A solution that leverages data from remote sensors, drones, and AI to optimize crop plot layouts, enhancing precision agriculture by tailoring practices to individual plots for increased productivity and sustainability.
This innovative solution provides an automated system for creating optimal open-field plot grids in digital farming systems. By integrating data from remote sensors, UAVs (drones), GPS, and satellite imagery, the system enables precise mapping and analysis of fields. This approach facilitates prescriptive agriculture, allowing farmers to make informed decisions that enhance productivity and sustainability. The system supports farmers worldwide in adopting digital tools and insights essential for future farming.
Key features:
The technology is currently at TRL 5, having been validated in relevant environments. Further development and testing are planned to refine the algorithms and enhance integration with existing farming systems.
Monash University Malaysia is a comprehensive international branch campus in Greater Kuala Lumpur, combining a global research culture with local industry access. Co-located research and teaching facilities sit within an urban ecosystem of hospitals, multinational headquarters, and manufacturing sites, enabling on-the-ground collaboration and user-informed prototyping. Structured internships, capstone engagements, and sponsored projects connect companies with student and faculty talent year-round. Research draws competitive national funding from Malaysian agencies alongside international sponsors and collaborations across Monash’s global network. A dedicated technology transfer office supports IP strategy, contracting, and startup formation for partners operating in Malaysia and the region.