61cf7e17012b22374c0c2a52a52a2e66c8c1c40982137c910095179a 2018:07:14 02:09:27+01:00
    536209365d143bf90a44f063eff9254639d7976b2f77edcc2a0ff6ac1e5a5464 2018:07:23 22:32:23+02:00
    e29d154b067f298bab794d9f85ee7b3d58ebf17b56f6cff6601fb6ce48482f09 2018:08:01 20:19:32+02:00
    c2a32b7094f4c171a56ca9da3005e7cc30489ae9d2020a6ccb53ff02b32e0be3 2018:08:06 17:50:00+02:00
    5d58c85ba5bd7a4ca3d5ade7bff08942a12399f82defa370691524d8797a1095 2018:08:09 01:11:34+02:00
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    6e18acc14f36010c4c07f022e853d25692687186169e50929e402c2adf2cb897 2020:01:07 10:57:37+00:00
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