A review on security aspects in 5G systems on VLSI perspective
In the present world the security is the most important because of the increasing usage of internet or public cloud for storing the data. main aim is to preserving the integrity, confidentiality, availability of the information system resources
Security is most important now days as cyber crimes are increasing day by day It is necessary to have a comparative analysis on the security phenomenon of existing 4G systems 5G is neither a copy of 4G nor a larger qualitative improvement of 4G In fact 5G promotes more usage of cloud computing which leave a leap in the security
A secured environment is created with several encryption algorithms The ZU Chongzhi (ZUC) stream cipher is used in 3G systems, whereas Evolved packet system Encryption Algorithm (EEA3) and Evolved packet system Integrity Algorithm (EIA3) are used in 4G systems but if you talk about the 5G where main security required is on cloud platform
which is solved by the homomorphic encryption
which allows operations on the encrypted data. It also adds up that there must also be new considerations for 5G security design. The necessity of an effective very large scale integration VLSI architecture for homomorphic encryption is observed
