Monday, July 29, 2019
Questions in Network Security Coursework Example | Topics and Well Written Essays - 250 words
Questions in Network Security - Coursework Example teââ¬â¢s holder or certificateââ¬â¢s subject and attest that the generated certificateââ¬â¢s public key is that of the certificateââ¬â¢s holder or certificateââ¬â¢s subject (Shoniregun 84). In symmetric key encryption (secret key encryption) method, data is scrambled by pressing same key to both decrypt and encrypt it while in asymmetric encryption (public key encryption), different keys are used to decrypt and encrypt. In addition to this, asymmetric encryption allows sharing of key since decryption key is kept to oneself while with symmetric key encryption, the key have to be kept secret. In combined a/symmetric encryption, a random symmetric key is created to encrypt the data then the key is encrypted asymmetrically. The key is added to the encrypted message after being asymmetrically encrypted (Shoniregun 122). After the receiver gets the key, using their private key they decrypt it and decrypts the message using it. Combined a/symmetric cryptography has several advantages over both cryptographies: Asymmetric encryption helps in preventing creation of point attack while trying to improve feasibility of encrypted information through use of clearinghouse in symmetric encryption involving a large number of people. SSL and TLS certificates are small sized data files used to digitally attach a cryptographic key onto organizational details. They both designed to serve the purpose of ensuring communications security over any computer network. These protocols directly operates on TCPââ¬â¢s top (though, there they are also implemented to suite datagram based protocols like UDP). Through this, secure connection is still provided and still top layers protocols remain unchanged (like HTTP). Underneath the SSL layer, HTTP and HTTPS are identical. When using TLS/SSL appropriately, all what is visible to an attacker over the cable is which port and IP you are connected to, roughly what compression and encryption is used and the quantity of data you are sending. He/she can also be able
Subscribe to:
Post Comments (Atom)
No comments:
Post a Comment
Note: Only a member of this blog may post a comment.