What is the translation of " RSA CIPHER " in English?

• RSA cipher

Examples of using RSA cipher in Danish and their translations into English

Tornado formodes at udnytte RSA cipher at kode måldata.
Tornado is supposed to utilize the RSA cipher to encode target data.

For filen kryptering, CryptoShield 1.1 ransomware har hidtil brugt RSA cipher.
For the file encryption, CryptoShield 1.1 ransomware has so far used the RSA cipher.

Sandsynligvis, den er designet til at bruge AES eller RSA cipher ligner nogle tidligere Dharma iterationer.
Probably, it is designed to use the AES or RSA cipher similar to some previous Dharma iterations.

Forskere mener, at den nuværende algoritme bruges af den nyeste version af TeslaCrypt er en meget stærk RSA cipher.
Researchers believe that the current algorithm used by the latest version of TeslaCrypt is a very strong RSA cipher.

Efter at gøre det, SkidLocker ransomware bruger en meget stærk RSA cipher til at kryptere nøglefilen AES.
After doing so, SkidLocker ransomware uses a very strong RSA cipher to encrypt the AES key file.

RSA cipher derefter kan der endvidere anvendt til at generere en offentlig nøgle tildelt brugeren og integrere det i filerne.
The RSA cipher then may be additionally employed to generate a public key assigned to the user and embed it within the files.

Den malware krypterer filer med en stærk AES algoritme og bruger RSA cipher til at kryptere nøglen til dekryptering.
The malware encrypts files with a strong AES algorithm and uses RSA cipher to encrypt the key for decryption.

Betalingen e-mail er[email protected] og virus kan bruge en AES-kryptering algoritme, der er kombineret med en RSA cipher.
The payment e-mail is[email protected] and the virus may use an AES encryption algorithm that is combined with an RSA cipher.

Denne CryptoShield 1.1 ransomware variant krypterer filer med RSA cipher og spørger en løsesum payoff for dekryptering.
Short Description This CryptoShield 1.1 ransomware variant encrypts files with RSA cipher and asks a ransom payoff for decryption.

Efter at proceduren er afsluttet, RSA cipher kan yderligere anvendes til at generere unikke dekrypteringsnøgler, hvilket gør dekryptering endnu vanskeligere og meget usandsynligt.
After the procedure is complete, the RSA cipher may be additionally applied to generate unique decryption keys, which makes decryption even more difficult and highly unlikely.

Krypteringsalgoritmen, som menes at blive brugt af Windows 10 ransomware er RSA cipher som er meget stærk i bit.
The encryption algorithm which is believed to be used by Windows 10 ransomware is RSA cipher which is very strong in bits.

Det betyder, at target-filer kan være kodet med RSA cipher algoritme, der er kendt for at generere to nøgler- en offentlig og en privat.
This means that target files may be encoded with RSA cipher algorithm that is known to generate two keys- a public and a private.

Disse foranstaltninger kan gøre det muligt ikke kun at kryptere videoer, musik, dokumenter, og andre vigtige filer, men at kryptere hele databaser samt. For filen kryptering, CryptoShield 1.1 ransomware har hidtil brugt RSA cipher.
These actions may allow it not only to encrypt videos, music, documents, and other important files, but to encrypt whole databases as well. For the file encryption, CryptoShield 1.1 ransomware has so far used the RSA cipher.

Sandsynligvis, den er designet til at bruge AES eller RSA cipher ligner nogle tidligere Dharma iterationer. Adobe-filer Virus(Dharma)?
Probably, it is designed to use the AES or RSA cipher similar to some previous Dharma iterations. adobe Files Virus(Dharma)?

I modsætning til Salsa20, RSA cipher er blevet mainstream for ransomware virus og forskere mener, at den vigtigste grund til at skifte til Salsa20 er, at kryptering tiden er meget hurtigere end det efterhånden ville være med RSA-2048, bruges med det tidligere versioner.
Unlike Salsa20, the RSA cipher has become mainstream for ransomware viruses and researchers believe that the main reason for switching to Salsa20 is that the encryption time is much faster than it would gradually be with RSA-2048, used with it's previous versions.

Det kan bruge AES-kryptering til at kode filerne i brugerens, RSA cipher til at kode for AES dekrypteringsnøgle og CBC-mode som en modforanstaltning.
It may use AES encryption to encode the files of the user, RSA cipher to encode the AES decryption key and CBC-mode as a defensive measure.

NMCRYPT ransomware menes at bruge den stærkeste kombination af krypteringsalgoritmer til at kryptere filer, kendt som RSA(Rivest-Shamir-Adleman) og AES(Advanced Encryption Standard), hvor virussen bruger AES til at kryptere filerne, hvilket resulterer i en asymmetrisk nøgle genereret og malware bruger også RSA cipher at indkode AES dekrypteringsnøgler.
NMCRYPT ransomware is believed to use the strongest combination of encryption algorithms to encipher files, known as RSA(Rivest-Shamir-Adleman) and AES(Advanced Encryption Standard), where the virus uses AES to encrypt the files, resulting in an asymmetric key being generated and the malware also uses the RSA cipher to encode the AES decryption keys.

INCANTO crypto virus menes at bruge RSA cipher algoritme, der forvandler den oprindelige kode af target-filer gør dem helt uigennemførlig.
INCANTO crypto virus is believed to use the RSA cipher algorithm that transforms the original code of target files making them completely unworkable.

Da Globe ransomware er meget lig Purge ransomware, det kan også anvende en meget kraftig AES-256 krypteringsalgoritme i kombination med RSA cipher, som låser dekrypteringsnøgle genereret efter processen er færdig.
Since Globe ransomware is very similar to Purge ransomware, it may also use a very powerful AES-256 encryption algorithm in combination with RSA cipher that locks the decryption key generated after the process is complete.

At kryptere filer, Enigma 2 Ransomware kan enten bruge RSA cipher eller bruge både AES og RSA-algoritmer, en til at kryptere filerne, og den anden til at kryptere dekryptering.
To encipher files, the Enigma 2 Ransomware may either use RSA cipher or use both AES and RSA algorithms, one to encrypt the files and the other to encrypt the decryption.

Selskabet har implementeret FBE- fil-baseret kryptering begyndelsen som ikke afslører, hvilken type kryptering der bruges, men det er sandsynligt, at en af de stærkeste derude, RSA cipher har været anvendt som genererer en unik dekrypteringsnøgle for hvert objekt.
The company has implemented FBE- file-based encryption for starters which does not reveal what type of encryption is used, but it is likely that one of the strongest out there, the RSA cipher has been used which generates a unique decryption key for each object.

En ransomware virus kaldet BadBlock hævder at bruge en stærk RSA cipher til at kode filerne fra inficerede brugere er blevet rapporteret at terrorisere intetanende brugere.
A ransomware virus called BadBlock claims to use a strong RSA cipher to encode the files of infected users has been reported to terrorize unsuspecting users.

Efter at proceduren er afsluttet, RSA cipher kan yderligere anvendes til at generere unikke dekrypteringsnøgler, hvilket gør dekryptering endnu vanskeligere og meget usandsynligt. Filerne føjes den. hævn filtypenavn efter krypteringen er afsluttet, og de kan også indeholde et offer id, filnavnet i et krypteret format, en 8 tegnstreng og et andet filnavn i en 8 karakter krypteret format og efter alle disse, filerne har udvidelsen vedlagt.
After the procedure is complete, the RSA cipher may be additionally applied to generate unique decryption keys, which makes decryption even more difficult and highly unlikely. The files are appended the. revenge file extension after the encryption process has completed and they may also contain a victim id, the file name in an encrypted format, a 8 character string and another filename in an 8 character encrypted format and after all of these, the files have the extension appended.

Den kryptering algoritme bruges af den N1N1N1 ransomware menes at være RSA cipher som genererer en unik private og offentlige nøgler efter hver infektion.
The encryption algorithm used by the N1N1N1 ransomware is believed to be RSA cipher which generates a unique private and public keys after every infection.

AES cipher genererer dekrypteringsnøgler som igen krypteret med RSA cipher, generere unikke private og offentlige nøgler, der er nødvendige for dekryptering af filerne. De MOON decryptor virus mål primært vigtige filer på din computer, såsom dokumenter, videoer, lydfiler og andre typer af filer.
The AES cipher generates decryption keys which are in turn encrypted with the RSA cipher, generating unique private and public keys, that are required for the decryption of the files. The MOON DECRYPTOR virus targets primarily important files on your computer, such as documents, videos, audio files and other types of files.

AES cipher har til formål at kryptere filerne selv og generere en unik nøgle og RSA Cipher er der for at skabe offentlig og privat nøgle for hver fil eller et sæt af filer.
The AES cipher aims to encrypt the files themselves and generate a unique key and the RSA cipher is there to generate public and private key for each file or set of files.

Efter disse filer allerede er blevet kodet af denne ransomware virus, infektionen kan bruge RSA cipher til yderligere indsætte private og offentlige nøgler inden selve filerne, hvilket gør dem mere og mere vanskeligt at dekryptere, primært fordi anden tast kan tildeles hver af filerne.
After these files have already been encoded by this ransomware virus, the infection may use the RSA cipher to further insert private and public keys within the files themselves, making them increasingly difficult to decrypt, primarily because different key may be assigned to each of the files.

Krypteringen proces omfatter kryptering af filer via AES cipher og derefter RSA cipher tilføjer en ekstra nøgle til filerne, unikt for hver infektion.
The encryption process includes the encryption of the files via the AES cipher and then the RSA cipher appends an extra key to the files, unique for every infection.

AES cipher genererer dekrypteringsnøgler som igen krypteret med RSA cipher, generere unikke private og offentlige nøgler, der er nødvendige for dekryptering af filerne.
The AES cipher generates decryption keys which are in turn encrypted with the RSA cipher, generating unique private and public keys, that are required for the decryption of the files.

Krypteringen processen med Serpent kan bestå af brugen af AES-256 kryptering algoritme og RSA cipher til at generere unikke offentlige og private nøgler, der anvendes til dekryptering af filer.
The encryption process of Serpent can consist of the usage of the AES-256 encryption algorithm and the RSA cipher to generate unique public and private keys which are used for the decryption of the files.