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The private key, as the name implies, is not shared and is used only by the signer to electronically sign documents. The public key is openly available and used by those who need to validate the signers electronic signature.
By adding public-key encryption to digital signature scheme, we can create a cryptosystem that can provide the four essential elements of security namely Privacy, Authentication, Integrity, and Non-repudiation.
Encryption provides confidentiality where users can encrypt any data with the public key and decrypt it with the private key. In signing, a digital signature is used for authenticating the data sender. It uses a best hashing algorithms along with the public-private key infrastructure for authentication.
A digital signature ensures the recipient that the email is really from the stated sender and that it has not been modified. Encryption protects the contents of the email so that only the recipient(s) to whom it is addressed can read it.
As I mentioned above, messages are encrypted with the message recipients public key and decrypted with the corresponding private key. Message signing, on the other hand, uses the senders private key to sign the message, and his or her public key is used to read the signature.

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The public key is used by the receiver to verify the signature with the sender. The sender uses his/her public key to encrypt data in an email or document. Signature is considered verified only if the message remains unaltered and untampered in between sending and receiving the signature.
3 Types of Encryption to Protect Your Data Symmetric. The symmetric encryption method uses a single key both to encrypt and decrypt the data. Asymmetric. The second major encryption method is asymmetric encryption, also sometimes known as public key encryption. Hashing.
Digital Signatures: Public and private keys can be used to create a digital signature, which assures that the person sending the message is who they claim to be. Typically, the recipients public key is used to encrypt the data and the recipient then uses their private key to decrypt the data.

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