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Challenges Faced


Human productivity is a key problem for many indoor farm. Efficiency can be significantly elevated when repetitive and tedious manual work is replaced by technology.


In the crop’s micro-ecosystem, the most important factors are soil's pH level, lighting, and a good seed.

However, research has shown that temperature and humidity interacts with crops and affect the level of photosynthesis. We were able to see these effects in a large-scale vertical farm in Singapore.


Indoor farms need to implement systems such as lighting, air-conditioning, environmental control unit, CO2 supply unit, etc.

Controlling numerous systems to produce a good climate can be tedious and requires intensive manual work.

Tomatillo Plant

Vertical Farming

Indoor farming requires coordination of complex parameters, such as lighting, moisture, and CO2, requiring constant monitoring and adjustments to ensure high-quality output.

Current Solutions Are Limited

Many indoor farms fail to get climate management right, as their farm systems do not collect or control building data, even when climate management is possible, it takes place in container farms, which are not scalable for large spaces. Building automation solutions in the market are just too general for the specific needs of the high-tech farmers. Farmers already know what their crops need, what they are missing is the automation of controls of the building climate right at their fingertips.

1  —

Farm Systems Do Not Collect Building Data

2  —

Container Farms
Not Built For Scale

3 —

Building Solutions
Are Too General

Our Solution

AI Platform for AgTech Facilities:

Sense Optimize Control

1. Connected

Integrated with essential equipment and control systems

Connect the indoor farming system to the existing building management system – or have Ambient implement them based on your requirements. Enjoy full connectivity across the farm and perform real-time environmental adjustments based on crop.

Cabbage Leaves

2. Centralized

Access real-time data through online dashboards and securely archive all critical operational information. Start measuring most important crop parameters like temperature, relative humidity, and CO2.

Important data in one easy-to-access place

3. Automated

Leverage latest machine learning models to improve the harvest and reduce operational costs. Access curated insights by our network of crop-scientists who can help you tune your farm operations, enabling better crop health and more accurate harvest timing predictions.

Leverage combined power of AI and Human Experts

Data-Driven Automation

Climate Data

Crop Data



Air Temperature

Relative Humidity



Soil Temperature

Soil Moisture

pH Level

Electrical Conductivity

Crop Specific Parameters

Adjust Temperature

Adjust Ventilation

Adjust Lights

Turn On Fogging Machines

Turn On CO2 Regulator

Balance irrigation and humidity levels

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