High Performance Computing in Decentralized Network

With the vast growth of information technology, faster communication and better processing has become the most important concern for modern civilization. For decades we have been using centralized cloud systems for using the internet. Client-Server communication system has both advantages and disadvantages. Then came the Blockchain based networks which is growing more popular day by day. But it is not efficient enough to integrate with existing cloud systems. We know that faster data transmission and better processing is currently a great necessity for Sustainable Technology and Industry 4.0. In this paper we are going to show a new system to achieve High Performance Computing with the help of decentralized networking infrastructure using Fog server, Content Delivery Network (CDN) and Peer to Peer communication. Content retrieval is the primary usage of the internet. This research is going to uncover how efficient decentralized network is for both providing content and gaining High Performance Computing. To solve content availability and download/browsing time issues, CDN is used as virtual overlay networks. It makes the content distributed and closer to the users. The content can be made even closer using dedicated Fog servers. We are proposing a system where each end device would be able to communicate with other nearby devices and whenever a certain content would not exist on nearby devices, the request would be thrown to the Fog server, then to the CDN. Besides content retrieval, the end devices would also act as hosting servers for providing cloud processing to get a complicated task done in a very short time.