The product  you provided is an advertisement for a smart electronic door lock with advanced security features. The lock is equipped with palm vein recognition, 3D facial recognition, and a numerical keypad for entry. Here are the key features highlighted in the image:

1. Palm Vein Structure Light: The lock uses a professional-grade palmar vein structure light module to ensure stable and reliable security through intelligent humanoid detection. This system utilizes the unique vein patterns found in an individual's palm for authentication.

2. Face Recognition Technology: In addition to the vein recognition, the lock employs face recognition technology and algorithms that have been certified by an authoritative detection institution and meet a security standard equivalent to that of financial 

3. Features and Capabilities:

• The lock can easily recognize and unlock all types of palms, emphasizing the ability to work with diverse hand types and conditions.
• Identification of palmar vein patterns is accomplished through the absorption characteristics of hemoglobin in infrared light.
• The security feature is described as difficult to copy or steal and is resistant to various forms of fraud, such as the use of pictures, videos, or prosthetic materials.
• The system uses a financial payment grade algorithm for palm recognition that can efficiently identify the palms of different demographics, including the elderly, children, men, and women.

4. The product is a state-of-the-art smart electronic door lock featuring cutting-edge security technologies. It incorporates palm vein recognition, 3D facial recognition, and a numerical keypad for secure access. The palm vein recognition system utilizes a professional-grade palmar vein structure light module, ensuring stable and reliable security through intelligent humanoid detection. This innovative technology authenticates individuals based on the unique vein patterns present in their palms.

   Additionally, the lock integrates advanced face recognition technology and certified algorithms, meeting security standards equivalent to those used in financial payment systems. The device's capabilities include the ability to recognize and unlock diverse palm types, utilizing the absorption characteristics of hemoglobin in infrared light for palmar vein pattern identification. The security system is designed to be highly resistant to fraudulent activities such as image or video manipulation, as well as prosthetic attempts to deceive the authentication process.

   Moreover, the lock employs a financial payment grade algorithm for palm recognition, enabling efficient identification of palms across different demographics, including the elderly, children, men, and women. Overall, this product represents a sophisticated and robust solution for ensuring secure access control in various environments.