Examples of using An encryption algorithm in English and their translations into Greek
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Computer
SHA is NOT an encryption algorithm.
All the targeted data will be locked with the help of an encryption algorithm.
You need to have an encryption algorithm and a key.
In order to lock the targeted files,the Devil Ransomware would apply an encryption algorithm.
The Grod Ransomware applies an encryption algorithm to lock the targeted files.
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An encryption algorithm running on a generalized computer has no physical protection.
The IMI Ransomware will apply an encryption algorithm and lock the targeted files.
Next, the Kr Ransomware will begin locking down the targeted files using an encryption algorithm.
The Redrum Ransomware will apply an encryption algorithm to lock the targeted data.
We use an encryption algorithm that permits us to verify them, but not to read them.
The encryption process requires an encryption algorithm and a key.
For example, an encryption algorithm may be rated by the number of bits per second which it encrypts.
To lock a targeted file securely,the MOOL Ransomware will apply an encryption algorithm.
The Dever Ransomware would use an encryption algorithm to lock all the targeted files.
Next, the Sphinx Ransomware will begin locking all the targeted files by applying an encryption algorithm.
The Devos Ransomware applies an encryption algorithm to lock all the targeted files securely.
This means that the majority of the files present on the victim's computer will be locked with the help of an encryption algorithm.
This file-locking Trojan applies an encryption algorithm to lock all the targeted data.
Once it infiltrates a system,the Reha Ransomware would begin locking the user's data with the help of an encryption algorithm.
Next, the MZP Ransomware will apply an encryption algorithm to lock all the targeted files.
Next, the encryption process would be triggered, and the targeted data will be locked with the help of an encryption algorithm.
The Picocode Ransomware would apply an encryption algorithm that will make sure to lock the targeted files securely.
Documents, images, audio files, spreadsheets, databases, archives, andvarious other file types will be locked with the help of an encryption algorithm.
To lock the targeted data,the Msop Ransomware will apply an encryption algorithm that will render the data unusable.
(For example, an encryption algorithm may be rated by the number of bits per second which it can encrypt.) 5. ease of implementation.
When the scan is completed,the MarioLocker Ransomware will apply an encryption algorithm to lock the targeted files.
This ensures maximum damage as all images, audio files, videos, documents, databases, spreadsheets, archives, presentations, andother popular file types will be locked with the help of an encryption algorithm.
To lock the targeted data,the Gesd Ransomware will apply an encryption algorithm that will render the files unusable.
When the scan is completed,the AIR Ransomware will proceed by applying an encryption algorithm to lock the targeted data.
Description: The IP Security policy for ISAKMP/Oakley specified an encryption algorithm that is invalid due to export cryptography restrictions.