Exploring the Experimental Possibilities of AI based Real- Time Virtual Reality Assisted Touchless Home Appliance Control

The design and execution of home automation systems have been greatly enhanced by recent technological breakthroughs, which have increased the capabilities and usefulness of embedded systems. There is a significant demand for smart home automation systems that include Virtual Reality (VR). One possible use of the proposed technology is to let the owner operate their home appliances through virtual reality. Using this is a breeze. In this work, we offer a modular, practical, and secure automation control structure for smart homes that is tied to virtual reality and has a cheap price tag. In this study, we take a simple look at how virtual reality may be used to regulate voltage for common home equipment including lights, fans, air conditioners, motor controls, and more. An AI-based Virtual Appliance Control System (AIVACS) is the name given to the proposed system because of its foundation in AI logic. In order to determine how effective the proposed model is, it is cross-validated using a standard Home Appliance Control System (HACS). The hardware has been assembled and tested in a scaled-down prototype with three options for controlling it: illumination, motors, and a fan in a domestic setting. The primary rationale for this research is the significant practical benefit that this VR-based hands-free operation would provide to physically impaired and elderly individuals, who wouldn't be required to physically go to the location of the switch.