Expert opinion

The Agbot spot-spraying with a 24-meter WeedIt spot sprayer. - Photo's: Joshua J Smith

29-05-2023 | Expert opinion

The Autonomous Wizard of Oz blog Part 5: ‘From a big autonomous tractor to a 112 kW field robot’

Photo: Koos Groenewold

23-05-2023 | Expert opinion

Sustainable water management: Lessons for farmers worldwide

‘How ChatGPT could change Farming fast (good and bad)’

25-04-2023 | Expert opinion

‘How ChatGPT could change Farming fast (good and bad)’

Photo's: Ground Control

18-04-2023 | Expert opinion

‘Unlocking the full potential of autonomous agriculture robots’

The widespread use of glyphosate has led to the emergence of weeds that are resistant to glyphosate and require even more powerful and toxic herbicides to control. - Photo: dpa Picture-Alliance/ANP

31-03-2023 | Expert opinion

The glyphosate paradox

While tremendous hype around fully autonomous tractors remains, the greatest value for farmers at this point is automation. - Photo: John Deere

08-02-2023 | Expert opinion

What to expect from precision ag in 2023

How can we turn around the slow adoption of data-driven precision farming on small and medium-sized arable farms?

03-02-2023 | Expert opinion

‘Harvesting the benefits of full data-driven precision farming’

Farmers Business Network (FBN) seems like a really big help for farmers, giving them more power and a more level playing field for their farm business success. There is only one catch; FBN is not owned by farmers. Photo: Canva

21-10-2022 | Expert opinion

Farmers Business Network farmers can still seize power with their data now

Droughts are expected to continue. Smart irrigation technology can help farmers use less water and earn more money. Read how in this blog. Photo: Canva

13-10-2022 | Expert opinion

How new technology can help farmers survive increasing droughts

We now have more tools than ever to develop sustainable IPM systems that are only going to get better with time.

06-10-2022 | Expert opinion

Will technology to develop sustainable IPM systems reduce agrochemical dependence?