Intellectual Property India Publishes Patent Application for System And Method For Event-Driven Ai-Orchestrated Immersive Astronomical Education With Real-Time Synchronization And Adaptive Visualization

MUMBAI, India, Aug. 24 -- Intellectual Property India has published a patent application (202641097243 A) filed by Anurag University on August 12, 2026, for System And Method For Event-Driven Ai-Orchestrated Immersive Astronomical Education With Real-Time Synchronization And Adaptive Visualization.

Inventors include Mrs. Padmini Chattu; Karthik Guntoju; Akshith Ambatipudi; Priyanshu Kumar; Sammeta Sakthi Mahendhar; Rishi Ankathi; Dr A Mallikarjuna Reddy; Dr. Udaya Kumar Addanki; Dr. Abdul Ahad; Mr. A. Rambabu; and Mrs. S Sarala.

The application for the patent was published on August 21, 2026, under issue no. 34/2026.

Abstract: ABSTRACT The present invention relates to an AI-based interactive space education system (100) comprising a user interface, an authentication module (110), a backend processing module (120) comprising at least one processor and a memory, a database storage module (130), an astronomical event synchronization module (150) configured to receive astronomical event data from an external data source (190) and generate an event-triggered update signal upon detecting a change therein, a 3D rendering engine (160) configured to dynamically update a rendering parameter of a planetary simulation in response to the event-triggered update signal, an immersive visualization module (170) configured to render the planetary simulation in a virtual reality environment, an AI adaptive learning module (140) configured to preserve a learner interaction state and dynamically compute an assessment difficulty parameter for generating a quiz (216), and a notification module (180). The backend processing module (120) is further configured to detect an inter-module inconsistency between the astronomical event synchronization module (150) and the 3D rendering engine (160) and to trigger a corrective rendering regeneration workflow, thereby reducing latency and maintaining synchronization consistency across the system (100) during real-time immersive astronomical education. The figure associated with abstract is Fig. 1.

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