The agriculture of the future operates with centimeter-level precision – and without network coverage limits. With satellite-based GNSS correction data and advanced cellular technology, autonomous field operations are becoming a reality: tractors navigate precisely, seeding and fertilization are optimized for efficiency, and machines operate reliably even in remote areas.
In this session, you will learn how Precise Positioning via mobile networks, combined with Satellite IoT Connectivity, enables the automation of agricultural processes – even in areas where traditional cellular coverage is insufficient. We’ll show how farmers, OEMs, and contractors are using intelligent connectivity to run their fleets more efficiently, sustainably, and cost-effectively.
Key topics:
• Introduction to Precise Positioning via cellular networks
• RTK correction data for autonomous agricultural machinery
• Satellite IoT as a reliable backup in dead zones and off-grid areas
• Real-world applications: seeding, harvesting, field navigation
• Benefits for machine manufacturers, large farms, and contractors
• Future-proofing through global network coverage  The agriculture of the future operates with centimeter-level precision – and without network coverage limits. With satellite-based GNSS correction data and advanced cellular technology, autonomous field operations are becoming a reality: tractors navigate precisely, seeding and fertilization are optimized for efficiency, and machines operate reliably even in remote areas.
In this session, you will learn how Precise Positioning via mobile networks, combined with Satellite IoT Connectivity, enables the automation of agricultural processes – even in areas where traditional cellular coverage is insufficient. We’ll show how farmers, OEMs, and contractors are using intelligent connectivity to run their fleets more efficiently, sustainably, and cost-effectively.
Key topics:
• Introduction to Precise Positioning via cellular networks
• RTK correction data for autonomous agricultural machinery
• Satellite IoT as a reliable backup in dead zones and off-grid areas
• Real-world applications: seeding, harvesting, field navigation
• Benefits for machine manufacturers, large farms, and contractors
• Future-proofing through global network coverage