Secure Group key authentication using Advance Multiple Encryption standard in Social Internet of things (SIoT)

Secure Group key authentication using Advance Multiple Encryption standard in Social Internet of things (SIoT)

S.Jayasri1

Research Scholar,  Department of Computer Science,  School of Computing Sciences,

Vels  Institute of  Science, Technology &  Advanced Studies,  Pallavaram, Chennai, 600 117

Dr. R.Parameswari2

 Professor,  Department of Computer Science,  School of Computing Sciences,

Vels  Institute of Science,  Technology & Advanced Studies,  Pallavaram, Chennai, 600 117

Abstract— The Social Internet of Things (SIoT), a rapidly developing technology, is a result of the Internet of Things. The Internet of Things (IoT) has become the subject of numerous sophisticated research initiatives in recent years. To address issues with the Internet of Things (IoT) like scalability, trust, and resource discovery from social computing, the Social Internet of Things (SIoT) was developed. Due to the restricted resources of users in major task utilising SIoT systems, Cloud and WSN is most important for storage of service provisioning. In order to get to a destination with protected authentication and key generation in WSN, research has been done to study the SIoT realisation issues utilising the clustering approach. With a better clustering method and greater node density to improve energy efficiency, protocols are categorised based on single hop and multiple hop clustering approaches and the energy distribution depending on distance from source to destination. when the SIoT environment's heterogeneous node density increases. In this work, we emphasise the necessity of creating authentication solutions using lightweight cryptographic algorithms and protocols.

Keywords— Social Internet of Things (SIoT ),Wireless Sensor Network  (WSN),  MQTT Protocol, AMES(Advanced Multiple Encryption System).