BeeGrow AI
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Capability layer 2 of 3

Autonomous control actions

Run recipe setpoints automatically, within fixed safety limits that recipes and models cannot change.

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Overview

How it fits your operation

At this layer, the active recipe sets each zone's targets and PID control adjusts connected equipment to hold them. Fixed safety limits sit below the control logic. We commission one zone at a time and begin in read-only mode.

Control profiles in BeeGrow AI: PID tuning profiles per crop type for fruiting vegetables, herbs, leafy greens and microgreens, each configured across air temperature, humidity, pH, EC, CO2 and water level.
PID control profiles · product interface, sample data
Why it matters

What changes on site

Setpoints follow the crop

When a crop moves to its next stage, the zone targets change with it instead of relying on someone to update them by hand.

Control that holds a target

PID control adjusts supported climate and dosing equipment towards recipe targets. Lighting uses configured schedules and control channels.

Safety limits stay fixed

Recipes, schedules and model output cannot raise the platform limits for temperature, pH, EC, water level or dosing.

Operators stay in control

An emergency stop takes the zone out of automation and sends stop commands to its dosing, water, CO₂ and HVAC equipment, with ventilation commanded to full. Setpoint overrides record who made the change and the duration intended.

Modules

What is included

Each module has its own page. They share the same batch, zone and timeline as every other module on the platform.

Fertigation & irrigation

Nutrient recipes, irrigation schedules, tanks and dosing records.

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Climate & lighting control

Climate targets and lighting schedules for supported equipment.

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Closed-loop control & safety

Recipe-driven setpoints, PID loops and a safety envelope the model cannot widen.

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How the safety limits respond. Some limits block a command; others cap its duration or intensity. The PID and actuator-test paths check environmental bounds against available cached readings; a check needs the relevant reading to be present. The platform also limits dose timing and frequency. An overlong dosing pulse or excessive HVAC intensity is capped and then sent. PID safety refusals are recorded with a reason. Scheduled lighting has an application log, emergency stop has an aggregate audit record, and successful actuator-test publication is audited.

The other layers

Explore the other layers

Add the layers in this order or choose only what your site needs. Decision tools can be used without enabling automated control.

Core and monitoring

See what is happening across the site and trace each batch back to its plan, conditions and work.

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AI-driven optimisation and decision intelligence

Your growing history, harvest forecasts, lighting costs and customer demand, weighed before the crop plan changes. Nothing in this layer controls equipment.

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The whole platform

Every module, and how the layers fit together on one record.

Overview
Next step

Talk through control on one of your zones

A 30-minute walkthrough against your zones, crops and sensors. No slides unless you ask for them.

  • Walkthrough led by someone who has built the system
  • We map your zones, crops and sensors before the call
  • Straight answers on what fits and what does not
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