An AI system was developed for FarmersMilk, a dairy tech platform, integrating .NET, Blazor, Python, FastAPI, and AI agents to modernize farm operations.
The project involved designing scalable, intelligent systems for rural agritech, encompassing hardware integration and AI agent design.
The aim was to digitize traditional dairy farm operations, evolving beyond basic digital tools into intelligent systems that can analyze, predict, and act like experienced farm managers.
By bridging the gap between traditional systems and farm requirements, the implementation focused on real-time insights, automation, adaptability, and action-oriented intelligence.
The AI architecture included a Super-Agent coordinating specialized sub-agents for functions like route optimization, animal health monitoring, government milk price alerts, and upcoming weather prediction.
Agents were developed using Python for tasks such as route optimization, health monitoring through machine learning models, and automated price checks for milk updates.
Technical integrations included FastAPI microservices for AI agents, linking with Blazor frontend interfaces through .NET Core APIs, creating a cohesive system.
The comprehensive system architecture involved layers for user interfaces, frontend design, backend operations, AI agents, and data sources, enabling scalability and seamless operation.
Future developments focus on agents like Climate-based Yield Predictor, Customer Satisfaction Analyzer, and Animal Stress Detector to enhance farm operations and intelligence network.
The AI system's real-world impact showcased cost reduction, time savings, quality improvement, and increased customer satisfaction metrics without complex infrastructure.