10 sensor channels
Air and soil temperature, humidity, light in lux, CO₂, EC, pressure. Any I²C or RS485 sensor plugs in — from mainstream SHT31 to industrial probes.
The full product
Capabilities, the panel and the app — on a single page.
12 capabilities
Everything a XXI-century greenhouse should have
The solution — in one box: sensors, autonomous logic, a touch-panel controller or a headless unit with web UI, LoRa (if you need it), MQTT, a mobile app and our cloud (if you want it, of course). No "please buy another module".
7 load groups
Heating, lighting, ventilation, irrigation, CO₂ injection, humidification, fertigation. With a conflict matrix: heater and humidifier will not fire together — however much they want to.
10″ MIPI-DSI panel
ESP32-P4, 1280×800 screen, GSL3680 capacitive multi-touch, PSRAM, audio feedback. Need a headless greenhouse? A web-interface version runs straight from your phone.
Autonomous Fuzzy logic
Every controller — heating, watering, lighting — lives on its own. Hysteresis, schedules and alarm thresholds inside the device, not in somebody else’s cloud. Internet gone? Work continues.
Mobile application
Flutter, Android — install today, iOS — coming next. Runs as a foreground service, never killed by the OS, syncs settings between devices.
8 languages out of the box
RU, EN, UK, TR, TG, UZ, KK, AZ. Full localization of UI, units, date formats and audio alerts. Not "Google-translated", but actual human localization.
LoRa mesh up to 10 km
Bridge_Lora on Heltec V3 links panels, sensors and relays in the field — up to 10 km line-of-sight or a self-healing mesh topology. No wires, no Wi-Fi.
MQTT — any broker
Mosquitto, EMQX, HiveMQ, AWS IoT, Azure IoT Hub, Home Assistant, Node-RED — whatever you already run. TLS, QoS 0/1/2, retained, LWT. Corporate broker? Just paste the address.
Master ↔ Slave pairing
Two panels discover each other over MQTT and sync over TCP. One master, one slave — shared logic, shared settings, one dashboard for two zones.
Cloud and analytics
Every metric — once every 10 minutes to the SD card or to our server. Charts for a month, a season or a year, CSV export, power and water reports, side-by-side growing cycles.
Yield forecast (AI)
In upcoming builds — a model trained on your data plus the Open-Meteo forecast: harvest timing, expected weight and risk alerts (stress, disease, low light).
OTA updates
Firmware arrives over the air. New sensors, algorithms and languages — no engineer visit needed. Something went wrong? One-tap rollback, no "we will be there on Wednesday".
The hardware
A screen that replaces a control room
ESP32-P4, ten sensor channels, seven load groups and the entire logic — inside the device itself. Not a "cloud client", a full-blown controller that keeps working when the router blinks.
ESP32-P4 · 10″ · 1280×800
In production
Inside the box
ESP32-P4
Dual-core RISC-V at 400 MHz, 16 MB flash, external PSRAM. Enough headroom for the UI and background logic at once — no lag, no "please wait" spinners.
10″ MIPI-DSI display
1280×800, IPS, hardware landscape orientation. Viewing angles wide enough to read the panel from anywhere in the aisle, not just head-on.
Capacitive multi-touch
GSL3680 controller, multi-finger input. Works in gloves at +5 °C and with wet fingers at +35 °C — tested by an actual harvest.
ES8311 audio codec
Built-in UI sounds: a click, a ring, a "glass" chime on confirm. Quiet but audible — the panel talks back without shouting.
SD card for logs
FAT filesystem with cyclic writes. Every sensor event and every relay toggle lands on the card. Internet goes down — the history stays put.
Wi-Fi STA + optional C6
Built-in Wi-Fi plus a second radio via ESP32-C6 hosted EPPP — for anyone who needs two independent uplinks in one enclosure.
NVS with debounce
Settings are written to flash asynchronously with debounce. Slide a threshold back and forth — the flash sees only the final value, not every intermediate one.
Splash, themes, fonts
A boot splash, dark and light themes, custom typography. The panel looks like a product — not "an engineering prototype on a breadboard".
On the screen
Bar strip — 10 sensors
Air and soil temperature, humidity, light, CO₂, EC, pressure — a single strip refreshed every 80 ms. Faster than a blink.
Load strip — 7 loads
Heating, lighting, ventilation, irrigation, CO₂, humidification, fertigation. Status LEDs, countdown to next fire, one-tap manual override.
Toolbar — three buttons
POWER, MODE (Manual / Auto), RUN. Three states, zero ambiguity. Even on day one with the system — nobody gets lost on the toolbar.
Modal windows
Wi-Fi, setpoints, sensor calibration, alarms, Master ↔ Slave, SD log. Everything you need to configure — right on the panel, no laptop, no dongle.
The panel, up close
Photos of the main screen and the control unit (shipped as a kit with the 10″ panel).
Mobile app
In your pocket. In 8 languages.
Run your greenhouse from the field, from the car, from another country. RU · EN · UK · TR · TG · UZ · KK · AZ.
8 languages · Android
Available now
What it does
8 languages
RU, EN, UK, TR, TG, UZ, KK, AZ. Human translation, not "Google".
Works in the field
LTE, Wi-Fi, weak signal — no drama. Large font, readable in sunlight.
From anywhere in the world
Via MQTT broker or your own cloud. Roaming, vacation, business trip — same access.
Pushes without timeouts
Foreground service. Alarms and fires arrive even at night.
Live charts
Temperature, humidity, CO₂, EC. Refresh every 10 s.
Manual control
7 load groups, one tap each. Feedback on actual relay state, not "sent".
Multiple greenhouses
Home, dacha, industrial bay — one list. Swipe to switch.
Dark and light
Auto units (°C/°F). Large font for field conditions.
Screenshots
Real device captures. Dark and light themes.