Intellectual Property India Publishes Patent Application for Iot-Based Smart Monitoring System For Real-Time Data Acquisition, Analysis, And Remote Control Across Distributed Environments

MUMBAI, India, July 24 -- Intellectual Property India has published a patent application (202611058710 A) filed by Prof. Dr. Mohit Sharma; Prof. Dr. Surendra Kumar Bhogal; Prof. Prashant Sharma; Prof. Dr. Peeyush Kumar Pandey; Dr. Vijay Kumar Mishra; Mr. Sandeep Kumar; Dr. Anil Kumar Jaiswal; Dr. Anand Sengupta; and Mrs. Garima Sharma on May 08, 2026, for Iot-Based Smart Monitoring System For Real-Time Data Acquisition, Analysis, And Remote Control Across Distributed Environments.

Inventors include Prof. Dr. Mohit Sharma; Prof. Dr. Surendra Kumar Bhogal; Prof. Prashant Sharma; Prof. Dr. Peeyush Kumar Pandey; Dr. Vijay Kumar Mishra; Mr. Sandeep Kumar; Dr. Anil Kumar Jaiswal; Dr. Anand Sengupta; and Mrs. Garima Sharma.

The application for the patent was published on July 17, 2026, under issue no. 29/2026.

Abstract: The present disclosure is related to a system and method for self-evolving IoT based distributed environment monitoring, predictive analysis and autonomous remote control on distributed environment. The system comprises a plurality of distributed sensing devices, a plurality of edge intelligence devices, a communication network, and a distributed orchestration server configured to receive and process real-time environmental and operational telemetry data. The disclosed invention involves federated edge intelligence for decentralized adaptive learning without centralized raw data aggregation. Digital twin prediction engine Generates synchronized virtual replicas for predictive environmental simulation, infrastructure degradation forecasting, and hazard anticipation. A sensor credibility validation engine dynamically detects unreliable sensing nodes using anomaly confidence analysis and cross-node telemetry correlation. The system further comprises an autonomous orchestration engine for context-aware adaptive control generation, a self-healing communication management engine for resilient telemetry synchronization, and a quantum-resilient cybersecurity framework for secure distributed operation. The invention enables predictive, scalable, resilient, autonomous and secure distributed infrastructure management.

Disclaimer: Curated by HT Syndication.