Living lab studies
Our case studies are structured around a practical question, a controlled approach, what the system was asked to prove, and what was learned.
Problem
Compare lighting strategies without losing sight of crop consistency and energy use.
Approach
Instrumented rack zones with repeatable crop, irrigation and harvest protocols.
What was tested
Intensity, photoperiod, distribution, leaf response and yield uniformity.
Outcome
A clearer operating window for light recipes and the next iteration of fixture placement.
Problem
Reduce nutrient drift and manual correction while keeping operators in control.
Approach
Built an ESP32-based controller with sensing, dosing logic and event logging in a live nutrient loop.
What was tested
Sensor response, dosing intervals, overshoot behaviour, alarms and calibration routines.
Outcome
More stable control behaviour and practical requirements for a deployable controller.
Problem
Turn fragmented crop, environment and task records into information teams can use.
Approach
Mapped operational events from nursery to harvest and linked them to sensor streams.
What was tested
Data capture, traceability, exception handling and operator-facing views.
Outcome
A coherent foundation for farm monitoring, trial comparison and future automation.
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