Development of Remote Control and Telemetry Mobile Applications for Electric Micro-Mobility Vehicles

The client faces difficulties in enabling users to efficiently manage, lock, unlock, and monitor their electric scooters via mobile devices. Lack of integrated remote control and real-time status updates hampers user experience and operational efficiency. Additionally, there is a need for secure, scalable backend solutions to support real-time data exchange, fault diagnostics, and service requests across a fleet of smart vehicles.

A medium-sized automotive innovator focusing on sustainable electric micro-mobility solutions, aiming to enhance vehicle control and monitoring through mobile platforms.

• Develop native mobile applications for iOS and Android that enable users to remotely lock/unlock vehicles, locate scooters, and control battery and usage statistics.
• Implement real-time data exchange capabilities between vehicles and backend systems to monitor vehicle health and telemetry.
• Integrate third-party services for technical support requests, service management, and vehicle manufacturing updates.
• Design a scalable, secure backend architecture utilizing serverless solutions and cloud services for high performance and reliability.
• Ensure seamless cross-platform functionality with shared business logic and a clean architecture.
• Enable remote diagnostics and facilitate technician service requests through integrated mobile and backend systems.

• Remote lock/unlock functionality via mobile app
• Find My Vehicle feature for locating scooters
• Battery status and usage statistics monitoring
• Push notifications for vehicle updates and alerts
• On-demand technician request and service management
• Real-time telemetry data transmission from vehicles to backend
• User authentication and secure communication protocols
• Dashboard for vehicle diagnostics and health monitoring

• AWS IoT Core for real-time vehicle telemetry and command exchange
• Third-party service platforms for technician requests and vehicle service management
• Manufacturing and software update systems for fleet maintenance updates
• Notification services for user alerts and status updates

• Real-time data processing with minimal latency
• High system availability and uptime
• Secure user authentication and data encryption
• Horizontal scalability to support fleet expansion
• Compliance with data privacy standards

The project aims to deliver a seamless remote vehicle management experience, significantly enhancing user engagement and operational efficiency. By enabling real-time telemetry, remote diagnostics, and easy maintenance requests, the solution is expected to improve customer satisfaction, reduce vehicle downtime, and support fleet scalability, ultimately contributing to increased market adoption of electric micro-mobility solutions.