Analysis of Cryptography Encryption for Network Security

Abstract

In order to secure network and data transmission via a wireless network, cryptography and network encryption is being used. Providing data protection is one of the key aspects of wireless network data transmission. There are sensors in the wireless networks; they are linked to the base station. The need for protection of the wireless network sensor is very critical, and encryption and network security are necessary. Network security includes security for the terminal system as well as for the whole network system. Network security is one of the main concerns as the world transitions into the digital world. Security of the network provides security for administrator managed data. Increasing communication technology also requires safe communication which is met through various encryption techniques such as cryptography, digital signatures, watermarking, steganography and other applications. Cryptography is a technique of encryption used to protect the network, as various networks are related and admire attacks and intrusions. In this paper we discuss the cryptography with its aims, forms and algorithms. Intrusion and computer protection technologies are also used in attack forms.

Hill Matrix and Radix-64 Bit Algorithm to Preserve Data Confidentiality

“…Network-Based Intrusion Detection System (NIDS) collects incoming and outgoing network traffic and prevents all harmful traffic [13]. Whenever a user attempts to perform an unauthorized activity on a network that is not permitted, such a user can be detected through HIDS [14]. An Anomaly-Based Intrusion Detection System (AIDS) can detect such users whenever an attacker tries to turn regular traffic into abnormal traffic [15].…”