You work as a Network Administrator for Tech Perfect Inc. The company has a Windows Active Directory-based single domain single forest network. The functional level of the forest is Windows Server…

In asymmetric (public-key) cryptography, encrypting a message with the recipient's public key guarantees confidentiality because only the recipient holds the matching private key needed to decrypt it. This is the standard model for secure message exchange - the public key is freely shareable, while the private key remains secret with the owner. No other party, including the sender, can decrypt the message after encryption.

Your private key is used to create a digital signature for authentication and non-repudiation, not to encrypt a message for confidential delivery to another person.

You never have access to the recipient's private key - it is kept secret by the recipient and is never shared, making this option impossible.

Encrypting with your own public key would mean only your own private key could decrypt it, making the message unreadable to the intended recipient in Denver.