Every precision agriculture service starts with accurate field boundaries.

We have developed state-of-the-art deep neural network model for Field Delineation. We managed to reach 12-15% higher accuracy than current existing datasets based on models using super-high resolution (1m per/pixel) coupled with extensive training data (IoU of 0.96).

Global Coverage

We’re always working hard to bring new regions like France, Spain, Brazil, US, Australia, Germany and 30+ more.

Predictable Price

We've prepared a convenient system of discounts for increasing the volume of use. More requests - less price.

Full Documentation

We provide full access to all our documentation and simple API / Add-ons endpoints for easy integration.

How does Delineation Model work?

We delineate field boundaries and seeded acres in the growing season based on the super-resolved Sentinel-2 at 1m per pixel using 4-bands (RGB + NIR) and we serve the latest, most up-to-date data through our API to your digital solution (or through Shape/KML/Geojson), which is crucial for in-season analysis and season-planning.

8+ Years of Data

We provide historical data (back to 2015) and in-season including seeded acres.

0.95 IoU Score

Intersection of Union average accuracy score of 0.94-0.96 for our FD Model.

200M+ hectares

Delineated agricultural fields and seeded acres using Sentinel-2 at 1m resolution.

4 Query Types

We serve data via API so you can integrate it directly within your product.

Empowering Innovative Agriculture Companies

Field Boundaries Data Delivery
Field Boundaries Data Delivery
Field Boundaries Data Delivery

We serve our field boundaries data via API with all documentation so you can integrate it directly within your solution.

We serve our field boundaries data via API with all documentation so you can integrate it directly within your solution.

We serve our field boundaries data via API with all documentation so you can integrate it directly within your solution.

Field boundaries are served as Geojson via API for a given point, bbox or field id. Field id can be obtained from a low resolution API endpoint (that allows to show low res polygons on the map for the user to select the field and get a high res boundary).

Field boundaries are served as Geojson via API for a given point, bbox or field id. Field id can be obtained from a low resolution API endpoint (that allows to show low res polygons on the map for the user to select the field and get a high res boundary).

Field boundaries are served as Geojson via API for a given point, bbox or field id. Field id can be obtained from a low resolution API endpoint (that allows to show low res polygons on the map for the user to select the field and get a high res boundary).

We provide various API endpoints:

We provide various API endpoints:

We provide various API endpoints:

• Data availability for a given bbox;
• Automatically delineated low resolution field boundaries for a given bbox or as MVT vector tile (for selecting purpose);
• Automatically delineated high resolution field boundaries for a given bbox, point or field id (taken from low res boundaries);
• Deep Resolution Deep resolved Sentinel-2 images as raster tiles or within a given polygon (our proprietary technology that improves the resolution of Sentinel 2 imagery from 10 to 1 m).

• Data availability for a given bbox;
• Automatically delineated low resolution field boundaries for a given bbox or as MVT vector tile (for selecting purpose);
• Automatically delineated high resolution field boundaries for a given bbox, point or field id (taken from low res boundaries);
• Deep Resolution Deep resolved Sentinel-2 images as raster tiles or within a given polygon (our proprietary technology that improves the resolution of Sentinel 2 imagery from 10 to 1 m).

• Data availability for a given bbox;
• Automatically delineated low resolution field boundaries for a given bbox or as MVT vector tile (for selecting purpose);
• Automatically delineated high resolution field boundaries for a given bbox, point or field id (taken from low res boundaries);
• Deep Resolution Deep resolved Sentinel-2 images as raster tiles or within a given polygon (our proprietary technology that improves the resolution of Sentinel 2 imagery from 10 to 1 m).

Why do accurate field boundaries matter?

Beyond farmers and growers, the entire agricultural value chain is affected by field boundary and seeded acreage data. Accurate boundary data can help the estimated 570 million farmers and growers worldwide boost their yields and lower their input costs.

Pre-production

Fungicides, herbicides and pesticide companies, plant breeding companies. All VRT starts with accurate field boundaries.

Processing & storage

Grain-traders, grain mills and logistical networks require field boundaries and current in-season seeded acres to forecast their grain volume inventories.

Wholesale & retail market

Wholesale & retail market

Grain buyers and food processors, carbon crediting bodies. Any carbon or sustainability mapping requires accurate field boundaries and seeded acres.

Autonomy & robotics

Autonomy & robotics

In-field autonomous agricultural machinery require highly accurate field boundaries for safe and reliable operations. RTK boundary is expensive and does not offer a scalability.

Distribution & logistics

Distribution & logistics

FMS providers need to onboard and scale their user base. Manual digitization of field boundaries by farmers (end-users) is inaccurate and time consuming.

Crop insurance & subsidies

Crop insurance & subsidies

Crop insurance businesses and national paying agencies need to conduct manual field-controls of claims and subsidies, this is costly and time-consuming.

Edit, Split and Merge Boundaries

As a bonus and a very useful additional option - we provide the ability to change the field boundaries using our editor (basic functionality to edit, split, merge, add / remove holes).

Common Questions

What is the zoom-level/map resolution our service supports?

The base resolution is 1m for all data layers. We perform a comprehensive post processing of vector data (field boundaries and productivity zones) to make it smooth and native "looking".

Are there query limits on the testing API token?

Good question! No the API token automatically generated on our Sandbox API page does not have limits on queries just on the geographical regions, which include sections of Iowa and Norway.

Do you update your models? 

Yes, once to twice a year we run updates, maintenance and improve the models with the latest data and added training data, which means every year the product keeps getting a little bit better.

Is the Sentinel-2 base map optional?

Yes. We offer to serve the data with our Sentinel-2 super resolved base map at 1m (from 10m) which not only looks great in your solution but it also ensures the boundaries reflect the current, up-to-date changes yearly.

Technical Partners That Believe In Us

First 1,000 hectares for free

Our pricing is based on the data layer and the land area queried through the API. We provide different packages and options for your business. Check it now.

First 1,000 hectares for free

Our pricing is based on the data layer and the land area queried through the API. We provide different packages and options for your business. Check it now.

First 1,000 hectares for free

Our pricing is based on the data layer and the land area queried through the API. We provide different packages and options for your business. Check it now.