Miami University College of Engineering and Computing’s Robotics and Automation Club received a grant of $12,000 from the Women’s Giving Circle to help fund their recent work applying robotics to ...

Out in a field, tomato plants are pollinated either by wind shaking flowers or by bees, which fly into the flowers and vibrate, releasing the pollen into the air. But inside a greenhouse or indoor ...

AI-driven platforms increasingly assist farmers in choosing when to plant, irrigate, fertilize, or harvest. These systems ...

In a rice field in Niigata prefecture, Japan, a small robot trundles along on big orange wheels, navigating a ridge edging the paddy while hacking away at weeds. This compact machine’s work is ...

In 2026, China’s robotics sector is no longer defined primarily by defense headlines or experimental military prototypes. Instead, the country’s ...

With an ever-increasing global population, the agricultural community can no longer rely on human-only cultivation and harvesting for the current and future demand for food. Machine harvesting has ...

On the UC Santa Cruz farm, a small self-driving tractor navigates itself over a line of broccoli, avoiding the crops while removing the weeds that may interfere with their growth. This autonomous ...