Design and Implement Technique for Security of IoT-5G System using RSA Algorithm
Keywords:
Wireless, Communication, Migrate, Security, Automation, IoT-5G, Boltzmann MachineAbstract
IoT stands for Internet of Things. The aim behind the development of IoT is to create a network of several objects and devices that are well connected with each other through wireless or wired Internet to exchange data with one another and to perform any action based on the received input. In today’s era IoT is providing social as well as economic growth to country by developing several products and application. It provides applications and services in various areas like manufacturing, monitoring environment, food processing, transport, security, health care and surveillance. These applications and services are well connected with networking, cloud computing, decision making, data security, decision making and machine to machine communication. There are several characteristics and advantages of IoT but there are some disadvantages and threats also exist with this technology. IoT devices are not secured and can be easily hacked or malfunction because a cyber attacker can send a virus to the device and the device could be damaged or may perform certain wrong operations as a result huge loss may occurs. Well known threats related to IoT and Computer Networks are Denial of Service attack, Chosen Cipher text attacks, Distributed Denial of Service attack, Man in the Middle attack etc. While designing such solutions for IoT, one must consider that these devices have less storage capacity and lesser processing speed. Hence the design of the solution must be light and have extra strong cryptography. In this paper following tasks have been performed to achieve data security goals for IoT-5G. Boltzmann Machine is used to generate secured keys. Its performance is compared with other methods to generate keys, encryption and decryption time. Performance Enhancement of RSA algorithm have been done and further it’s performance is compared with existing versions of RSA. During result analysis it is found that the above methodology works better than existing solutions.
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