Rover Control Android Application Development
Budget: ₹75,000 – ₹150,000 INR
I'm seeking a skilled developer to create an Android application for controlling a rover. This app will incorporate a variety of features essential for effective rover operation and monitoring.
Key Features:
- User Account & Cloud Storage: The app should support user registration and login, along with cloud storage for syncing maps and missions.
- Device Connection: The application needs to connect via Bluetooth to a Skydroid T12 Pixhawk.
- Field Mapping & Route Planning: Incorporate GPS marking and identifying no-fly zones into the field mapping and route planning feature.
- Manual & Autonomous Flight: The app should facilitate both manual control and autonomous operation through waypoint missions and AB Work Mode.
- Obstacle Avoidance: Utilize LiDAR and an AI-based detour system for obstacle avoidance.
- Spray Control: The app should manage spray control with variable rates that auto-adjust according to speed.
- Real-Time Telemetry: The application should deliver real-time data on battery status, GPS location, flight mode, and sensor data.
- Job Records & Logs: Include a feature for tracking mission history with the ability to export to CSV or KML.
- Offline Mode & Auto-Sync: The app should function without internet access and sync automatically when a connection is restored.
I want all these features to be included in the first version of the application. The ideal candidate for this project should have substantial experience with Android app development, familiarity with rover technology, and skills in implementing real-time telemetry and AI-based systems.
Key Features:
- User Account & Cloud Storage: The app should support user registration and login, along with cloud storage for syncing maps and missions.
- Device Connection: The application needs to connect via Bluetooth to a Skydroid T12 Pixhawk.
- Field Mapping & Route Planning: Incorporate GPS marking and identifying no-fly zones into the field mapping and route planning feature.
- Manual & Autonomous Flight: The app should facilitate both manual control and autonomous operation through waypoint missions and AB Work Mode.
- Obstacle Avoidance: Utilize LiDAR and an AI-based detour system for obstacle avoidance.
- Spray Control: The app should manage spray control with variable rates that auto-adjust according to speed.
- Real-Time Telemetry: The application should deliver real-time data on battery status, GPS location, flight mode, and sensor data.
- Job Records & Logs: Include a feature for tracking mission history with the ability to export to CSV or KML.
- Offline Mode & Auto-Sync: The app should function without internet access and sync automatically when a connection is restored.
I want all these features to be included in the first version of the application. The ideal candidate for this project should have substantial experience with Android app development, familiarity with rover technology, and skills in implementing real-time telemetry and AI-based systems.