Smart agriculture, and in particular agri-robotics, are transforming how farms operate. Traditionally demanding and labor intensive tasks like weed removal, as well as seeding and harvesting can now be performed with full automation and a high degree of precision.
Automation extends to the integration of machine-vision systems into crop health and pest management on a real-time basis, while end-to-end IoT networks deliver comprehensive supply-chain traceability and quality control.
The combination of machine vision enabled autonomous vehicles and networked sensors is empowering farmers at field level, and reducing overheads and negative environmental impacts. As scalability improves, the initial cost vs. return on investment equation is increasingly favorable for growers.
Agri-robotics has a key role to play in the development of next generation smart agriculture operations that can provide climate change resilience and will be less dependent on a seasonal workforce. The adoption of emerging technologies, particularly by family run agribusinesses and smallholders can potentially make a major contribution to sustainability and global food security.