Technical specifications indicate the Veise RZ07 operates as an entry-tier biometric deadbolt utilizing a 508 DPI capacitive sensor for local authentication. Data analysis confirms the integration of a high-torque DC motor assembly rated for 100,000 cycles, managed via a cloud-dependent Bluetooth stack. While biometric templates are stored on a local secure element, extended functionality such as audit logging and temporary code generation requires synchronization with the TTLock/Veise application infrastructure.
Hardware & Performance Metrics
Material analysis identifies the exterior chassis as a zinc alloy with an IP54 moisture-resistance rating, while the interior escutcheon is composed of high-impact plastic. Power is supplied via a 6V DC rail from four AA batteries, supported by an emergency Type-C external power port for electronic jump-start capabilities. Structural limitations include the absence of a high-sensitivity jam sensor, which may result in increased motor strain and accelerated battery depletion if mechanical resistance is encountered during bolt extension.
- Authentication modes: Biometric, Digital Keypad, Physical Key.
- Communication protocol: Bluetooth Low Energy (BLE) 4.2.
- Compliance rating: IP54 (environmental dust and splash resistance).
Aggregated specification data confirms that remote network management and third-party voice assistant integration are not native to this hardware; these functions are provided through the addition of a G2 Wi-Fi bridge peripheral. The device lacks native support for Matter or Thread protocols, necessitating an intermediary gateway for integration into local-only automation environments.
The Veise VE017 provides a more resilient physical build for users who require higher-resolution sensor input and a different exterior aesthetic within the same software ecosystem.
This hardware is classified within the keyless smart locks and biometric entry systems category, serving as a localized point of access control.
