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Leveraging 5g Network Slicing For Advanced Smart Home Systems

Garudadri Sai Praneeth, P. Ashok · Recent Advances in Electrical & Electronic Engineering (Formerly Recent Patents on Electrical & Electronic Engineering) · 2025

This paper focuses on the application of 5G into Smart Home Automation Systems (SHAS) and seeks to understand its impact and potential to revolutionize SHAS today. The evolution of Smart Home Automation Systems (SHAS) has been fundamentally dependent on various wireless communication protocols, including GSM, Bluetooth, ZigBee, and legacy wireless technologies. Nevertheless, each protocol presents inherent limitations that constrain optimal system performance and implementation. The current challenges are, however, addressed by the development of 5G technology that has three times the speed, reliability, and scalability of 4G, with connectivity that is a hundred times faster than 4G, useful for real-time communication and monitoring of smart devices. Lower latency and higher bandwidth enable easy control of multiple devices simultaneously while guaranteeing high performance in densely connected households. Firmware updates and additional modules improve encryption quality and the reliability of authentication in controlling distant devices. Moreover, the research also examines the risks: the network's vulnerability to hackers due to the hig

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