Hydroponic Farming

Disease risk assessment

A live risk score for pests and diseases

What if you could get a warning before first symptoms of pests and disease are visible - a few days or even a week before physical symptoms show up. Right in time for you to take preventive action and save your crops.

It's possible.

VPD based irrigation

A system that irrigates when it matters the most

Do you drink 200 ml water every 1 hour - irrespective of day or night, summer or winter? What if you could know when your plants are thirsty - and how thirsty they are. Even better, what if you could control their thirst level as well?

It's possible.

Dual zone climate control

One polyhouse, two climates, two crops

You are driving a car. You want the AC at 20, your co-passenger wants 24. Solution dual zone climate control. What if you could do the same in your polyhouse? 25 for spinach and 30 for tomatoes?

It's possible.

Disease risk assessment

A live risk score for pests and diseases

What if you could get a warning before first symptoms of pests and disease are visible - a few days or even a week before physical symptoms show up. Right in time for you to take preventive action and save your crops.

It's possible.

VPD based irrigation

A system that irrigates when it matters the most

Do you drink 200 ml water every 1 hour - irrespective of day or night, summer or winter? What if you could know when your plants are thirsty - and how thirsty they are. Even better, what if you could control their thirst level as well?

It's possible.

Dual zone climate control

One polyhouse, two climates, two crops

You are driving a car. You want the AC at 20, your co-passenger wants 24. Solution dual zone climate control. What if you could do the same in your polyhouse? 25 for spinach and 30 for tomatoes?

It's possible.

Smart CO2 Management

Improve yield at zero additional cost

CO2 is food for plants. In most greenhouses it is severely limited, limiting yields. What if you could use intelligence to manage air exchange, optimise for environmental CO2, and improve yields at no extra cost?

It's possible.

Predictive Climate Control

A stitch in time saves nine

Most systems wait for the greenhouse climate to go bad, then react to improve it. What if the system could predict the impending change, say a temperature rise, a humidity fall, and then act before it happens.

It's possible.

CG Max

One brain. One master.

All the above features, and many more, are possible in CG Max. CG Max uses central intelligence to control and operate all sub-systems in your farm - climate, nutrients, irrigation, power, plant health - in perfect coordination and symphony just like your brain controls different functions in your body.

Far superior outcomes to any system consisting of multiple independent sensors and controllers.

Smart CO2 Management

Improve yield at zero additional cost

CO2 is food for plants. In most greenhouses it is severely limited, limiting yields. What if you could use intelligence to manage air exchange, optimise for environmental CO2, and improve yields at no extra cost?

It's possible.

Predictive Climate Control

A stitch in time saves nine

Most systems wait for the greenhouse climate to go bad, then react to improve it. What if the system could predict the impending change, say a temperature rise, a humidity fall, and then act before it happens.

It's possible.

CG Max

One brain. One master.

All the above features, and many more, are possible in CG Max. CG Max uses central intelligence to control and operate all sub-systems in your farm - climate, nutrients, irrigation, power, plant health - in perfect coordination and symphony just like your brain controls different functions in your body.

Far superior outcomes to any system consisting of multiple independent sensors and controllers.

Not sure where to start?

Start with what you know. We will figure out the rest.

Let's chat on WhatsApp