The 4 Feed Carrier is a New Generation of Advanced AI Robots
Andre Fangueiro — December 5, 2022 — Autos
References: studiolata & tuvie
This S4 Feed Carrier will be the 1st in a series of farming robots that use artificial intelligence and can self-navigate. The series will come in different shapes & sizes, and function to support human tasks, freeing the farmers from physical labor and focusing on data driven decisions on productivity.
TKS-Agri launched the S4|Automatic Feed Carrier, designed by Andre Fangueiro, founder of Studio Lata. This Feed Carrier will be the first in a series of farming robots that use artificial intelligence and can self-navigate to support farmers on daily life. The series AI Robots will come in different shapes & sizes, and function to support human tasks, freeing the farmers from physical labor and focusing on data-driven decisions on productivity while using electricity as a source of power.
The S4|Automatic Feed Carrier Designed with sustainability in mind, uses an electric battery; it is equipped with obstacle-avoiding AI sensors and an advanced navigation system to be at the right place at the right time.
Its built-in interconnect software allows users to plan a route and its deployment time and location via software. Time can also be set to complete tasks without human support.
“We want to automate some of the processes in the farm and utilize the data to the farmer in an easily accessible why. This will enable farmers to make educated decisions and optimize their farms beyond what humans alone have been able to accomplish.” says Andre Fangueiro, Owner of Studio Lata.
Image Credit: studio lata
TKS-Agri launched the S4|Automatic Feed Carrier, designed by Andre Fangueiro, founder of Studio Lata. This Feed Carrier will be the first in a series of farming robots that use artificial intelligence and can self-navigate to support farmers on daily life. The series AI Robots will come in different shapes & sizes, and function to support human tasks, freeing the farmers from physical labor and focusing on data-driven decisions on productivity while using electricity as a source of power.
The S4|Automatic Feed Carrier Designed with sustainability in mind, uses an electric battery; it is equipped with obstacle-avoiding AI sensors and an advanced navigation system to be at the right place at the right time.
Its built-in interconnect software allows users to plan a route and its deployment time and location via software. Time can also be set to complete tasks without human support.
“We want to automate some of the processes in the farm and utilize the data to the farmer in an easily accessible why. This will enable farmers to make educated decisions and optimize their farms beyond what humans alone have been able to accomplish.” says Andre Fangueiro, Owner of Studio Lata.
Image Credit: studio lata
Trend Themes
1. Smart Farming Robots - The development of AI-powered farming robots presents an opportunity to disrupt traditional farming practices and improve productivity.
2. Automated Farming Processes - The automation of farming processes using advanced robotics technology can improve efficiency and reduce the need for human labor.
3. Data-driven Farming - The use of data analytics and AI in farming can provide valuable insights to optimize productivity and improve decision-making for farmers.
Industry Implications
1. Agriculture - The agriculture industry can benefit from the use of smart farming robots to improve productivity and lower labor costs.
2. Robotics - The development of advanced AI-powered farming robots presents a growth opportunity for the robotics industry.
3. Iot - The integration of IoT technology with farming robots can enable real-time data analysis and better decision-making for farmers.
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