MUMBAI, India, July 24 -- Intellectual Property India has published a patent application (202611055944 A) filed by Mr. Pramod Kumar Sethy; Anushka Singh Yadav; Adarsh Gupta; and Archi on May 02, 2026, for Nourishshare: Autonomous Food Delivery System Using Real-Time Geospatial Matching For Contactless And Efficient Last-Mile Delivery.
Inventors include Mr. Pramod Kumar Sethy; Anushka Singh Yadav; Adarsh Gupta; and Archi.
The application for the patent was published on July 17, 2026, under issue no. 29/2026.
Abstract: The current invention provides an autonomous food delivery system to enhance the effectiveness of food redistribution by incorporating real-time geospatial processing. This system combines web technologies, geo-location services, and smart matching algorithms to match food donors with local recipients. It is designed to work via a web platform that facilitates communication between various parties, enabling better coordination and access. The system employs geocoding and proximity filtering to efficiently match potential recipients with appropriate locations. Moreover, it has expiry-based processing to prioritize the timely redistribution of perishable food products, thus reducing food waste. An interactive real-time map provides visibility of available food donations, location tracking and claim operations, improving transparency and informed decision making. The system also involves a secure user authentication system and a scalable system that supports multiple users and simultaneous operations. It also dynamically updates matching and allocation based on real-time data inputs. By eliminating administrative overheads, avoiding delays, and efficiently allocating resources through smart automation, the invention offers an efficient and scalable approach to tackling food wastage and enhancing food security in a city. Moreover, the system's modular architecture enables future expansion with technologies such as predictive analytics, optimal route planning and automated delivery systems. This allows for flexibility to meet changing needs and can be deployed in large social resource distribution systems and smart cities.
Disclaimer: Curated by HT Syndication.
