Examples of using Can decrypt in English and their translations into Ukrainian
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Computer
Then only the recipient can decrypt the message.
M2ts, can decrypt video files or something more specific.
Anyone who knows the secret key can decrypt communications.
Is it true that you can decrypt the database of Windows, which stores all the passwords?
When one of them encrypts the information, the other one can decrypt it.
Only the receiver can decrypt the message because no one else has the private key.
Only the person who has the corresponding private key can decrypt the information.
Nobody can decrypt that data, except the person who owns the corresponding private key.
Because Bob is the only one with his private key, he's the only one who can decrypt it.
Technically they have all the keys that can decrypt any conversation, and conversations are stored on their servers.
Each half of the pair(one key)can encrypt information so that only the other half(the other key) can decrypt it.
We have created a repository of keys and applications that can decrypt data locked by different types of ransomware.
Similarly we can decrypt the ciphertext using the same key and of course we will get back the original message.
Hi friends, in this videotutorial will learn together how we can decrypt and read the archives…".
Since only the sender's public key can decrypt the digital signature(encrypted with the sender's private key).
In the case of SSL, a key pair is used,with each half of the pair encrypting the information so that only the other half can decrypt it.
Additionally, the NSA can decrypt data encrypted with PPTP, meaning others can also hack into it and collect your personal information.
If Bob wants to send Alice aprivate message, he encrypts it using her public key, and only she can decrypt it using her private key.
No one can decrypt your files without our special decryption service”- is said in a message written in English, posted by attackers on the website of the Ministry of Energy.
Anyone who has access to the servers orable to do a man-in-the-middle attack can decrypt and intercept data, which is stored mostly unencrypted on servers and devices.
But only the server can decrypt it: this is the one fact that makes the keys hidden from third parties, since only the server and the client have access to this data.
Confidentiality- because the content is encrypted with an individual's public key, it can only be decrypted with the individual's private key,ensuring only the intended recipient can decrypt and view the contents.
Only the server can decrypt it(with its private key): this is the one fact that makes the keys hidden from third parties, since only the server and the client have access to this data.
When you send an email using an S/MIME certificate, you're taking the plaintext email message you have written and encrypt it so thatonly your intended recipient can decrypt it using a corresponding secret key.
Symmetrical encryption: your data is just encrypted with a password.Anybody who has a computer with gpg can decrypt your message if you give him/ her the password. To perform a symmetrical encryption, choose"symmetrical encryption" in the options box when asked to choose an encryption key.
Because of this, public keys can be freely shared, allowing users an easy and convenient method for encrypting content and verifying digital signatures, and private keys can be kept secret,ensuring only the owners of the private keys can decrypt content and create digital signatures.
If you digitally sign your message with your private key, and send the receiver a copy of your certificate, he can know for sure that themessage was sent by you(because only your public key can decrypt the digital signature… and the certificate assures that the public key the receiver uses is yours and no one else's).
Only individuals who have the special corresponding codes could decrypt the QR image.
About a year ago,Putin ordered the FSB to create magical“encryption keys” which could decrypt literally all data on the internet.
This would not be a desirable way to encrypt sensitive data, however, because it means that anyone with the public key,which is by definition published, could decrypt the data.
