M128 IoT Device Works with Smart Bike Lock for Enhanced Security

M128 IoT Device Works with Smart Bike Lock for Enhanced Security

The combination of IoT device and smart bike lock goes beyond positioning—it delivers a complete closed-loop system covering unlocking, riding, billing, management, and security.
For shared miro-mobility ,this solution can flexibly adapt to different operational needs and provide strong empowerment.For OEMs upgrading two-wheelers toward smart vehicles,OMNI can also provide other solutions with different IoT devices,4G IoT display,IoT bike locks,Battery Management Systems (BMS),wireless two-wheeler charging stations.

All-in-One IoT Solution for Smart Two-Wheelers and Shared Mobility

OMNI IoT device is responsible for providing accurate positioning information for vehicles. This smart device integrates GPS, Beidou, Galileo, and GLONASS through advanced technologies, and is also equipped with 4G and Bluetooth connectivity. These features bring significant value to vehicles. In addition to real-time positioning and trajectory tracking, it also provides anti-theft alerts and remote monitoring. Whether for shared rental vehicles or full vehicle intelligence for two-wheelers, the IoT device can support various operational needs.

In addition, by integrating a smart bike lock, it enables a QR code unlocking function, which is highly suitable for shared rental scenarios. Users can scan the code via an electric bike app, register an account, obtain authorization, and then start riding.

Building on this, the practical value of IoT features for vehicles can be further understood as below.

Multi-constellation GNSS (GPS + Beidou + Galileo + GLONASS)
It is not just about “having positioning,” but achieving higher accuracy, faster signal acquisition, and stronger resistance to signal obstruction. Even in urban canyons, underground parking areas, or complex road environments, stable positioning can still be maintained—critical for shared fleet dispatching.
4G Connectivity
Keeps the device “always online,” enabling:
Remote data transmission (location, battery level, status)
OTA upgrades (continuous device evolution)
Real-time platform monitoring (visualized fleet management)
For operators, this is equivalent to equipping every vehicle with a “remote brain.”
Bluetooth Connectivity
Solves short-range interaction scenarios, such as:
One-tap unlock via smartphone
Local interaction in no-network environments
Quick debugging and maintenance for operators
Enhances user experience while reducing operational costs.

Smart bike lock + QR code unlocking system
When integrated with the IoT device, it forms a complete shared micro-mobility loop.

User scans the QR code → vehicle is identified → authentication and payment are completed → unlock and ride
Supports multiple business models such as pay-per-ride, time-based billing, and membership systems
Syncs with backend systems for order management, user management, and vehicle status tracking

What are further capabilities of IoT device and smart bike lock?

Dockless operation: No need for fixed parking stations, improving deployment flexibility
Geofenced parking: Regulates parking zones and reduces urban management pressure
Credit-based systems: Reduces damage and loss risks through user behavior tracking
Multiple unlocking methods: QR code, Bluetooth, remote commands, etc.

Anti-theft and Security Management
Beyond positioning, it can integrate:
Abnormal movement alerts
Geofencing (entry/exit notifications)
Tamper alerts
Forming a comprehensive vehicle security system, especially for high-value assets.

Fleet Operation and Data Analytics
The IoT device is not just hardware—it is a data gateway:
Vehicle usage analysis
Hotspot distribution insights
Dispatch optimization recommendations
Helping operators improve utilization and ROI.