In the face of rising global agricultural labor costs and an aging workforce, a new review published in Engineering explores how agricultural robots are leveraging advanced hand–eye coordination ...

The old agricultural adage goes, “knee-high by the 4th of July.” It’s a visual cue indicating whether farmers will have a ...

Autonomy of Things (AoT®) has made significant inroads in outdoor agriculture. Controlled environment, indoor agriculture is ...

These photos show images of different weed species that the researchers trained the artificial intelligence (AI) machine vision model to recognize. That model is intended to guide an automated robotic ...

Agriculture has always been the backbone of human civilization, providing the sustenance needed to support societies and economies worldwide. As the global population continues to expand, the demand ...

Imagine a future where growing food is optimized through precision agriculture technologies, using computer science and artificial intelligence to grow higher yields, and monitor drought and moisture ...

The South Korean government is moving to develop agricultural robots and drones to address chronic labor shortages and an ...

Vision‐based navigation has emerged as a cornerstone of precision agriculture, enabling autonomous platforms to traverse crop environments with minimal human intervention. By combining onboard cameras ...

The development of soft computing methods has had a significant influence on the subject of autonomous intelligent agriculture. This paper offers a system for autonomous greenhouse navigation that ...

An investor focused on life sciences and tech ventures has subscribed £300,000 for a stake in a Cambridge-based agricultural robotics firm.

Grain such as soybeans, corn, and wheat require storage in giant metal receptacles called grain bins. They, like everything else on a farm, must be maintained to keep the contents fresh and avoid ...