Automation in agriculture.

The population demographic is an advancing phenomenon that impacts every sphere of life. The world population rise also means a rising demand for food supplies and other agricultural products. To raise the yields in agriculture, the help of robotics and AI-powered technology is a must.

Robots can very effectively perform all agricultural procedures. The advanced robotics mechanism has unlocked the agriculture sector to many robots and drone technology used for farming activities. One such robot is a solar-powered robot called the Ecorobotix. This robot has a lightweight GPS and a fully autonomous drone. It can be utilized for the entire day and effectively target and spray weeds with its advanced imaging system.

Its extended arms reduce herbicide use to 90 percent and prove 30 percent more cost-effective than traditional farming methods. Naio Technologies also provides a wide range of robots for weeding, hoeing, and assisting during harvesting. The Energid r Citrus Picking System effectively supports citrus fruit picking and accumulation. This mechanism is cheaper and quicker than human labor.

Agrobot E Series is a robot equipped with 24 wireless arms and an inbuilt AI system. This system can pick strawberries and determine ripeness. The BlueRiver LettuceBot2 helps in farming by preventing the growth of herbicide-resistant weeds and is very precise. Agribotix is a drone that provides crop data.

Vision Robotic System, a San Diego-founded company, has worked on agricultural robotic systems and AI-powered robots for a few years. These robots are utilized to tackle the host products, performing pruning. The Roboplant is installed with semi-automatic machinery for greenhouse management. This mechanism brings seedlings and plants them in an optimal pattern. The PrecisionHawk is another mechanism that utilizes drones to work as agricultural robots.

Applying technology, robotics, and AI-powered agricultural mechanisms has immensely helped take agricultural productivity to the next level. The ultra-precision of these robotic systems has converted farming into an autonomous, precise, and hassle-free activity, spurring fundamental global changes.