The Yale security peripheral is constructed with a laser-cut door featuring minimal tolerances to mitigate prying risks. The locking mechanism utilizes a low-energy motorized bolt powered by 4 AA batteries. Connectivity is established through a dual-stage bridge, using Bluetooth Low Energy (BLE) for safe-to-bridge communication and 2.4GHz Wi-Fi for bridge-to-cloud integration.
Technical specifications indicate the software stack supports Apple HomeKit, Amazon Alexa, and Google Home ecosystems, providing detailed audit trails of all access events. In the event of battery failure, a 9V external battery jumpstart terminal is located on the exterior. The proprietary PCB and motorized assembly are unique to the ASSA ABLOY hardware stack.
Signal stability is dependent on the proximity of the Wi-Fi bridge, as high-density steel walls can attenuate the BLE signal. This specific hardware configuration relies on PIN or application-based access rather than biometric sensors.
The Motorola Flex Safe is an alternative if you require a portable tethering system for temporary security deployments. This device is an example of the smart safes architectural classification.
