A smart greenhouse monitoring system offering AI-driven insights, privacy protection via auto-face blocking, and integration with existing environmental controls to enhance plant health and operational efficiency. Enables real-time monitoring and data-driven decisions.
This innovative smart greenhouse monitoring system leverages AI-driven insights to optimize greenhouse management, ensuring enhanced plant health and operational efficiency. The system provides real-time, remote monitoring capabilities, enabling data-driven decisions while ensuring cost-effectiveness and scalability. By integrating automated alerts and prioritizing critical areas, the solution streamlines operations, improves resource utilization, and supports sustainable agriculture. Additionally, the AI-powered auto-face blocking feature ensures compliance with privacy regulations, safeguarding employee privacy.
Key features:
The smart greenhouse monitoring system is currently at Technology Readiness Level 6, indicating that it has been demonstrated in a relevant environment. Future validation will focus on enhancing greenhouse management efficiency and plant health through further real-world testing and integration.
Andrews University is a private, faith-based doctoral/professional university in Berrien Springs, Michigan, offering a comprehensive mix of undergraduate and graduate programs. Industry engagement is anchored by a Center for Innovation & Entrepreneurship that operates maker/prototyping spaces and an Industry Lab delivering capstone collaborations and fee‑for‑service work. Additional assets include an on‑campus airpark with flight and maintenance facilities and an agriculture education center for hands‑on learning. Research and commercialization are supported by competitive external funding, including NSF awards, a defined research compliance program, and an Office of Innovation & Entrepreneurship that administers IP policy and licensing.