Simulation, digital synthesis and design of distributedaccess management in Internet of Things

With the prosperous growth of Internet of Things,the number of connected Internet of Things devices and the datagenerated by them has become a big bottleneck in providingQuality of Service (QoS). This is where blockchain comes in bysupporting a decentralized method of data storage along withtrusted and anonymous transactions. Recently, researchers havefocused on integrating blockchain into the IoT ecosystem toincorporate distributed architecture and security features intothe IoT. Despite the fact that there is no approved smartcontract-based access control paradigm in various applicationareas of the Internet of Things such as smart transportation orsmart cities in operational environments, blockchain is definitelythe driving force for access control in the future. It will be themain one.Due to its nature, this dynamic technology can easily solve theproblems of large systems. However, this is only the beginningand approaches to measure its success should be evaluated. Theultimate goal is to create a transparent access control platformbuilt on the blockchain that will enable the next generation ofdistributed networks to be secured in this area. The result of thesimulation that put our proposed protocol in a secure state andalso the robustness of the public key encryption system based onMcEliece coding instead of the RSA cipher system and alsoincluding the security issues that caused various attacks in theprevious protocol, the proposed protocol given, which is goodand efficient in terms of security.

Keywords:

Internet of Things , access management , digital synthesis , distributed architecture , blockchain