HID Global Tweaks its Lumidigm V-Series Biometrics Solutions to Enhance User Experience

HID Global has announced key enhancements to its best-in-class, Lumidigm V-Series biometrics solutions. The company has added features that is sought to further improve accuracy and interoperable image transfer of its V-Series product line while quadrupling the image capture speed of the embedded sensors and modules.

The enhanced features of the V-Series include:

• Four times faster finger image capture for seamless user transactions, improving usability while reducing user errors.
• The solution is now Minutiae Interoperability Exchange (MINEX) III certified, delivering up to five times greater accuracy using a top-ranked industry-standard algorithm.
• It also includes FBI-certified Wavelet Scalar Quantization (WSQ) image compression for fast, interoperable image transfer.

Each Lumidigm V-Series device is touted to use the company’s patented multispectral imaging to deliver the unmatched ability to acquire fingerprint images, even under harsh environmental conditions.  The V-Series provides excellent biometric interoperability, best-in-class liveness detection for fraud prevention, and proven robustness to reduce total cost of ownership in unattended and high-throughput applications.

“The key focus of biometrics has traditionally been on accuracy and security, but that doesn’t have to come at a sacrifice to speed and user experience,” said Paul Butler, Vice President and General Manager for Biometrics with HID Global.  “The latest updates to HID Global’s Lumidigm V-Series provide a solution that builds upon our world-class performance and industry-leading liveness detection while simultaneously providing a more convenient experience to users.”

The biometrics solution is ideal for faster customer authentication at ATMs, provider authentication for medical dispensing and identity verification for voting systems.

Availability

The enhanced Lumidigm V-Series is available now in either embedded or streaming biometric authentication modes. Click here for more information.