Smart Mini-farm

Cutting-edge Agri-tech
Growing in a Sustainable Way
Harvesting like Making a Capsule Coffee

Smart Planting

AIoT driven Automation

Eco-friendly

High Resource Efficiency, Low Carbon Footprint

FaaS

Farming as a Service

For Everyone

Open API, DYI & Community

Smart Mini-farm

Fully automatic hydroponic planting machine

Digital Twins

Planting Data Accumulation & Visualization

Smart Planting LED

3-way PWM Dimmable Plant Light

Smart Mini Garden

Desktop Hydroponics Growing System

Smart Mini-farm Lite

Home Edition

pH&EC

5-in-1 Water Quality Sensor

All-in-one Sensors

All-in-one environmental sensors

How VegeSense Smart Mini-Farm work

Transplanting

Close the Door

Select & Download
Planting Program

Monitor Growing

Harvest
(Start the next round)

Based On Continuous Innovation and Progress

Grow Better For Less

Plant Science

Our products have collaborative research with the Academy of Agricultural Sciences to increase,
which strengthen our knowledge of vertical farming and sustainable farming.

Automated Planting

Our system is used for water and nutrient hydroponics.
According to different plants, the planting strategy is automatically selected.
From planting to harvest, it only takes 5 simple steps and can be harvested within 15 days at the fastest.

Climate Control System

Our climate control system provides ideal conditions for optimal growth.
Together with our partnerships, we can guarantee
a year-round harvest in any conceivable climate or environment.

Distinct Environmental Sensors and Plant Lighting

Highly integrated environmental sensors monitor plant growth environment data in all directions, including temperature, humidity, Lux, PH, EC, water temperature, water level, CO2, PM2.5, PM1.0, formaldehyde, TVOC and so on.

WRB three-way LED plant light supports precise adjustment of both brightness and wavelength, enables on-demand lighting solutions to shorten the production period and reduce energy consumption.

For Everyone

Our hardware is integrated into VegeSense for environmentally controlled, algorithm-driven optimisation. Our grow cabinets are constantly learning. Each plant is unique and requires a specific combination of light frequency, climate, nutrients, and growth cycle. Over time, we collect data, learn how to improve our grows, and create products with the best possible taste and nutritional value.

Circularity As a Driver

Recycling is in our DNA. Everything we do is in line with our zero-waste policy and endeavours to create circular systems. Very little water is used and recycled, plants produce absorb carbon dioxide to release oxygen, and even unused space is reused. Our vertical farm is built on a circular economy.

Centralized Planting vs Distributed Planting

Technology changes the future, we change the agricultural system based on the circular economy, grow more with less resources

Centralized Planting

By 2050, we will need to feed 10 billion people with the resources we currently have. Widespread agricultural practices and climate change have led to an alarming decline in biodiversity, and food production is at risk as arable land and clean water supplies dwindle. To ensure a sustainable future, we must rethink and reform our agricultural systems.

Today's agriculture benefits nearly 8 billion people :

40% of Ice-Free Land

70% of Fresh Water

30% of GHG Emissions

Distributed Planting

VegeSense's leading hardware and software solutions set new performance standards in vertical agriculture. Full automation, energy efficiency, high-tech sensors and full software integration are at the core of our solutions to improve food security while reducing carbon emissions during transportation, from China to the United States.

In 2050, it will be able to feed 10 billion people:

5% of Water Consumption

0 Chemical Pesticides

200 times more productive than Traditional

More growth with less cost

Vertical agriculture produces high-quality, locally grown products at a lower cost and with fewer resources than traditional agriculture.

In addition, it reduces food miles and food waste by growing crops in cities, eliminating carbon emissions associated with transportation and imports. Grow locally and look globally!

200X

More productive

Land Use

95%

Less Water Consumption

Save water

0

Toxic Substances

No pesticide

Change the Game

Closer to users, reducing food mileage, waste and energy consumption

<1km*

Fewer Miles, Less Waste, Less Pollution Bringing agricultural production closer to home can shorten the supply chain and dramatically reduce food miles and waste.

*In homes,neighborhoods, communities, and stores

1000km*

In addition to the long haulage miles, a significant amount of energy is required for cooling during transport and storage.

*Driving about 17hrs on a typical expressway

Energy waste

During transportation in traditional agriculture, food refrigeration requires higher costs.

Food loss - up to 30%

More than 30% of the food is lost during long-distance transportation.

Global Supply Chain Risk

The vulnerability of the food supply chain and other risks in food safety are revealed due to uncertain adverse environmental impacts.

Conventional VS Vegesense

Growth

(Standard 80g/plant) Period

Output per square

(plant/each round)

Output per square

Water recycling rate

Pesticides and Pests

Open field planting

70 days

18

Seasonal

<0.1%

Severe

Greenhouse planting

40- 50 days

25

Seasonal

<1%

Severe

VegeSense
Smart Mini-farm

20 days

280-320

All Year

>95%

Nearly None

Choose What YOU Want

Support over 75 species of herbs, flowers, leafy greens, micro fruits and vegetables

Vegetables

Spices

Miniature fruits and vegetables

Mushrooms

Flowers

Technological Sustainable and Interesting Smart Mini-farm

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