Automated testing of digital agriculture systems

Automated testing of software data processing systems, such as farm management applications, sensor-based platforms, or AI-powered decision systems, through tailored routines that simulate usage conditions to verify functionality and performance.

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Overview

This service performs automated testing of digital agriculture solutions – such as farm management applications, sensor-based platforms, or AI-powered decision systems – under simulated or controlled usage conditions. Test routines are adapted to the specific product under evaluation and reproduce relevant interactions, data flows or processes to verify correct functionality and operational performance. The approach enables systematic and traceable validation, supporting developers and technology providers in ensuring system reliability before real-world deployment.

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How can the service help you?

Digital solutions applied to agriculture must operate reliably in complex and changing environments. This service helps detect functional issues early by executing automated test routines tailored to the specific characteristics and functionalities of the product. The customer obtains clear evidence of whether the system behaves as expected, which facilitates debugging, improves confidence in the solution, and supports informed decision-making before field deployment.

How the service will be delivered

The service is based on access to the system to be tested (application, interface, connected device or similar) and information about its intended functionalities and expected outputs under an NDA. Based on this, automated test routines will be executed in controlled conditions. The customer will receive: a report containing test results, execution logs and observed outputs - identifying critical points and providing indications for improvement - and a documentation describing the test conditions, scenarios and procedures used during the process.

Service customisation

The testing approach is adapted to different type of solutions: mobile/web applications: automation of user interactions using UI testing tools; sensor or IoT platforms: validation of data flows and output consistency; AI-based decision systems: verification of response logic under varying input conditions. The system must provide a usable interface (e.g., UI, API, communication protocol), and sufficient information must be available to define the expected behaviour under test.
Sector
Aquaculture
Arable farming
Forestry
Food processing
Greenhouse
Horticulture
Livestock farming
Tree Crops
Viticulture
Test type
Design / Documentation
Software or AI model
Type of service
Performance evaluation
Test design
Test execution
Test setup
Country of delivery
Country of delivery: Spain
Remote Remote
Service provider(s):
  • University of Cordoba (UCO)
    Spain
    | Website

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