Emergency devices shouldn’t create more work, but many do.
In most systems, cards are replaced regularly, sometimes every year. That creates ongoing operational overhead for IT teams and staff, along with unnecessary disruption.
The Rescue Card was designed differently.
Built for Longevity, Not Replacement
Each card uses two replaceable CR2032 batteries that last approximately one year. There’s no charging required, and no need to take devices out of circulation.
When batteries begin to run low, the system provides visibility so they can be replaced proactively using standard, off-the-shelf batteries.
Continuous Improvement Without Recall
The Rescue Card supports over-the-air (OTA) updates, allowing software improvements to be deployed without physically replacing devices.
As the platform evolves, the cards evolve with it: no swaps, no recalls, no interruptions.
Clear Feedback When It Matters
During an emergency, uncertainty can slow response. That’s why each card provides immediate confirmation when an alert is sent:
- Haptic feedback (vibration) to confirm activation
- Custom light indicators based on action or alert type
- Visual confirmation only once the signal has been successfully delivered
The result is simple: staff know the alert went through.
Designed As Part of the Network
The Rescue Card is not just a trigger, it’s part of our patent-pending infrastructure.
Using LoRa for long-range emergency communication and BLE for location awareness, the cards themselves contribute to the system’s overall visibility and reliability.
This approach allows the network to function effectively across real-world environments, without relying on fragile assumptions about connectivity.
Emergency infrastructure should reduce complexity, not add to it.
No charging cycles, no frequent device swaps, and no uncertainty during activation.
