Smart handles, with the capacity to store data for 100 fingerprints, 100 faces, and 200 passwords and cards, enable the management of access and user movement. Equipped with a color camera and night vision technology using infrared, these handles can recognize faces even in the dark.
Users can store their images or names in the handle system, allowing the manager to monitor entry and exit.
In emergency situations, such as robbery attempts, multi-manager alert settings send warnings to other managers, preventing unauthorized access.
For better control over access, the system can be set to allow certain individuals, such as construction workers, access only during specific time intervals determined by you.
When busy, you can rely on the handle’s smart feature to provide reports of the last 1000 accesses whenever needed.
Additionally, the handle can be configured to automatically lock the door a few seconds after it has been opened, a useful feature for those prone to forgetfulness or too occupied to worry about door security.
For companies, settings can ensure that after working hours, the handle locks automatically, and access via fingerprints, face recognition, or passwords is disabled. This is referred to as the “”Night Lock”” feature.
The handles also come with alert systems and battery-saving modes, keeping you informed of battery status and allowing you to take necessary actions to ensure uninterrupted access.
If you own a smartwatch, you can view alerts and access control notifications online on your watch when your mobile device is unavailable.
For hospitality applications, such as hotels, you can create one-time or multi-use passwords for guests.
The handle’s “”block mode”” feature activates a one-minute lockout after five incorrect password attempts, providing intelligent responses to threats.
In the event of power outages or unexpected incidents, the “”Super B”” mechanical key ensures that access is not disrupted. This key allows manual access to the door handle without relying on electronic technology, ensuring that individuals can still enter or exit the building when smart systems are unavailable.