CGIAR Crop Damage Classification Challenge
Zindi with IFPRI, ACRE Africa, KALRO and CGIAR Digital Innovation
Before trusting an AI system on a farming or food task you need a way to check it. Assigns probabilities across five smallholder crop damage categories from field photographs, scored by log loss.
QUICK INFO
SOLUTION TYPE
Models, data & tools
TECHNOLOGY CATEGORY
Benchmarks & evaluations
AREA OF WORK
Research & scientific knowledge
ACCESS
Free
DEPLOYMENT
Self-hosted / on-premise · Downloadable
SOURCE REVIEWED
August 17, 2026
What it helps with
- What damaged my crop
- Classify crop damage from a field photo
- Damage categories for smallholder crops
- Test a model on crop damage photos
- Compare crop damage classifiers
Scope & audience
WHO IT'S FOR
Scientist / researcher · Developer / AI builder
AREA OF WORK
Research & scientific knowledge
COMMODITY / SCOPE
Cross-commodity
Access & technical details
ACCESS
Anyone can get it
INTERFACE
Dataset download
DEPLOYMENT
You run it yourself
LANGUAGES
Not stated by provider
Featured media
Source information
This listing was compiled from publicly available source material. Verify current details with the provider.
PROVIDER DOCUMENTATION
Reviewed August 2026
Explore more like this
MinneApple
University of Minnesota, Data Repository for the University of Minnesota
Models, data & tools
Before trusting an AI system on a farming or food task you need a way to check it. Fruit detection, segmentation and counting in apple orchards using over 40,000 annotated instances and a separate test set.
Free
Self-hosted / on-premise · Downloadable
Benchmarks & evaluations
MinneApple
research-develop
research-and-scientific-knowledge
buildable-or-downloadable-component
benchmarks-and-evals
Free
Self-hosted / on-premise · Downloadable
August 17, 2026
- Count apples in an orchard photo
- Detect fruit on apple trees
- Estimate apple numbers from images
- Test a fruit detection model
- Annotated apple orchard images to download
ISO 18497-4:2024 Verification methods and validation principles
International Organization for Standardization
Models, data & tools
Before trusting an AI system on a farming or food task you need a way to check it. Specifies verification methods and validation principles for safety of partially automated, semi-autonomous and autonomous agricultural machinery and tractors.
Free · Open source
Self-hosted / on-premise · Downloadable
Benchmarks & evaluations
ISO 18497-4:2024 Verification methods and validation principles
research-develop
research-and-scientific-knowledge
buildable-or-downloadable-component
benchmarks-and-evals
Free · Open source
Self-hosted / on-premise · Downloadable
August 17, 2026
- How to verify safety of an autonomous tractor
- Validation principles for farm machinery safety
- Standard for testing self driving farm equipment
- What checks a semi autonomous machine needs
- Safety verification methods for tractors
Is this your Resource?
Contact us to claim this listing and add details, screenshots or a demo.
