MUMBAI, India, Oct. 26 -- Intellectual Property India has published a patent application (202641122763 A) filed by Dr. Chinnadurai Murugaiyan; Deepak Kumar Kushwaha; Shiji Mol F R; Bsh Shayeez Ahamed; Yaman Hooda; Dr. G Veera Bhadra Chary; Dilip Kumar K; Mrs. K. Gokila; Dr. T. Niranjan; R. Augasthega; Yashomati R Dhumal; and Dr. Deepika Saravagi on October 13, 2026, for Ai-Powered Intelligent Security, Smart Monitoring And Automated Control System.
Inventors include Dr. Chinnadurai Murugaiyan; Deepak Kumar Kushwaha; Shiji Mol F R; Bsh Shayeez Ahamed; Yaman Hooda; Dr. G Veera Bhadra Chary; Dilip Kumar K; Mrs. K. Gokila; Dr. T. Niranjan; R. Augasthega; Yashomati R Dhumal; and Dr. Deepika Saravagi.
The application for the patent was published on October 23, 2026, under issue no. 43/2026.
Abstract: An AI powered intelligent security, smart monitoring, and automated control system integrates observation acquisition, intelligent event assessment, contextual notification, and verified equipment response. The system comprises cameras, environmental sensors, access control devices, equipment status interfaces, processing modules, a communication module, an operator interface, and an event repository. Acquired observations are associated with device identifiers, monitored locations, and acquisition times. A pre-processing module validates inputs, excludes unusable observations, and aligns related data within configured time windows. An artificial intelligence analysis module applies machine learning models to identify activities, patterns, and deviations, producing event candidates with confidence values and supporting observation references. An event assessment module correlates these candidates with operating schedules, access permissions, device health, and configured criteria to determine event category and severity. Incomplete or conflicting evidence triggers additional observation acquisition or operator review. A control module selects responses according to stored policies and checks permissions, equipment state, device availability, and operational safeguards before issuing commands. Responses may include alarm activation, equipment adjustment, and permitted access restriction. Contextual notifications identify detected events and associated response status. Execution is verified through device acknowledgements, equipment status updates, or sensor feedback, with failed or unconfirmed actions generating exception notifications. The operator interface supports authorised supervision, approval, and override. The repository retains assessments, commands, verification outcomes, and operator decisions. Device health monitoring and configured fallback rules govern operation during interruptions. The system supports coordinated monitoring and traceable intervention across residential, commercial, industrial, educational, and public infrastructure environments according to installation requirements and response policies.
Disclaimer: Curated by HT Syndication.
