Greenhouses, food facilities, and buildings

Water and power control, zone by zone.
Open, so you build it your way.

Wireless sensors in every zone. Valves, pumps, vents, and lights run on the reading, not the clock. Pick the sensors and controls your site needs and connect them to the systems you already run over open protocols. Control keeps going when the internet drops, and your data stays in your building.

Up to 47%
more yield in CEA rooms
0
internet required
128
Modbus devices per Controller

Fig. 0 · OT to IT

2.4°C46.6%VWCBMS · FLOOR 2GET /readings{"vwc": 46.6,"kw": 6.4}WATER CONTENT46.6 % VWC · in bandHIGHLOW00:0024:00EDGE SERVERGROWBUDANALOGDIGITALDIRECT BLUETOOTHOne sensor and the appHARDWARE · OTBuildings, greenhouses, cold roomsSOFTWARE · ITBMS, apps, dashboards, data

Three ways across. Start with one sensor and grow from there.

02 / Physical to digital

Plumbing, electrical, and HVAC on one side. Your IT systems on the other.

The Growbud Controller and Edge Server connect operational technology equipment to your IT systems. Modbus, BACnet, and LoRaWAN in. BACnet/IP and REST out.

OT to IT4 field devices · 4 destinations

Equipment floor (OT)

  • Substrate probe · LoRaWAN

    46.6 % VWC

    Greenhouse

  • Energy meter · Modbus RTU

    6.4 kW · tenant 2B

    Building

  • Walk-in probe · LoRaWAN

    37.8 °F · cold room 2

    Cold chain

  • Chiller 1 · BACnet MS/TP

    4 starts / hr

    Needs attention

The bridge02 / 02

Water content · 3-probe avg

13:0046.6 % VWCin band

HIGH 52.0LOW 35.5TARGET BAND

00:003 ramp · 5 maintain · dryback 14.724:00

Shop the hardware

Your IT systems

  • BMS · BACnet/IP

    46.6 analog value, same reading

    Published

  • Your app · REST API

    6.4 kW, JSON on your subnet

    Published

  • Home Assistant

    37.8 °F, native entity

    Published

  • Alert · growbud.app

    4 starts / hr, short-cycling

    Sent

01 · OT in

Connect the equipment floor

LoRaWAN and Bluetooth sensors across the site. Modbus RTU and BACnet MS/TP on RS-485, and CANopen, in the equipment room. Valves, relays, leak and flow inputs on the Controller.

02 · Build

Any reading can drive any output

Rules, schedules, and interlocks run on the Controller and the Edge Server, so a valve still closes when the internet is down. If a Modbus or CANopen device is missing, we usually add its profile in days.

03 · IT out

Hand it to the systems you run

BACnet/IP and REST on your own subnet, a Home Assistant integration, and a documented cloud API. Isolated VLANs and air-gapped sites are supported. No vendor lock-in.

GreenhousesVertical farmsDrying and curing roomsMeat curing chambersOfficesMulti-tenant buildingsWalk-in coolersRestaurantsCold storageWarehousesLight industrial

What gets in the way

Get a reading from every zone, and act on it.

  1. 01

    Run on timers

    A timer is indifferent to conditions.

  2. 02

    Too few sensors

    One sensor per room does not show a clear picture.

  3. 03

    Wired and siloed

    Operational technology and IT systems are often disjointed.

  4. 04

    Fails offline

    Cloud-only control stops when the internet stops.

Fig. 1 · Growbud app · Layout, 3D
The Growbud app layout view in 3D: a three-bay greenhouse and a curing, drying, and cold storage building on one site
One site, three kinds of space. Pick an area, or click any bench, rack, or room.Growbud app

A wireless sensor in each zone. Valves, vents, and lights on the reading. Control that continues offline. No electrician, no integrator.

Up to 47%
more yield in CEA rooms
0
internet required for control
10 yr
battery life on the Climate Sensor
128
Modbus devices on one Controller

Start here

Published prices, no quote required.

See everything

Water and salinity at the root, in soil and coco. Complex impedance sensing mapped to known substrates, so the reading is one you can trust.

In stock, ships within 2 business days

Temp + RH + VPD for drying rooms, cask rooms, CEA, and greenhouses. 10-year battery.

Tested and provisioned · ships in 2 weeks

  • Free US and Canada shipping on orders of $200 or more
  • 90-day returns, no questions asked
  • 1-year limited warranty
  • Data export over Modbus, BACnet, and REST
  • Shipping and returns
Every price is published
Sensors, controllers, and gateways are listed with their prices on this site. No quote form, no dealer, no discovery call before you can work out whether it pencils out for your operation.
Your data is not the product
Readings live on your site and speak Modbus RTU, native BACnet, CANopen, and a full REST API, so your history exports whenever you want in formats your other tools already read. Edge runs the loop locally and keeps running with the internet unplugged. We sell you equipment, not access to your own numbers.
Assembled in the USA
Dro, Vero, and the Controller are assembled in the USA. Almost all equipment is made overseas. The people who assemble your hardware are the people who answer your support email.

Integrations

Works with the systems you already run.

Growbud does not ask you to replace your BMS, your network, or your dashboards. Every reading and every output is available on the IT side in the form those systems expect.

BMS · BACnet and Modbus
The Controller drops into an existing system as a BACnet MS/TP or Modbus device. The Edge Server serves BACnet/IP on your subnet.
Home Assistant
Valves, switches, fans, and levels arrive as native entities. No Growbud account, no cloud.
REST API
A documented API, in the cloud or served locally by the Edge Server. Pull readings into your own apps and data tools.
Your own LoRaWAN
Join the sensors to the network server you already run, or use a Growbud gateway.

Start here

Start with a kit. Add to it as the business grows.

Every kit uses the same parts as a full site. Add sensors, meters, and Controller outputs later without replacing anything.

Shop all hardware

Software

One platform from the sensor to the dashboard.

A free app for each Growbud hardware owner: monitoring, automation, and BACnet. It monitors the site while you are away and tells you early when a reading drifts. Growbud AI adds forecasts and a live 3D twin of each zone, and it operates on site.

Remote environmental monitoring · Free app

growbud.app

Start with a sensor and the app for local readings. Add a connected gateway for continuous remote monitoring, history, and alerts from your phone or browser. Add a Controller for local automation. Free for all Growbud hardware owners.

Run the hardware from Home Assistant, join the sensors to your own LoRaWAN network, and pull Growbud data into third-party applications through a documented REST API. No vendor lock-in.

Download the Growbud App

Available on mobile & web

Growbud
Mobile
Download on the App StoreGet it on Google Play
Desktop apps for Windows & macOS coming soon

Premium platform

In R&D · Q2 2027

growbud.ai

Put on AR glasses and each zone shows its readings where you stand. Forecasts and a live 3D twin of every zone.

Runs on site, not in the cloud.

In R&D, with external pilots running now and a launch planned for Q2 2027. Your data is not used to train AI models unless you explicitly agree.

Growbud AI mission control: a 3D greenhouse view beside live substrate moisture and dryback readings for a drip line

Installers and resellers

Install or resell Growbud.

Install irrigation, HVAC, or building controls? We sell through resellers and distributors at published prices.

Stay updated

New devices, integrations, and guides, as they ship.

An occasional note from Growbud on what we're building and what we're learning in the field. No more than a few a year, and easy to leave.