Integration of Telemetry and Smart Spraying in Agricultural Digital Infrastructure

The cooperation between the manufacturer Case IH and its official dealer AgroBiciuffa focuses on the transfer and implementation of automation systems and digital agriculture. Case IH provides the development of connected machinery, artificial intelligence algorithms, and data management platforms, while AgroBiciuffa acts as the channel for engineering integration, local technical support, and operational deployment in the region of Charata, Chaco, Argentina, the setting where these technologies were validated during the Agronea event.

Technical Solution and System Architecture
The core of the solution lies in integrated connectivity through the Control Room and FieldOps platforms. These tools centralize the reception of real-time telemetric data from the working units. The system processes critical variables such as effective operating hours, fuel consumption, surface area worked, and engine diagnostic parameters.

At the application hardware level, the infrastructure incorporates the selective spraying system known as Save Farm, which utilizes optical sensors and artificial intelligence processing to identify weeds in real time, activating the spray nozzles only where the target is detected. Likewise, the Patriot 50 sprayer series (model 4050) integrates nozzle-by-nozzle shut-off technologies and direct product injection systems, reducing overlaps through individualized section control via ISOBUS communication networks.

Application and Optimization in the Production Cycle
The solutions are applied in the protection and harvesting phases of industrial-scale crops. In the harvesting stage, the Axial-Flow 260 Series combine with a 40-foot Draper head was introduced, which uses internal automation systems to self-regulate forward speed and threshing rate based on material flow, minimizing grain loss. For high-power traction, the Magnum 405 tractor is utilized, configured to optimize fuel consumption under high-load regimes through electronic transmission and engine management.

Operational Impact and Preventive Maintenance
The integration of direct telemetry allows organizations to transition from corrective maintenance to predictive schemes, anticipating failures through early warnings sent to the control center. The selective application and nozzle-by-nozzle shut-off mechanisms generate a direct reduction in the volume of crop protection products applied, improving resource efficiency and process stability in response to field variability.

Edited by Evgeny Churilov, Induportals Media - Adapted by AI.

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