Security for data in IOT using a new APS elliptic curve light weight cryptography algorithm

Abstract

A thought process on my mind says that IOT is expanding every minute and second due to many newer devices who join in the IOT chain every time. Necessity is the mother of invention, as per this when private and confidential data are moving across in the IOT environment across homogeneous and heterogeneous devices then in this case we should think about the data care. In this paper, a strong cryptographic algorithm is coined which will secure the data getting transformed over the IOT devices. A New APS Elliptic Curve Light Weight Cryptography algorithm is used which satisfies all the parameters in ensuring security across the IOT for data. If a text is given the user will have the private key and the hashing function is applied over the text and then the cipher text which moves across the signed hash checkers and after that the other user at the recipient side will be able to decrypt the cipher text using his public key and can read the message. This is actually done in the case of a Elliptic Curve Cryptography. The lightweight cipher text is mainly to handle the low resource device on the IOT chain. By considering the naturality of all the devices over the IOT chain and to satisfy all those parameters which are very essential to meet data security on IOT devices, the New APS Elliptic Curve Light Weight Cryptography algorithm is used.