Intellectual Property India Publishes Patent Application for Generative Artificial Intelligence-Based Multidimensional Higher Education Administration Platform Incorporating Knowledge Intelligence, Cybersecurity, Financial Analytics, And Predictive Decision-Making.

MUMBAI, India, Sept. 22 -- Intellectual Property India has published a patent application (202621091677 A) filed by Dr Habib Yusuf Shaikh; Dr. M. Abareethan; Dr G. Suneetha Bai; Amita Agrawal; Dr Kamatam Kiran; Rajvardhan Sandip Vikhe Patil; Shivanshu Katoch; Dr Etlam Mahadev Reddy; Prof Sujata Ramesh Pudale; Dr. Yogesh Bokil; Dr. Vanlalhruaii; Dr Amanjot Kaur; Dr. Rebecca Lalrindiki; Shikha Kumari; and Dr Nirupmapathak on July 28, 2026, for Generative Artificial Intelligence-Based Multidimensional Higher Education Administration Platform Incorporating Knowledge Intelligence, Cybersecurity, Financial Analytics, And Predictive Decision-Making..

Inventors include Dr Habib Yusuf Shaikh; Dr. M. Abareethan; Dr G. Suneetha Bai; Amita Agrawal; Dr Kamatam Kiran; Rajvardhan Sandip Vikhe Patil; Shivanshu Katoch; Dr Etlam Mahadev Reddy; Prof Sujata Ramesh Pudale; Dr. Yogesh Bokil; Dr. Vanlalhruaii; Dr Amanjot Kaur; Dr. Rebecca Lalrindiki; Shikha Kumari; and Dr Nirupmapathak.

The application for the patent was published on September 18, 2026, under issue no. 38/2026.

Abstract: Abstract Generative Artificial Intelligence (GenAI) is transforming higher education by enabling intelligent, data-driven, and autonomous institutional management. This invention presents a Generative Artificial Intelligence-Based Multidimensional Higher Education Administration Platform Incorporating Knowledge Intelligence, Cybersecurity, Financial Analytics, and Predictive Decision-Making, designed to integrate academic, administrative, financial, research, and governance functions into a unified intelligent ecosystem. The platform combines Large Language Models (LLMs), Retrieval-Augmented Generation (RAG), knowledge graphs, machine learning, predictive analytics, and explainable AI to automate institutional workflows, generate contextual reports, monitor cybersecurity threats, optimize financial planning, and support strategic decision-making. It continuously acquires data from multiple institutional systems, constructs an institutional knowledge repository, predicts operational risks, and provides autonomous recommendations through AI-powered administrative agents. The invention enhances transparency, operational efficiency, regulatory compliance, and institutional performance while reducing manual intervention. Its scalable cloud-native architecture supports universities, colleges, and research institutions, offering a comprehensive, secure, and intelligent digital administration framework capable of adapting to evolving educational, technological, and governance requirements.

Disclaimer: Curated by HT Syndication.