Scientific Documentary
SuperAnnotate is the cornerstone of your data labeling pipeline. It brings you a cutting-edge annotation tool for all types of data including image, video, text, audio, and more.
A Smarter Approach to Data Annotation for Incorporating AI in Agriculture
Annotating and labeling agriculture AI data to develop ML models for crop health and soil monitoring, livestock management, fructification detection, unwanted weeds detection, and other applications.
Annotation for Empowering AI in Agritech
2D Bounding Box Annotation for Crop Detection
With perception models, crop detection can be simplified. By using 2D bounding boxes, high-quality training data can be generated for deploying AI to detect crops from weeds and eliminate the grass.
Keypoint Annotation for Detecting Fruits & Vegetables Shape & Size
Keypoints can help determine the shape and size of an object. Keypoint annotation allows AI to identify fruit and vegetable characteristics, like their shapes and sizes, i.e., indicatives of fructification and ripening.
Polyline Annotation for Classifying Crops Lanes in Big Farms
Splines are used in polyline annotations to classify and characterize objects. The use of polyline annotation techniques could lead to building AI for detecting diseases, analyzing irrigation patterns, and predicting harvest times on large farms.
GIS & Geospatial Data Annotation
The use of GIS & Geospatial annotation enables AI-integrated farm drones to monitor plant health & farm condition, track farming equipment, and increase the efficiency of agricultural production.
A Smarter Approach to Data Annotation for Incorporating AI in Agriculture
Annotating and labeling agriculture AI data to develop ML models for crop health and soil monitoring, livestock management, fructification detection, unwanted weeds detection, and other applications.
PRECISION FARMING WITH ROBOTICS
With precision farming, diseased plants are detected early, pests are controlled, and poor nutrient levels are identified on farms using artificial intelligence.
PRECISION FARMING WITH ROBOTICS
With precision farming, diseased plants are detected early, pests are controlled, and poor nutrient levels are identified on farms using artificial intelligence.
PRECISION FARMING WITH ROBOTICS
With precision farming, diseased plants are detected early, pests are controlled, and poor nutrient levels are identified on farms using artificial intelligence.
PRECISION FARMING WITH ROBOTICS
With precision farming, diseased plants are detected early, pests are controlled, and poor nutrient levels are identified on farms using artificial intelligence.
PRECISION FARMING WITH ROBOTICS
With precision farming, diseased plants are detected early, pests are controlled, and poor nutrient levels are identified on farms using artificial intelligence.
PRECISION FARMING WITH ROBOTICS
With precision farming, diseased plants are detected early, pests are controlled, and poor nutrient levels are identified on farms using artificial intelligence.
PRECISION FARMING WITH ROBOTICS
With precision farming, diseased plants are detected early, pests are controlled, and poor nutrient levels are identified on farms using artificial intelligence.
PRECISION FARMING WITH ROBOTICS
With precision farming, diseased plants are detected early, pests are controlled, and poor nutrient levels are identified on farms using artificial intelligence.
PRECISION FARMING WITH ROBOTICS
With precision farming, diseased plants are detected early, pests are controlled, and poor nutrient levels are identified on farms using artificial intelligence.
Count on Us for Agritech AI Data
Cogito can offer high-quality training data for AI to be integrated into farming practices for crop health monitoring, livestock management, plant fructification detection, and many other applications. As part of our AI training data practice, we adhere to a broad ethical agenda, which includes GDPR, CCPA, Certification and Compliance, Fair Pay pledge, diversity, and inclusion.
