A hybrid, artificial intelligence-based system for integrating speech, web, and hardware for intelligent assistance.

Abstract

A hybrid, artificial intelligence-based system (100) for integrating speech, web, and hardware for intelligent assistance, wherein the system (100) comprises: a. a speech interaction layer configured to capture a user's speech commands, the speech interaction layer comprising a microphone for receiving spoken input from the user, a speech-to-text engine for converting said spoken input into text, a transformer-based natural language processing module for interpreting an intent of said text, a named entity recognition module for extracting entities including devices, actions, and locations from said text, and a text-to-speech engine for generating spoken responses; b.a web-based visualization layer communicatively coupled to a central command controller, wherein the web-based visualization layer is configured to display live sensor readings, artificial intelligence interpretations, and device states on an interactive dashboard and to maintain synchronization with backend application programming interfaces; c. a hardware control layer communicatively coupled to the central command controller, wherein the hardware control layer comprises one or more microcontroller-based modules configured to manage a variety of sensors and actuators and to communicate with the central command controller via a low-latency, bidirectional communication protocol; d.the central command controller, which is communicatively coupled with the speech interaction layer, the web-based visualization layer, and the hardware control layer, wherein the central command controller is configured to decode the said interpreted intention, generate a structured command packet, and transmit the said structured command packet to the hardware control layer for control and simultaneously to the web-based visualization layer and the speech interaction layer for synchronized multimodal feedback; unde.a secure communication module that is operationally connected to the central command controller and configured to encrypt communication between the said speech interaction layer, the web-based visualization layer, and the hardware control layer, and to authenticate each connected hardware device via a unique hardware identifier; wherein the said synchronized multimodal feedback includes spoken acknowledgment via the text-to-speech engine, visualization of an action and device state on the said interactive dashboard, and execution of a corresponding hardware response by the said hardware control layer.