AuroraSync SAHVI: Enabling Virtual Interaction with Hand Tracking and Voice Commands for Enhanced Human-Software Interaction

Human-computer interaction (HCI) is being revolutionized by AuroraSync, a real-time hand tracking technology, which we show in this research report. Physical input devices are not required as a result of AuroraSync, which enables users to communicate with gadgets via hand gestures. The system uses the user's hand as an external input device by detecting hand locations, orientations, and finger configurations. Without the need for additional hardware like data gloves or markers, this futuristic technology improves virtual and practical human-software interactions. With 21 hand landmarks in total, AuroraSync's innovative capabilities, which include voice commands and touchless operations, cut down on the costs and upkeep of using conventional input devices. Additionally, we present SAHVI (Software and Human Virtual Interaction), a voice-controlled virtual assistant with the ability to carry out more tasks, including volume control, mouse emulation, gaming, computations, and drawing. By demonstrating the potential of machine learning, computer vision, and cloud-based services to enhance accessibility, inclusivity, and cost-efficiency in digital interactions, AuroraSync opens a path for future research in voice-controlled interfaces, natural language processing (NLP) and HCI.