Global communications company Sigfox has teamed up with CAR-LITE, a Spanish company specializing in emergency signaling beacons for cars, to launch a new IoT-based beacon solution for car manufacturers.
The new beacon utilizes IoT technology and Sigfox's OG communications network to detect if an on-road vehicle is damaged, in which case it will automatically send out alerts to relevant road safety authorities. This new beacon model is particularly noteworthy because it does not require an Internet connection, Wi-Fi, or SIM cards to function.
Ideally, the new solution will allow public and assistance services to respond more quickly to emergencies and warn other drivers in real-time of potential hazards. The model itself arrives in the form of a compact beacon that can be attached to the roof of any car.
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Key Themes Behind This Trend
- Iot-based Road Safety
- The creation of IoT-enabled road safety beacons presents opportunities for additional IoT-based road safety solutions.
- Non-internet Connected Iot Devices
- The success of Sigfox's non-Internet connected beacon demonstrates potential for other IoT devices that do not require an internet connection to function.
- Real-time Alert Systems
- The integration of IoT technology into alert systems creates opportunities for real-time intervention and response across multiple industries
Where This Applies
- Automotive
- The development of IoT-based safety beacons is particularly applicable to the automotive industry, where it poses opportunities for increased road safety and vehicle performance monitoring.
- Emergency Services
- The integration of IoT-based beacons and alert systems could revolutionize emergency response services, creating faster response times and more efficient communication between emergency response teams and the public.
- Infrastructure
- The integration of IoT-based beacons into city infrastructure and smart cities could revolutionize road safety, allowing for real-time alerts and potentially reducing traffic congestion and accidents across urban areas.
