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Development of Integrated Drone Battery Charging and Data Management System
  1. case
  2. Development of Integrated Drone Battery Charging and Data Management System

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Development of Integrated Drone Battery Charging and Data Management System

apriorit.com
Security
Information technology
Manufacturing

Operational Inefficiencies in Drone Operations

Drone pilots face significant challenges in manually managing battery charging processes and handling large volumes of media data from SD cards. Current workflows require time-consuming manual sorting, copying, and cloud uploading of data, while battery management lacks centralized control and monitoring capabilities.

About the Client

Company specializing in automated drone battery charging systems and aerial photography data management solutions

System Development Goals

  • Develop embedded software for automated battery charging management
  • Create cloud infrastructure for secure data storage and transfer
  • Design cross-platform mobile applications for remote control
  • Implement automated battery type detection and health monitoring
  • Enable seamless integration with existing drone hardware ecosystems

Core System Capabilities

  • Automatic battery type identification and charge status monitoring
  • Multi-protocol connectivity (WiFi/BLE/LTE) for device communication
  • Cloud storage integration for SD card data upload (AWS/Dropbox/DroneDeploy)
  • Mobile application for charging process control and battery health tracking
  • Over-the-air firmware updates with dual-boot redundancy
  • Media preview functionality with upload destination selection
  • Device temperature and power draw monitoring

Technology Stack Requirements

Linux-based embedded systems (Pine ROCK64 platform)
AWS cloud infrastructure
iOS/Android mobile application development
Virtualization for hardware simulation
Reverse engineering for battery communication protocols

System Integrations

  • AWS Simple Storage Service (S3)
  • Dropbox API
  • DroneDeploy platform
  • Bluetooth Low Energy (BLE) protocols
  • LTE/WiFi communication modules

Performance Criteria

  • High system reliability under continuous operation
  • Secure data transmission and storage
  • Real-time monitoring responsiveness
  • Scalable cloud architecture for concurrent device support
  • Robust firmware update mechanisms

Business Value Proposition

Enables drone operators to reduce manual workflow time by 60-70% through automated charging and data management. Provides real-time battery health monitoring to prevent equipment damage. Cloud integration streamlines media workflow for aerial photography professionals while OTA updates ensure continuous system improvements without hardware modifications.

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