An Agro business giant with over 7,500 warehouses and working in agricultural commodities in India and Myanmar was facing issues with the time and accuracy in determining the quality of commodities.
They had to resort to MATT-based testing to accurately assess the quality of the commodity. The quality testing was impractical in dimly lit warehouses. The quality checking process in their laboratories would take around three days to generate a quality report creating a bottleneck in the process.
Three main challenges that the agro-business was facing were
They needed an AI-based mobile app that could help anyone who wanted to assess the quality of agricultural commodities faster, accurately, and easily.
We developed a quality-checking application that used computer vision and AI/ML algorithms to detect and classify the grains and categorize them based on various parameters such as the percentage of defects.
The algorithms were trained with on-field data sets to ensure high accuracy.
The app uses images of the grains of the required sample size, detects the grain type, and checks the quality of each grain with the predefined quality sets. The images will be analyzed partially on the phone and on the cloud (AWS).
Quality standards: The user can create quality standards for different commodities and variants and add the required quality parameters.
Report generation: Once the AI/ML algorithm detects and classifies grains, the report can be generated as PDF, or any format required.
The app was integrated with their database and middleware so that they can manage the information easily.
The app is designed to ensure user-friendliness and can be used by anyone, anywhere even with a minimal understanding of technology.
The application is OS agnostic and can run on any mobile phone. The RAM, memory, and camera quality should not affect the quality check process.
The app is built to work with minimum requirements like internet, lighting, and additional accessories.
The app supports vernacular languages so that it can be used from anywhere.
The app can function offline by using the images saved on it for classification.
The app can test the quality of various types of grains such as chana, wheat, and maize.
The application is publicly available through a subscription-based model and farmers or business users can subscribe to do quality checking.
The multi-user application supports personal and business users for quality checking.
The QC app helped reduce the time and cost associated with quality checking of the grains. The QC app also allows them to conduct regular quality checks of the grains stored in the warehouses, identify quality deterioration, and take timely measures to prevent it.
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