Imran, Mohammed ThusharMohd Shams, SharifAhmed, NayeemRefat, Rafiul IslamRahman, TareqMostakim, Abdullah A.L.2026-09-062026-09-062023-01-01M. T. Imran, S. Mohd Shams, N. Ahmed, R. I. Refat, T. Rahman and A. A. L. Mostakim, "Design and Assessment of a Li-Fi Based Home Automation System: An Alternative to Wi-Fi and Bluetooth Communication System," 2023 Second International Conference on Augmented Intelligence and Sustainable Systems (ICAISS), Trichy, India, 2023, pp. 1684-1690, doi: 10.1109/ICAISS58487.2023.10250763.97983503257992-s2.0-85173612107https://hdl.handle.net/10361/29781This research work presents a home automation system based on Li-Fi (Light Fidelity) technology as an alternative to the RF communication systems such as Wi-Fi or Bluetooth. Li-Fi uses visible light for transmitting signals and commands through communication channels. In this literature, the usage of several types of sensors to programmatically control home appliances incorporating Li-Fi technology is thoroughly discussed. Furthermore, a prototype is constructed to assess the feasibility of the proposed system, and a Proteus based software simulation is demonstrated in parallel to corroborate the operability of the prototype. Additionally, a Tinkercad based circuit connection diagram is illustrated for better visualization of the proposed system. The study further validates that Li-Fi offers the most affordable and secure way to create a communication channel for home automation when compared to other contemporary operational devices. A technical comparison on the Li-Fi, Wi-Fi, and Bluetooth-based home automation system has also provided that emphasizes the advantages of Li-Fi over other commonly used communication technologies. Lastly, since the proposed system uses Visible Light for signal transmission, it becomes the fastest in contrast to other RF technologies now in use.1684-1690en-USHome automationLight fidelityVisible light spectrumWireless fidelityHome automation.Light emitting diodes.Optical communications.Conference Proceeding10.1109/ICAISS58487.2023.10250763