Sustainable Farming with Green IoT Solutions that Maximize Crop Yields

Tuesday, April 29, 2025
10:00 – 11:00 a.m. Central Time

Leveraging hyper-local weather and soil insights for smarter farming

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Register for this webinar
Webinar

Presenters:

Annie Brox
Annie Brox
Managing Director
Origo.ag
Bob Blumenscheid
Bob Blumenscheid
Senior Product Marketing Manager
Digi International

Farmers are increasingly affected by highly variable weather patterns, shifting rainfall zones, and rising climate extremes. Success depends on hyper-local weather intelligence — understanding how temperature fluctuations, wind patterns, and soil moisture dynamics interact to impact crop performance, water use efficiency, and long-term farm profitability and environmental impact.

Join Origo.ag, a Western Australia-based agriculture technology leader, and Digi International as we explore how IoT-powered microclimate and soil monitoring is transforming agro-farming in regions like Western Australia and the U.S. Midwest. Learn how real-time, on-farm weather analytics help growers adapt to localized weather variability, optimize seeding and fertilization timing, and improve water use efficiency in highly unpredictable environments.

As Digi celebrates 25 million Digi XBee® modules shipped, discover how this Digi XBee-powered technology is enabling robust, scalable IoT solutions for modern agriculture. In this 1-hour webinar, industry experts will cover:

  • How hyper-local weather variability impacts planting windows, input efficiency, and yield stability in dryland and broadacre systems
  • How Origo.ag’s real-time soil moisture and weather analytics help growers make data-driven agronomic decisions
  • The role of Digi XBee in delivering scalable, real-time IoT connectivity for large-scale farms
  • Practical strategies for implementing green and sustainable IoT solutions to maximize efficiency and climate resilience

Register now to discover how real-time weather and soil insights can future-proof your farm in an era of increasing climate volatility.