A Robust and Lightweight Key Management Protocol for WSNs in Distributed IoT Applications

Abstract

To maintain the reliable connectivity and the accessibility of distributed IoT, it is vital to establish secure links for end-to-end communication with a robust pervasive communication mechanism. However, due to the resource constraints and heterogeneous characteristics of the sensor devices, traditional authentication and key management schemes are not effective for such applications. Here, we propose a pervasive lightweight authentication and keying mechanism for WSNs in distributed IoT applications in which the sensor nodes can establish secure links with peer sensor nodes and end-users. The established authentication scheme is based on implicit certificates, and it provides application-level end-to-end security. A comprehensive description of the scenario based behaviour of the protocol is presented. With the performance evaluation and the security analysis, it is justified that the proposed scheme is viable to deploy in the resource constrained WSNs.

Enhancing IoT Security: An Innovative Key Management System for Lightweight Block Ciphers

“…This study proposes an end-to-end verification method for the application layer. The application layer is safeguarded using IEEE802.15.4 security techniques from the physical and MAC levels [ 42 ]. After validating each other and creating secure communication links, the distributed nature of the architecture enables edge nodes, CHs, BSs, and end-users to verify each other.…”

Lightweight cryptography in IoT networks: A survey

“…Key management involves a secret key generation, distribution, storage, updating, and destruction. Key distribution system divided into four categories such as a) key broadcast distribution [37], b) group key distribution [38], c) master key pre-distribution; [39] and d) pairwise key distribution [40,41]. Perception layer vulnerable to the following attacks.…”