Abstract

The spread of Internet of Things (IOT) equipment has introduced new challenges for traditional host-centric Internet architecture, especially in addressing scalability, dynamics, and safety concerns. The designated data provides a promising solution by focusing on data-centred recovery from a material-focused paradigm, host-based communication. This paper examines the integration of NDN with IoT-based Internet architecture to increase data spread efficiency, reduce the multitude of network, and support spontaneous dynamics in the asymmetrical IOT environment. We propose a hybrid architectural model that involves NDN in the IOT infrastructure, enabling in-network caching, name-based routing, and enhanced security mechanisms. The proposed integration is analysed in relation to major performance indicators including delay, packet distribution ratio, energy efficiency, and safety flexibility. The simulation results using NDN-competent IOT scenarios show sufficient improvement in data recovery delay and network scalability as compared to traditional IP-based approaches. This study highlights the ability of NDN as a fundamental architecture for the future Internet of Things and underlines major research directions for its widespread adoption.