Experimental Analysis of an IoT Based Secured Data Communication between Social Communities Over Wireless Sensor Network Environment

With respect to the expertise, background, and information that the communities of a social affair with a wireless sensor network (WSN) have contributed the purpose of this study is to offer an updated data communication technique under the heading of Secure Communication for Data Centric Social Affair in IoT powered Wireless Sensor Network. The system creates a decentralized and resilient network for the exchange of data using IOT devices. The proposed technique, IoT based Secured Data Exchange Protocol (IoTSDEP), is a new strategy for enriched data sharing across communities. The cross-validated results with the existing method called Network Data Sharing Protocol (NDSP), and the counterpart highlight its significant contributions towards efficient exchange as well as flow of information from one community to another. An IoT-based data sharing protocol is essentially the rules or standards that govern how different “things” transfer and exchange digital information between them. This protocol is devised to ensure crossfunctionality, reliability and scalability within an IoT-based environment. It utilizes advanced cryptographic techniques, like lightweight encryption algorithms and secures data confidentiality, integrity as well authentication. The framework further includes secure routing protocols and intrusion detection mechanisms to defend against likely threats. The system enhances privacy, trust and collaboration among the members of the community with the provision for secure information flow in WSN.