One of the most important outputs of this project for PTUK concerns for purchasing and installation of advanced devices (soil moisture and temperature sensors, nitrogen soil sensors, phosphorus soil sensors, and potassium soil sensors) that will be used on the university farm to enhance students and researchers to increase their knowledge and science, as these sensors will serve students and researchers in carrying out advanced research to help farmers solve their problem.
AgriLive is a smart solution designed within a platform to serve the agricultural fields, their main job is to monitor and control things over an internet connection.
AgriLive System Components:
- Gateway (AgriLive Gateway): the brains of the system which is tasked with collecting data and relaying actions between our servers and the nodes through redundant and reliable internet connections.
- High secure connection.
- High local storage for up to 3 years.
- Long-range wireless connectivity with the Nodes (Sensors) or over 3G/4G.
- Supported with real-time Dashboards using Website and mobile APP.
- Multi users’ authentication levels (User, Admin, and Super Admin).
- Ability to connect multiple nodes.
- Node (AgriLive Node): tasked with collecting data from the field and environment and then relaying it back to the gateway via a long-range radio connection.
One of the main objective of this project for (PTUK) involved the application of precision agriculture that help Palestinian student, researchers, and farmers increase the accuracy and efficiency of agricultural input applications and to conduct research on the economic and environmental feasibility of precision farming technology that would promote this technology to be accepted and adopted by farmers
