Top left clockwise: The Xpeng AeroHT combines air (drone top left) and land (6 wheeled transport van top right) in what the company is calling a Land Aircraft Carrier Concept Vehicle, Aptera’s Solar ...

The US agricultural economy is changing rapidly. Modern technology boosts output, efficiency, and sustainability. The IoT is revolutionizing farming. Imagine a farm where drones monitor fields, ...

Texas A&M University-Corpus Christi is seeking applicants for their latest cohort of students interested in smart farming and innovative agricultural technologies. The AgTech Research and Extension ...

Smart agriculture refers to the use of technologies such as IoT, sensors, location systems, automation, robotics and AI/ML on farms. The main goal of smart agriculture is greater efficiency and ...

Texas A&M AgriLife Research received its largest competitive grant in history in 2023. About two years later, the $65 million award was terminated, according to a government spending database. The ...

That’s why the U.S. Department of Agriculture’s Agricultural Research Service (USDA-ARS) partnered with The University of ...

Real-time crop monitoring with drones and RFID delivers precision agriculture insights, early pest detection, and higher yields.

A student recently asked me two powerful questions that capture the future of farming and artificial intelligence: “Sir, can AI help us grow rice with less water? If yes, then why should we fear the ...

PA is at the forefront of a farming renaissance, emphasizing sustainability, innovation & engagement Pennsylvania is at the forefront of a farming renaissance that emphasizes sustainability innovation ...

A disruptive transformation is reshaping Nigeria’s agriculture—and it’s powered by innovation. From vertical farms and hydroponics to AI-driven mechanisation and clean energy, groundbreaking ...