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Smart Lock Integration
Seamless IoT-based smart lock development for secure access and control of e-bikes.
Our client, operating in the fleet management and IoT solutions space, needed a powerful platform to manage e-bikes securely.
The solution required real-time GPS tracking, smart lock development, and geofencing features to ensure efficient asset management and prevent unauthorized access. Designed for everyday users, this system provides a mobile app for riders and an admin portal for fleet managers.
In addition to the IoT-based smart locks with GPS trackers, our solution incorporates the Omni Lock OC-32, Omni Lock OC-33, a 2-in-1 design that combines a smart lock with a cable lock.
This advanced lock offers real-time positioning, IPX7 waterproofing, and 2G/4G/BLE/RFID communication, making it ideal for smart parking and enhanced bike security.
With features like QR code auto-unlocking and GPS-based smart parking, it meets the needs of both shared and rental e-bike platforms while providing seamless control and security.
The mobile application offers features like locking/unlocking bikes, tracking trips, and handling payments, while the admin portal allows easy bike management, trip monitoring, and billing control.
Integrating IoT-based smart locks enables businesses to securely monitor and manage their e-bikes across Android, iOS, and web platforms.
Real-Time Communication: Ensuring smooth, uninterrupted interaction between smart locks and servers to manage the fleet in real-time.
Optimized IoT Communication: Developed a secure and reliable system using Flask-SocketIO for real-time data exchange, ensuring fast response times for lock commands.
Data Privacy and Lock Security: Protecting sensitive data and securing the lock mechanisms to prevent unauthorized access.
Enhanced Security Protocols: Integrated encryption techniques to protect data and ensure secure locking/unlocking processes.
GPS Tracking Without Third-Party Services: Achieving real-time location tracking without relying on external services, minimizing costs and vulnerabilities.
In-House GPS Tracker Integration: Successfully integrated GPS trackers without third-party involvement, reducing dependency and associated costs.
Accurate Geofencing: Ensuring precise geofencing alerts admins when an e-bike leaves a designated area.
Accurate Geofencing: Implemented precise geofencing features to send real-time alerts when a bike crosses its boundary.
Scalability: Building a system capable of supporting large fleets without sacrificing performance.
Scalable Architecture: Built a strong backend with Python and Flask-SQLAlchemy to ensure scalability and high performance, even with a large number of e-bikes.
Improved fleet security with real-time alerts for unauthorized access and geofencing breaches.
Seamless asset management, minimizing manual oversight, and improving operational efficiency.
Better user experience through an intuitive mobile app for e-bikes, allowing easy access to tracking, billing, and lock/unlock functions.
Successful in-house integration of IoT-enabled smart locks and GPS trackers, reducing costs and eliminating reliance on external vendors.
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