With the application and popularization of artificial intelligence (AI) in home scenarios, smart locks have gradually become an indispensable product for smart homes, and security, anti-theft and convenient life have become important indicators for residents to purchase smart door locks. Compared with identification methods such as passwords and fingerprints, face recognition door locks meet users' needs for security and convenience.
DOMI DM_SV001_M7 is a face recognition module custom-developed for the smart door lock industry. It aims to empower the smart door lock industry with AI. The software uses live detection and face recognition algorithms to provide a complete set of face door locks.
DM_SV001_M7 face recognition door lock solution provides a convenient unlocking experience. The whole process from power-on to face unlock is extremely convenient. When a person approaches the door lock, the door lock module can be activated instantly to identify the face within the detection range and complete the entire unlocking process. For example, users can enter the house by simply standing in front of the door. At the same time, the DOMI face recognition door lock solution is not affected by light, angle, and height. Even in strong light, backlight or dark corridors, it can accurately identify faces, and ensure the safety of residents in all weather without distinction, with high convenience.
While meeting the fast and diversified needs of consumers, how to ensure family safety has also become a key concern. At present, most of the face recognition door locks use 2D recognition solutions. In theory, a photo can deceive the camera, and there are great hidden dangers in security. DM_SV001_M7 face recognition door lock uses a binocular infrared camera scheme. The face recognition algorithm has a very high accuracy rate, can effectively resist attacks such as photos and videos, and fundamentally solve the possible security problems of face recognition smart locks.
DM_SV001_M7 face recognition door lock also overcomes the current problem of high power consumption of smart door locks, which can achieve less power consumption in standby state, and reduce overall power consumption by improving recognition efficiency in working state.
