Growing carnivorous plants, and the systems that will one day grow them.

Two automated terrariums in Breda, each on its own simulated season. A testbed for a digital twin, and later a greenhouse.

See it live
Terrarium 1 (TEST)

Now

Queensland

Simulated date
—
Sun elevation
—
Air temperature
—
Relative humidity
—

Live feed unavailable.

Intermediate

Simulated date
—
Sun elevation
—
Air temperature
—
Relative humidity
—

Live feed unavailable.

Towards autonomous protected cultivation systems

Four steps from measuring a growing environment to running one.

  • Sense & log

    done

    Climate, light, soil water and LED output are read continuously, timestamped and kept.

    Queensland
  • Control & protect

    done

    Seasonal target bands hold without manual input: fog below the band, light on a simulated sun, ebb-and-flow watering under a hard runtime cap. Interlocks stop an actuator before it can do harm.

    Intermediate
  • Model & simulate

    partly

    The environment is modelled: each terrarium computes its own sun and season. The plant is not. A digital shadow, not yet a twin. Setpoints come from literature and 25 years of growing.

    Queensland
  • Decide & optimise

    not started

    Next: a controller that picks a setpoint from a predicted crop response.

Where these plants grow

Setpoints come from habitat: the light, the humidity swing and the season a species evolved under. The photographs are from the field.

Terrarium 1 (TEST)
Terrarium 1 (TEST)
Terrarium 1 (TEST)

From the build log

Holding CO₂ in band

How the CO₂ setpoint is held through a photoperiod, and what happens when the sensor stops answering.

Earlier entries

Installations, infrastructure changes and sensor additions, each with its reasoning.

Latest pictures

Terrarium 1 (TEST)
Terrarium 1 (TEST)
Terrarium 1 (TEST)
Terrarium 1 (TEST)
Terrarium 1 (TEST)
Terrarium 1 (TEST)