Implementation of a Low Latency Communication Framework for Internet of Things Based Industrial Automation

Abstract

The integration of the Internet of Things (IoT) with industrial automation systems has revolutionized manufacturing and production efficiency. However, real-time communication remains a critical challenge due to latency-sensitive control mechanisms. This paper proposes and evaluates a low-latency communication framework tailored for industrial IoT environments. Through the implementation of edge computing and optimized message queuing protocols, the proposed model demonstrates significant improvements in communication delays, packet delivery rates, and system reliability. Empirical evaluation in a simulated industrial setting confirms the framework’s effectiveness