A compact, slightly over-engineered habitat that keeps a colony of tillandsia alive on a schedule instead of on my memory.
Air plants take their water from the air, which means they want misting rather than watering — and they want it often enough that a person will inevitably forget. So the vase does it: a tiered sensor array reads the environment, a piezo atomizer mists on a cycle, a submersible pump handles the reservoir, and an OLED and a pair of NeoPixel rings report what is going on. It publishes to the cloud so I can check it from anywhere.









Built from
- Particle Photon 2
- SparkFun BME280 atmospheric sensor
- Grove capacitive soil moisture sensor
- Grove air quality sensor v1.3
- SSD1306 OLED display
- 5 V submersible pump and a piezo atomizer with oscillator board
- Grove optocoupler relay (M281)
- Two NeoPixel WS2812 rings
- Custom gravel dish, designed and printed to fit the vase
Platform — Particle, Adafruit IO, Seeed Studio, SparkFun
Year — 2026
This idea is twenty-one years old. In 2005 I drew a conceptual design for an indoor irrigation system — a green interior that waters itself, with a valve and a timer worked out in watercolour. This vase is that drawing, built.
