Farm automation practices can make agriculture more profitable and, at the same time, reduce agriculture's ecological footprint. Site-specific application software can reduce the amount of pesticides and fertilizers used and, at the same time, reduce greenhouse gas emissions. He used the analogy of automotive technology to present his point of view. The autonomous car has to go through many steps to achieve success.
First, there's the lane change assistant, and then there are many intermediate steps before it achieves full autonomy. Robotic agricultural equipment will have to go through the same process. And the sheer amount of variability on a farm can make this a little more difficult. As you might have guessed, agricultural automation comes down to reducing the number of people in the fields.
Precision weeding with GIS technology, powered by IoT robotics, is a way to ensure that the crop reaches the harvest safely. Although employment statistics in agriculture have declined due to industrialization and urban migration, agricultural wages and salaries represent significant production costs for farm owners. It is increasingly common to see robots powered by AI completing important agricultural tasks, such as precision agriculture and the monitoring and analysis of crops. The Association for the Advancement of Automation calls near-future farmworkers to fleet managers who deal with robotic agricultural systems and autonomous vehicles.
Intelligent lighting and monitoring solutions for vertical farms are transforming agriculture, as vertical farms can be fully autonomous. It is not intended to lose jobs, since agricultural automation is more about enjoying the process and ensuring the results offered by the fields, and not about overloading the conditions of the farm.