Robot Farm Monitor: Difference between revisions
From Computer Laboratory Group Design Projects
Jump to navigationJump to search
(Created page with "Client: Autopickr Much of agricultural work is difficult and dangerous, leading to a labour shortage across the sector and an increase in robotics and automation on farms. Gr...") |
No edit summary |
||
Line 1: | Line 1: | ||
Client: Autopickr | Client: Kyle-James Keen, Autopickr <kyle@autopickr.com> | ||
Much of agricultural work is difficult and dangerous, leading to a labour shortage across the sector and an increase in robotics and automation on farms. Growers today commonly employ cutting-edge technologies including temperature and moisture sensors, robots, and GPS technology to perform the tasks that humans don’t want to do. Your task is to design an app-based system that reports sensor data and health and safety information from our asparagus picking robot, over both The Things and Helium IoT networks. | Much of agricultural work is difficult and dangerous, leading to a labour shortage across the sector and an increase in robotics and automation on farms. Growers today commonly employ cutting-edge technologies including temperature and moisture sensors, robots, and GPS technology to perform the tasks that humans don’t want to do. Your task is to design an app-based system that reports sensor data and health and safety information from our asparagus picking robot, over both The Things and Helium IoT networks. |
Latest revision as of 19:25, 21 October 2022
Client: Kyle-James Keen, Autopickr <kyle@autopickr.com>
Much of agricultural work is difficult and dangerous, leading to a labour shortage across the sector and an increase in robotics and automation on farms. Growers today commonly employ cutting-edge technologies including temperature and moisture sensors, robots, and GPS technology to perform the tasks that humans don’t want to do. Your task is to design an app-based system that reports sensor data and health and safety information from our asparagus picking robot, over both The Things and Helium IoT networks.