Face recognition access control and palmar vein access control which one is better?

Views : 7235
Author : Reyna Ren
Update time : 2023-07-20 17:42:04

Face recognition access control and palmar vein access control which one is better

Face recognition access control and palmar vein access control which one is better? Face recognition access control and palmar vein access control have their own advantages, and the specific choice depends on the use scenario, security needs and convenience needs.

1, palmar vein access control: This access control technology through the analysis of the user's palm vein characteristics for identity verification, with a high degree of accuracy and anti-counterfeiting ability, effectively prevent identity fraud. Its advantages include no direct contact, fast authentication, and protection of user privacy. Palmar vein access control is suitable for places with high security requirements, such as research laboratories and financial institutions.

2, face recognition access control: This access control technology by capturing the user's facial features for identity verification. Its advantages include fast identification, no need to touch the device, and suitable for different scenarios. However, face recognition access control may have accuracy issues in some cases, as facial features are susceptible to lighting, Angle and occlusion.

In practical applications, the advantages of the two access control systems can be combined and selected according to different scenarios and needs. Face recognition access control and palmar vein access control which one is better? Cardlan suggest that in places with higher security requirements, palmar vein access control may be more suitable; In scenarios where convenience and user experience are more important, face recognition access control may be more appropriate.

Related News
Read More >>
Cardlan Bus segment fare collection system Cardlan Bus segment fare collection system
Jan .30.2026
Cardlan Zonal fare collection support tap on and tap out to realize station fare collection.
Cardlan bus card reader system Cardlan bus card reader system
Jan .23.2026
Cardlan public transport charging system has performed exceptionally well in the market, particularly in the smart public transport sector. It has established a comprehensive ecosystem spanning hardware to software, serving numerous bus companies and users, and enjoys high market recognition. The system's market is primarily concentrated in mainland China, where a diversified technological landscape has emerged, dominated by contactless IC cards, mobile payments, NFC, and QR codes.
‌Cardlan Company: Strategic Deployment of Public Transportation Payment Products and Integrated Peripheral Devices (GPS Tracking, CCTV, Barriers) ‌Cardlan Company: Strategic Deployment of Public Transportation Payment Products and Integrated Peripheral Devices (GPS Tracking, CCTV, Barriers)
Jan .18.2026
Since 2026, Cardlan has strategically expanded its public transportation payment ecosystem by integrating peripheral devices such as GPS vehicle tracking, CCTV cameras, and intelligent barriers. This platform-centric approach leverages existing SaaS infrastructure to create a unified smart transit system, enhancing operational efficiency and security without direct hardware manufacturing.
Cardlan 2026: Synergistic Innovation of Software Bus Fare System and Hardware OEM Production Cardlan 2026: Synergistic Innovation of Software Bus Fare System and Hardware OEM Production
Jan .05.2026
In the field of intelligent transportation in 2026, the deep integration of software and hardware is redefining the future of bus fare systems. Cardlan Technology, as an industry pioneer, has been committed to the research and development of bus-mounted fare systems, urban "one-card" systems, and intelligent IoT information systems since its establishment in 2006. This article explores the innovative features of Cardlan's 2026 software bus fare system and its synergistic development model with hardware OEM (Original Equipment Manufacturer) production, demonstrating its core role in enhancing urban transportation efficiency.