What data does it actually capture?+
Every scan captures MAC addresses of nearby BLE and Wi-Fi devices, signal strength (RSSI) for distance estimation, device type classification (phone, watch, beacon, etc.), GPS coordinates of the device itself, and precise timestamps. All data is cryptographically hash-chained and encrypted with AES-256 before transmission.
What triggers a scan?+
An accelerometer inside each node detects physical movement. When someone picks up, opens, or disturbs the object the node is attached to, it wakes from dormant mode and performs a full proximity scan in milliseconds. The trigger is physical disturbance, not proximity alone.
Does it track in real-time?+
Yes. In active mode, the device transmits its GPS location via LTE-M cellular. Even in dormant mode, the hub sends a heartbeat location ping every 15 minutes so you always know where the device is, even before an event occurs.
How does the hub communicate with the nodes?+
Nodes communicate with the hub via Bluetooth Low Energy (BLE). The hub then transmits all data to the cloud via LTE-M cellular. This two-step architecture means the nodes themselves don't need cellular radios, keeping them small and extending battery life to 3-5 years.
What happens if someone destroys the device?+
The evidence is already in the cloud. By the time someone finds and destroys the device, the proximity scan data has already been encrypted and uploaded via LTE-M. Destroying the hardware doesn't destroy the data. That's by design.
Does it emit a signal that can be detected?+
Unlike AirTags which actively broadcast their location and can be detected by anti-stalking features, Digital Tripwire nodes operate passively. They listen for nearby BLE and Wi-Fi broadcasts without transmitting a discoverable signal. This makes them significantly harder to detect and remove.