Precision agriculture relies heavily on the integration of various technologies — including GPS, sensors, data analytics and automation — of which industrial control systems serve as the backbone. As an organization dedicated to the development of industrial control system (ICS) standards and education, ISA recognizes the critical role that robust ICS frameworks play in advancing precision agriculture and sustainability.
New technologies in the agriculture space enable seamless communication, real-time monitoring and precise control of operations, but rapid proliferation has led to a lack of standardisation, causing issues with interoperability, data compatibility, maintenance, increased costs for farmers and other concerns. To help realize the full potential of precision agriculture on a widespread scale, ISA’s new position paper emphasizes the need for comprehensive standards and training.
The paper outlines the current state of precision agriculture as well as the role of ICS frameworks and their components. It also defines benefits of precision agriculture, from improving efficiency to minimising environmental impact. The paper establishes the importance of standardisation in today’s market and advocates for enhanced education initiatives in curriculum development, professional development, public awareness campaigns and research and innovation.
“By working together, we can drive the advancement of precision agriculture, which promises enormous benefits for farmers and the global economy,” said Claire Fallon, CEO and executive director of ISA. “ISA’s new position paper shows that automation technologies and skilled, knowledgeable automation professionals play a major role in precision agriculture’s widespread successful adoption.”
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