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The ability to visually verify some element of a remotely controlledagricultural automation system through a photograph is valuable in many cases,not only in the operational phase of the system, but especially in the designand implementation phases. Owing to the remote location of many of theapplication sites, cellular technology is one enabling medium through whichwireless transmission of the photographs could be realized. As data usage is aconcern for systems using cellular technology, MQTT chosen over other protocolsdue to its lower message-to-header overhead. This paper outlines the hardwareand firmware design of the LTE Cat-M1 enabled embedded system and the backendweb development of the cloud-based web application to facilitate the receivingof the photograph. A satisfactory degree of implementation success was achievedin this project, with deployment to a production environment possible afterfurther refinements.

Design of an embedded system with on-demand image capturing and transmission for remote agricultural monitoring