Observe
See the readings together, with your own targets.
INDEPENDENTLY BUILT · IN DEVELOPMENT
Garden Station — a modern hydroponics monitoring station.
A clearer picture
of your garden.
A pH drift. A thirsty reservoir. The moment you added nutrients. See your garden’s conditions and your own actions together—and turn everyday readings into a story you can follow.
Designed around Tower Garden.
Local monitoring first. Optional AI connection.
Local monitoring first. Optional AI connection.
Try the interactive screen ↗07″ TOUCHSCREEN CONSOLEConcept visualization · sample data
DON’T JUST READ ABOUT IT. TRY IT.
Your garden.
A whole new perspective.
A reading tells you what’s happening.
A history helps you understand why.
Take Garden Station for a test grow.
CHAPTER 01 / 06
Read the room. And the reservoir.
Every key condition, together. Hover over a tile to learn what it means. Click a supported sensor tile to explore its enable/disable control.
◉ Garden Station Hydroponics Monitoring
◷ 10:42 AM AI
Batch 01 activeMARKET-VERSION PREVIEW · SAMPLE DATA
TRY A CONDITION
Screen recreations based on v0.9.45, plus planned dissolved oxygen support · sample readings
Diagnostics
This panel changes to amber for a warning or red for a critical fault. Recommended actions appear immediately for out-of-range pH or very low water. Threshold alerts qualify after more than ten continuous minutes outside the limits; stale or invalid sensor data is diagnosed separately.
Click, hover or tap to explore. Nothing here changes a physical device.
FROM A NUMBER TO A GROWING STORY
What changed?
Now you can follow it.
Act
Make the adjustment yourself. Record the moment.
Understand
Compare the event with the next readings.
GARDEN STATIONReadings + events
→MQTT CONNECTIONYour configured receiver
→YOUR INTEGRATIONDatabase · spreadsheet · AI
The device publishes telemetry and operational events to a configured MQTT server. Long-term storage, spreadsheet ingestion and analysis require a receiving integration. The local display remains useful without that connection.
One dedicated displayUseful without Wi-FiBuilt for observationShaped with growers
LESS GUESSWORK. MORE UNDERSTANDING.
Know what’s happening
beneath the leaves.
Keep the important conditions in view. Garden Station supports your decisions; the grower stays in control.
Know when it’s time to refill.
Water level and calibrated volume help you keep an eye on the reservoir.
Make informed adjustments.
pH and conductivity readings help you understand the nutrient solution. Chemistry requires the corresponding probes.
Put readings in context.
Water temperature, air temperature and humidity give you a fuller picture of growing conditions.
See the surrounding conditions.
Ambient light readings add context to your garden. Lux is an illuminance measurement, not a PAR measurement.
See what’s available to the roots.
Dissolved oxygen adds another view of your nutrient solution. The sensor is planned for the market version and included in this interactive preview.
A LITTLE CONTEXT GOES A LONG WAY
What can a reading tell you?
A refill starts with a reliable reading.
An ultrasonic sensor measures reservoir distance. A six-point calibration maps those readings to volume for your reservoir. Refilling and calibration remain hands-on tasks.
THOUGHTFUL HARDWARE. A SIMPLE PURPOSE.
Near the water.
Clear on the wall.
A separate sensor unit
The reservoir ECU collects measurements close to the probes, keeping sensitive sensor connections near the water.
Your local touchscreen
A wired CAN link carries measurements to the seven-inch display. Local readings remain useful when Wi-Fi or an AI server is unavailable.
An optional AI connection
MQTT integration can share telemetry with a configured server. A shared Garden Station AI service is an idea we’re exploring, not an available subscription.
You make the decisions. The current design monitors conditions. It does not control pumps, lights, valves or chemical dosing. The proposed pump-monitoring feature infers circulation from water-level changes and displays last-cycle age; it does not electrically verify or control the pump.
SMALL BATCHES. REAL CONVERSATIONS.
Built by a grower.
Better with your input.
Garden Station is an independent project being developed toward small-batch builds. The next steps are restoring the reference unit, finishing the printed housing, and validating a repeatable PCB assembly.
Follow the project ↗A foundation for daily monitoring
Local readings, diagnostic alerts, calibration, sensor selection, and MQTT telemetry. Pump-cycle inference and overdue monitoring are previewed as planned firmware additions. Availability depends on installed hardware and valid measurements.
More insight over time
Remote notifications, longer-term trends, garden summaries, and a dedicated AI service or connections to your own AI server.
Dissolved oxygen monitoring
The market version will include a dissolved oxygen sensor. Explore its sample mg/L reading in the demo. Installation, calibration and firmware support remain development work before launch.
FOLLOW THE PROJECT
A clearer picture.
Stay in the loop.
Interested in a hydroponics monitoring station for your garden? Leave your email for occasional development updates and news when small-batch builds become available.
US interest list · In development. No orders, deposits or payments are being accepted. Joining does not reserve a unit or commit you to a purchase.
A FEW GOOD QUESTIONS
Before you ask.
Can I buy Garden Station today?+
Not yet. This preview introduces the project and collects feedback while the hardware is being refined.
Will I need a subscription?+
The local monitoring design does not require a subscription. Hosted advanced features, such as AI integration and a mobile phone app, are being explored; no service or pricing has been committed.
Does it need the internet?+
Local sensor monitoring works independently of Wi-Fi and the AI server. Network features require a connection.
Will it work with my garden?+
The initial hardware design is centered on Tower Garden. The ECU sits in the reservoir’s water-fill access opening and replaces the lid. The firmware supports other reservoir capacities, but adapting the housing and sensor mounting for other systems would require a redesign, which may be considered in the future.