Ponce Utilizes ORBCOMM’s Satellite IoT Technology to Enable Efficient Agricultural Irrigation

Mitigates the environmental impact of farming throughout Latin America, while reducing costs and preserving water

ROCHELLE PARK, N.J., Nov. 19, 2020 (GLOBE NEWSWIRE) -- ORBCOMM Inc. (Nasdaq: ORBC), a global provider of Internet of Things (IoT) solutions, today announced that Ponce, an Argentinian IoT company specializing in agricultural efficiency, is helping farmers throughout Latin America gain substantial cost savings and preserve water through its irrigation solutions that utilize ORBCOMM’s satellite IoT technology.

Ponce’s solution is powered by ORBCOMM’s reliable, global satellite connectivity and connected to an ORBCOMM modem for real-time monitoring and management of irrigation equipment located in remote regions where cellular coverage is unavailable or unreliable. Ponce’s advanced system combines early detection of machine failure with accurate crop irrigation data to help farmers automate manual processes to inspect equipment, detect faulty machinery and conduct maintenance. The device reports machine position, water pressure, abnormalities and other critical parameters such as hours of use, water usage, water flow and rainfall measurement. The information is transmitted via satellite to Ponce’s data cloud, which sends alerts and reports to farmers’ mobile devices in real time, enabling faster, more informed business decisions about optimal irrigation schedules, maintenance activities as well as the movement and position of irrigation equipment.

Ponce works with some of the leading agricultural growers in Latin America, which report that the irrigation solution has helped them address critical challenges to their farming operations. One of Ponce’s customers, La Guía, which has over 2,000 hectares of land supported by 19 irrigation machines, saves an estimated 90 hours of water waste per year, a considerable environmental and cost savings. By implementing Ponce’s solution, La Guía’s team receives notifications of abnormalities that require further inspection immediately on their phone, decreasing field visits, reducing working hours allocated to inspections and minimizing human error in the operation of the equipment, leading to an average of 50% fuel savings and much less vehicle wear and tear and carbon emissions in the environment.