Connected Hive
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Dashboard
Hive #1 — Garden

Monitor your colony's health with data collected by your IoT sensors.
Temperature, humidity, pressure, air quality, sound and weight update automatically.

Last updated: —
💧
Humidity BME680
—%
🌬️
Pressure
—hPa
🌿
Air quality
—kΩ
🔊
Sound level
—dB
⚖️
Total weight
—kg
🧪
Sample data — The hive is offline. The charts below display simulated measurements representative of a typical day. Once the connection is restored, live data will appear automatically.

Sensor charts

Real-time monitoring — ESP32 data via local API.

🌡️
DHT11 — Temperature & Humidity (3 zones)
Comparison: outdoor vs indoor zone 1 vs indoor zone 2.
3 active sensors
🌳 Outdoor
—°C
Humidity: —%
🏠 Indoor 1
—°C
Humidity: —%
🏠 Indoor 2
—°C
Humidity: —%
💧
Relative Humidity BME680
Optimal hive humidity is between 50% and 75%.
—%
Latest reading
— Waiting
🌬️
Pressure atmosphérique
Detects weather changes. A rapid drop signals incoming rain.
— hPa
Latest reading
— Waiting
🌿
Air Quality (BME680)
Gas resistance in kΩ. The higher the value, the better the air quality.
— kΩ
Latest reading
— Waiting
🔊
Sound level
Acoustic activity reflects the colony's condition. A spike may indicate swarming.
— dB
Latest reading
— Waiting
⚖️
Hive weight — 2 CZL635 sensors
Tracks honey production, nectar flows and swarming. Sensor 1 + Sensor 2.
— kg
Total weight
— Waiting

Reference values

Ideal ranges for a healthy colony.

🌡️

Temperature

The brood area must remain stable year-round, regardless of outside weather.

33°C – 36°C ideal
💧

Humidity

Too much humidity promotes fungal disease. Too little dries out uncapped honey.

50% – 60% ideal
🌬️

Pressure

A sudden pressure drop usually signals an imminent deterioration in weather conditions.

1013 hPa = standard
🌿

Air quality

A gas spike can indicate high activity or insufficient ventilation inside the hive.

> 50 kΩ = good air quality
🔊

Sound level

The colony normally hums. An intense spike may indicate stress or an imminent swarm.

Watch for spikes
⚖️

Hive weight

Continuous weighing detects nectar flows, swarms, and winter reserve consumption.

Daily variation: ±300g