AI Training Data for Agritech

Providing AI enterprises with high-quality training data to empower agriculture in managing land, livestock, and farms more effectively through IoT, sensors, location systems, robotics, and artificial intelligence.

AI Training Data for Agritech

Smarter Data Annotation Solutions for AI-Driven Agriculture

Annotating and labeling agricultural AI data to build ML models for crop health and soil monitoring, livestock management, fruiting detection, weed identification, and more.

Data Annotation for Advancing Agricultural AI

2D Bounding Box Annotation for Crop Detection

2D Bounding Box Annotation for Precision Crop Detection

Perception models simplify crop detection by leveraging 2D bounding boxes. With high-quality training data, AI can be deployed to distinguish crops from weeds and identify unwanted grass for efficient management.

Polyline Annotation for Accurate Crop Lane Classification in Large Farms

Polyline annotation with splines enables precise classification and characterization of agricultural objects. These techniques help build AI systems capable of detecting crop diseases, analyzing irrigation patterns, and predicting harvest times across large farms.

The ability of a car’s computer vision system to detect objects may be compromised by high-resolution data containing millions of data points. Employ 3D cuboid annotation in data to discern the driving environment to avoid collisions as accurately as possible.
3D-Point-Cloud-Annotation-4

3D Point Cloud for LiDARs Sensing

Using 3D Point Cloud to enhance LiDAR sensors’ 3D image-sensing capabilities to help autonomous vehicles understand their surroundings, create accurate maps of objects placed on the premises, and detect other objects’/vehicles’ movements for risk-free autonomous driving

 

Polygon for Irregular Shapes Detection

Get experts on hand to draw precise polygons around oddly shaped objects. This way, computer vision can allow automated vehicles to recognize all visible objects on the road, including motorcycles, bicycles, cars, animals, etc., to promote safe driving avoiding collisions.

Polygon for Irregular Shapes Detection

AI Use Cases in Agriculture

Artificial intelligence is transforming agriculture by supporting healthier yields, effective pest control, and precise monitoring of soil and crops. Explore popular use cases of AI in agriculture to see how it contributes to smarter, more sustainable farming.

The following use cases can provide you with more insight into how our data annotation & labeling expertise can benefit your autonomous driving initiatives:

Autonomous Driving - Data Annotation

3D Field Mapping

Drone and satellite data can generate 3D field maps that provide agronomists with accurate estimates of crop yields and pricing.

 

Livestock Management

Leverage training data to develop machine learning models that accurately track livestock movements, enhance management, and support animal welfare.

 
Polygon for Irregular Shapes Detection

Crop Yield Prediction

Using our training data, AI and machine learning can power drones and real-time sensors to enhance accuracy in crop yield prediction.

 
Traffic Flow Analysis​

Intelligent Spraying

Leverage our expertise in computer vision training data to build machines and models that detect and prevent crop disorders through intelligent spraying.

Automatic Traffic Incident Detection - Data Annotation

Crop Health & Soil Monitoring

AI simplifies farm operations and delivers precise crop health insights by analyzing soil chemicals and nutritional values.

AI-Powered Parking Management

Monitoring Fructify/Ripeness Levels

Image annotation supports the development of AI models that analyze fruit and vegetable health, as well as ripeness levels, enabling intelligent grading and sorting.

Road Condition Monitoring (RCM)

Precision Farming with Robotics

AI-driven precision farming detects plant diseases early, controls pests, and identifies nutrient deficiencies to improve farm productivity.

Detect Unwanted Plants

Boost yields with custom training data—powering agricultural robots to detect and remove weeds effectively.

Crop Feeding & Harvesting

Use AI models trained on our data to automate harvesting and forecast optimal harvest windows based on irrigation patterns and nutrient schedules.

Count on Us for Agritech AI Data

Coral Mountain Data provides high-quality training data to power AI solutions in agriculture, from crop health monitoring and livestock management to plant fructification detection and beyond. Our AI data practices follow a strong ethical framework, ensuring GDPR and CCPA compliance, certification standards, fair pay, and a commitment to diversity and inclusion.