Agroloon

High-Resolution from the Stratosphere

We are developing a new generation of high-altitude balloon technology for observations, supporting farmers' decision-making, and enhancing agricultural predictability.

Why Agroloon?

Agroloon aims to revolutionize agricultural forecasting by developing a new generation of high-altitude balloon technology. This innovation supports farmers' decision-making and enhances agricultural predictability by providing high-resolution images from the stratosphere.

Our system enables the detection of the smallest differences in fields on an hourly basis, leading to effective damage assessment and yield prediction. By providing unprecedented visibility into crop health and field conditions, we empower agricultural stakeholders to make data-driven decisions that optimize yield and reduce waste.

who we serve
🌾Farmers
🏢Agribusinesses
🔍Insurance Companies
🏛️Government Agencies
🔬Research Institutions
📊Agricultural Consultants

A stunning view of Lake Tisza with shimmering waters

A breathtaking view of Lake Tisza with expansive, shimmering waters capturing its natural beauty

Infrared imaging highlights water bodies distinctly

An infrared image that clearly distinguishes water bodies from the surrounding landscape

Visualizes NDVI to assess vegetation health

A data-driven visualization emphasizing the Normalized Difference Vegetation Index (NDVI) for assessing vegetation vigor

Shows distinct cloud formations clearly

A focused depiction of cloud formations, making it easy to identify individual clouds

Cloud maps refine NDVI and other data

A composite image using cloud mapping overlays to refine NDVI and other analyses for accurate data interpretation

False-color imagery enhances data contrast

A vibrant false-colored image that enhances visual differences in the data for clearer analysis

GRVI compares green and red bands for vegetation health

An analytical view that compares green and red spectral bands via GRVI to provide detailed insights into vegetation health

A stunning view of Lake Tisza with shimmering waters

A breathtaking view of Lake Tisza with expansive, shimmering waters capturing its natural beauty

Infrared imaging highlights water bodies distinctly

An infrared image that clearly distinguishes water bodies from the surrounding landscape

Visualizes NDVI to assess vegetation health

A data-driven visualization emphasizing the Normalized Difference Vegetation Index (NDVI) for assessing vegetation vigor

Shows distinct cloud formations clearly

A focused depiction of cloud formations, making it easy to identify individual clouds

Cloud maps refine NDVI and other data

A composite image using cloud mapping overlays to refine NDVI and other analyses for accurate data interpretation

False-color imagery enhances data contrast

A vibrant false-colored image that enhances visual differences in the data for clearer analysis

GRVI compares green and red bands for vegetation health

An analytical view that compares green and red spectral bands via GRVI to provide detailed insights into vegetation health

A stunning view of Lake Tisza with shimmering waters

A breathtaking view of Lake Tisza with expansive, shimmering waters capturing its natural beauty

Infrared imaging highlights water bodies distinctly

An infrared image that clearly distinguishes water bodies from the surrounding landscape

Visualizes NDVI to assess vegetation health

A data-driven visualization emphasizing the Normalized Difference Vegetation Index (NDVI) for assessing vegetation vigor

Shows distinct cloud formations clearly

A focused depiction of cloud formations, making it easy to identify individual clouds

Cloud maps refine NDVI and other data

A composite image using cloud mapping overlays to refine NDVI and other analyses for accurate data interpretation

False-color imagery enhances data contrast

A vibrant false-colored image that enhances visual differences in the data for clearer analysis

GRVI compares green and red bands for vegetation health

An analytical view that compares green and red spectral bands via GRVI to provide detailed insights into vegetation health
An image showing three small villages located north of the town of Heves, highlighting their spatial layout and surrounding landscape

3 small villages north of Heves

An image captured in the near-infrared spectrum of the same area, clearly showing the road network and infrastructure details

NIR spectrum reveals the road network

A data-driven visualization emphasizing the Normalized Difference Vegetation Index (NDVI) for assessing vegetation vigor

Visualizes NDVI to assess vegetation health

A focused depiction of cloud formations, making it easy to identify individual clouds

Shows distinct cloud formations clearly

A composite image using cloud mapping overlays to refine NDVI and other analyses for accurate data interpretation

Cloud maps refine NDVI and other data

A vibrant false-colored image that enhances visual differences in the data for clearer analysis

False-color imagery enhances data contrast

An analytical view that compares green and red spectral bands via GRVI to provide detailed insights into vegetation health

GRVI compares green and red bands for vegetation health

An image showing three small villages located north of the town of Heves, highlighting their spatial layout and surrounding landscape

3 small villages north of Heves

An image captured in the near-infrared spectrum of the same area, clearly showing the road network and infrastructure details

NIR spectrum reveals the road network

A data-driven visualization emphasizing the Normalized Difference Vegetation Index (NDVI) for assessing vegetation vigor

Visualizes NDVI to assess vegetation health

A focused depiction of cloud formations, making it easy to identify individual clouds

Shows distinct cloud formations clearly

A composite image using cloud mapping overlays to refine NDVI and other analyses for accurate data interpretation

Cloud maps refine NDVI and other data

A vibrant false-colored image that enhances visual differences in the data for clearer analysis

False-color imagery enhances data contrast

An analytical view that compares green and red spectral bands via GRVI to provide detailed insights into vegetation health

GRVI compares green and red bands for vegetation health

An image showing three small villages located north of the town of Heves, highlighting their spatial layout and surrounding landscape

3 small villages north of Heves

An image captured in the near-infrared spectrum of the same area, clearly showing the road network and infrastructure details

NIR spectrum reveals the road network

A data-driven visualization emphasizing the Normalized Difference Vegetation Index (NDVI) for assessing vegetation vigor

Visualizes NDVI to assess vegetation health

A focused depiction of cloud formations, making it easy to identify individual clouds

Shows distinct cloud formations clearly

A composite image using cloud mapping overlays to refine NDVI and other analyses for accurate data interpretation

Cloud maps refine NDVI and other data

A vibrant false-colored image that enhances visual differences in the data for clearer analysis

False-color imagery enhances data contrast

An analytical view that compares green and red spectral bands via GRVI to provide detailed insights into vegetation health

GRVI compares green and red bands for vegetation health

What We Offer

Agroloon offers a high-altitude balloon system capable of monitoring the state of agricultural fields. The system provides ultra-high-resolution images with a resolution of 5x5 cm, which is approximately 600% higher quality than average satellite images.

This allows for the detection of minor variations in fields on an hourly basis, facilitating effective damage assessment and yield prediction. Moreover, Agroloon's service is cost-effective, offering data at less than half the price of existing methods while delivering more accurate data 24/7.

by the numbers

600%

Higher quality than average satellite imagery

5×5 cm

Ultra-high precision per pixel

50%

Lower cost than existing monitoring methods

Ready to Transform Your Agricultural Insights?

Discover the power of precision agriculture. With Agroloon's advanced imaging solutions, gain insights that transform your farming operations and drive sustainable growth.