Use Cases

Industry Background

Smart agriculture is transforming traditional farming through AIoT, autonomous robots, cameras, and sensors. For farms that need real-time crop monitoring and data analysis, reliable wireless connectivity is essential across wide and dynamic outdoor environments.

However, agricultural environments can be difficult to cover with traditional networks. Autonomous Mobile Robots (AMRs) need stable connectivity, mobility support, and precise positioning to move through crop rows and collect data efficiently.

Challenge

The AgriTech strawberry farm needed a reliable network foundation to support AIoT applications and AMR-based crop monitoring.

The solution had to enable high-speed and secure data transmission from cameras and sensors, while supporting AMRs moving across the farm for real-time monitoring and analysis.

Solution

The farm deployed a private 5G network powered by Saviah 5GC to support smart agriculture applications.

Autonomous Mobile Robots (AMRs) equipped with cameras and sensors navigate through crop rows, using private 5G to transmit data securely and in real time. The system helps monitor moisture levels, crop ripeness, pest infestations, and farm safety conditions.

Benefits of Private 5G

• Wide-area outdoor coverage
  Compared with Wi-Fi, private 5G is better suited for outdoor farming environments, enabling AMRs to maintain stable connections while moving through crop rows.
• Reliable mobility and positioning for AMRs
  Private 5G provides robust connectivity, mobility support, and precise positioning, helping AMRs navigate the farm and collect crop data more effectively.
• Real-time AIoT monitoring and analysis
  High-speed and secure data transmission enables real-time monitoring of moisture levels, crop ripeness, pest infestations, and farm safety, improving farming efficiency and sustainability.

Why Saviah

Saviah 5GC provides the reliable and flexible core network foundation for smart agriculture applications.

With Saviah 5GC, the private 5G network can support AMR mobility, secure data transmission, real-time monitoring, and AIoT-based analysis in agricultural environments. This enables farms to improve operational efficiency, crop management, and sustainability through connected and intelligent farming.

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