Performance metrics demonstrate a 500 DPI capacitive fingerprint sensor optimized for low-latency biometric processing. Structural analysis confirms the deadbolt assembly requires a 1-inch bore depth to prevent motor stall alarms, which are triggered by mechanical resistance during the throw phase. The unit functions as a standalone security node, utilizing a zinc alloy finish that provides structural integrity but remains subject to surface wear over an estimated 10,000-cycle keypad lifespan.
Internal component analysis identifies this hardware as sharing an ODM chassis and keypad matrix with Orangeiot and Sifely models. The 4x AA battery power supply supports a high-speed biometric sub-system capable of storing 20 unique fingerprint templates locally. Because the device lacks native Zigbee, Z-Wave, or Wi-Fi radios, remote telemetry is unavailable without the integration of an external gateway.
- Primary Access: Biometric Fingerprint, Keypad PIN.
- Secondary Access: Physical Key Override.
For installations requiring networked monitoring, the Veise VE017-L provides a specialized alternative focused on high-speed local biometric entry rather than cloud-integrated features.
This device represents a high-throughput standalone entry point within the keyless smart locks biometric keypad hardware classification.
