A decade ago, precision agriculture was experimental. Today, it is reshaping farming through a growing network of sensors, machine vision systems, intelligent controls and connected equipment. By turning fields, machines and crops into sources of actionable data, these technologies are helping farmers improve productivity, reduce inputs and operate with greater precision. This eBook examines the innovations powering the transition to smarter, increasingly autonomous agricultural systems.
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Using advanced cameras, LiDAR and electric actuators, a 12.5-ton connected, integrated, automated robotic strawberry harvester can scan, inspect and pick strawberries autonomously. The whole harvester is an IOT device.”
A laser weeder uses artificial intelligence, an advanced vision system and laser technology for sustainable weed management.
The field of robotics in agriculture is growing rapidly. From seeding and weeding to harvesting, every stage is transformed by computer vision and robotic systems that drive new levels of automation.
