Modified advanced encryption standard using cipher based message authentication code algorithm

Internet of Things ( IoT), sharp device networking, embedded with sensors, programming, equipment and accessibility of associations that engage in communication with each other through a questionable, far-off medium to exchange and assemble data. They are low battery powered, almost nothing and existing, in addition to the adaptable value of IoT devices, and encounter many problems in view of the dangerous medium of correspondence. Given the reality of different issues, the energy problem is turned into the key issue through and by transformation. Improvement of figures to the degree that energy usage has not been clearly tested, decently based most of the figurations on gear and area to generally limit it and expand it as sensibly as could be usual on security issues. The key issue, however, is to coordinate protection and lower energy consumption rates in view of the progressive development of IoT devices. We present MAES, a lightweight variation that meets the needs of the Advanced Encryption Standard (AES). AES with CMAC is suggested in this endeavour by listing a novel requirement for the MAES transmission of data.