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Development of Enhanced Control and Analytics Platform for Agricultural Autonomous Robots
  1. case
  2. Development of Enhanced Control and Analytics Platform for Agricultural Autonomous Robots

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Development of Enhanced Control and Analytics Platform for Agricultural Autonomous Robots

wesoftyou.com
Agriculture
Information technology

Current Agricultural Labor and Efficiency Challenges

Traditional fruit harvesting methods face severe labor shortages, inefficiencies in real-time monitoring, and lack of data-driven decision-making capabilities. Existing systems require improved control over autonomous harvesting robots, reliable offline operation in remote areas, and comprehensive harvest analytics to optimize agricultural outcomes.

About the Client

Agricultural technology company specializing in AI-powered autonomous flying robots for fruit harvesting

Key Project Objectives

  • Implement intuitive control interface for autonomous harvesting robots
  • Enable real-time location tracking and status monitoring of robotic platforms
  • Develop offline functionality for uninterrupted field operations
  • Establish real-time harvest data visualization and analysis capabilities
  • Enhance fruit quality through optimized robotic picking algorithms
  • Reduce post-harvest operational costs through data-driven optimizations

Core System Functionalities

  • Interactive map interface with platform/user location tracking
  • Robot command control (start/stop picking, profile changes)
  • Real-time harvest data visualization by time intervals
  • Offline mode with local data caching and synchronization
  • Multi-language support with dynamic content updates
  • Platform status monitoring and error reporting
  • Customizable picking profile management

Technology Stack

React Native
TypeScript
Mapbox
Eve SDK
Firebase
i18n localization

System Integrations

  • Eve SDK for robot/platform management
  • Firebase for multilingual content delivery
  • Mapbox for geospatial visualization
  • WiFi-based offline data synchronization

Non-Functional Requirements

  • Reliable offline operation with WiFi-based local network support
  • Real-time data processing and visualization performance
  • Scalable architecture for fleet management
  • Secure data transmission and storage
  • Cross-platform mobile compatibility

Expected Business Impact

Implementation of this enhanced control and analytics platform will significantly improve agricultural harvesting efficiency through autonomous robotics, reduce labor dependency by 40-60%, enable data-driven farm management decisions, and decrease post-harvest losses through precision picking and real-time quality monitoring. The solution will establish new industry standards for smart agriculture automation.

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