iUNU, an artificial intelligence ag tech company, has acquired Artemis, an enterprise Cultivation Management Platform.

Fluence by OSRAM’s Principal Scientist explains why lighting decisions should be based on your specific production needs.

Respondents to a recent survey say that COVID-19 has demonstrated the importance of IoT to their businesses, with many accelerating IoT deployments in response to the pandemic.

Implementing the best equipment and automation in a cannabis greenhouse can help you establish a streamlined growing process through every harvest.

Shenandoah is working with Bosman Van Zaal on the installation of a new cultivation and plant handling system for its facility in Anderson, SC.

Growers and tech developers work together in taking final steps in developing a robot that can pick, count, detect, and predict.

Crop steering, a long-standing practice in large-scale greenhouse vegetable farming, is the manipulation of a controlled environment to elicit a desired response in a crop.

Here’s how container designers and automation companies are bringing their designs together to improve production efficiency.

In partnership with leading scientific research institutions around the world, Fluence recently explored broad-spectrum white light performance in select greenhouse vegetables and cannabis.

The emergence of new revenue models in plant production is accelerating rapid development in greenhouse data-driven growing.

Gain insights from three growers of varying sizes, each of whom has chosen to make greenhouse automation a key part of their plant production systems.

A team of researchers has developed an online electricity cost calculator for supplemental lighting that is based on real greenhouse conditions.

The guide, from Fluence by OSRAM, is designed to assist cultivators and growers in determining what they need for a complete, seamless retrofitting process.