Secure and Efficient Protocol for Route Optimization in PMIPv6-based Smart Home IoT Networks

ABSTRACT:

The correspondence in the Smart Home Internet of Things (SH-IoT) including different electronic gadgets and sensors is extremely touchy and urgent. What’s more, the key prerequisites of the SH-IoT incorporate channel security, handover bolster, versatility the executives, and reliable information rates. Intermediary versatile IPv6 (PMIPv6) is considered as one of the center answers for handle extraordinary portability; be that as it may, the default PMIPv6 can’t guarantee execution improvement in SH-IoT situations, i.e., Route Optimization (RO).

The current security conventions for PMIPv6 can’t bolster secure RO for keen home IoT administrations, where portable hubs (MNs) speak with home IoT gadgets not having a place with their space. Roused by this, a safe convention is proposed, which utilizes trust between PMIPv6 space and savvy home to guarantee security and also execution over the way among MNs and home IoT gadgets. The proposed convention incorporates ventures for secure RO and handover the executives, where shared confirmation, key trade, impeccable forward mystery, and protection are bolstered.

The rightness of the proposed convention is formally dissected utilizing BAN-rationale and Automated Validation of Internet Security Protocols and Applications (AVISPA). Besides, organize reproductions are led to assess the execution effectiveness of the proposed convention. The outcomes demonstrate that the proposed methodology is equipped for giving secure transmission by settling the RO issue in PMIPv6 alongside the decrease in handover dormancy, end to end postponement and parcel misfortune, and upgrade in throughput and transmission rate notwithstanding amid the handover stage

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