Nicole McNamee-Wicks, Director of Biometric Cybersecurity at FaceTec, says her move from a decades-long career in federal law enforcement to the private sector was driven by a desire to stop identity fraud before it happens. Speaking on the latest episode of the ID Talk podcast, McNamee-Wicks described how FaceTec’s biometric technologies align with the preventative goals she was never able to fully realize during her time at the Social Security Administration’s Office of the Inspector General.
“I wanted to protect these people instead of just mopping up afterwards,” McNamee-Wicks said, recalling years of responding to cases where victims’ lives were upended by identity theft. At SSA OIG, she investigated fraudulent documents and impersonation schemes, often without the tools to verify the legitimacy of IDs in the field. “There’s over 300 different variations in driver’s licenses in the U.S. at any time,” she said. “I didn’t have the readers to verify them. It just wasn’t possible.”
Now with FaceTec, McNamee-Wicks is helping promote the company’s latest solution: the UR Code. The technology is a digitally signed biometric QR code that encodes facial vector data and customizable identity attributes. The codes can be embedded on physical or digital documents and verified with any standard smart device camera. According to McNamee-Wicks, the system is privacy-preserving, requires no internet connectivity once initialized, and does not transmit personally identifiable information to FaceTec or any other third party.
“This can take the place of a chip,” she said, noting that the codes are compact enough to fit on a standard ID card and robust enough to bind a person to their identity without revealing an image. The data is encoded as vectors, which she emphasized cannot be reverse-engineered into facial photos. Encoding agencies, which can range from governments and law enforcement to hospitals or schools, retain control over what information is included in the QR code and what is visible when it is scanned.
McNamee-Wicks highlighted a number of potential use cases, from interim driver’s licenses and law enforcement credentials to identity bracelets for vulnerable individuals and non-transferable event tickets. She also pointed to real deployments already underway, including sheriff’s departments using UR Codes for HR218 compliance and law enforcement IDs. One jurisdiction is considering the technology for use in bracelets issued to adults with Alzheimer’s, allowing first responders to access emergency contact and medical information with a simple scan.
The technology has gained attention partly because of FaceTec’s open challenge to the security community. The company’s longstanding Spoof Bounty Program invites researchers and hackers to break its biometric liveness detection system for rewards of up to $600,000. McNamee-Wicks said the bounty helped earn her trust in the company. “Not only were they saying, ‘our technology is amazing,’ they were also saying, ‘please try to break it,’” she said. “I don’t know of any better message than that.”
She also described the broader context in which FaceTec operates. Identity fraud, she noted, remains a pervasive and largely underestimated problem in the United States. “The most recent statistic I saw was a victim of identity theft every 22 seconds, and that’s just the reported ones,” she said. Many victims do not come forward due to embarrassment, personal ties to the perpetrator, or fear of reputational damage. Businesses in particular, she said, often avoid reporting fraud for fear of appearing negligent.
Meanwhile, counterfeit documents have become so sophisticated that even expert examiners increasingly struggle to identify fakes. “The bad guys have the sparkly shiny things now,” she said, referring to security features once thought to be effective deterrents. “They’re putting them on fake documents.”
FaceTec’s UR Code is designed to counter this by enabling real-time biometric verification on the spot. The companion mobile app guides users through scanning a document’s UR Code, verifying its digital signature, and matching it to the face of the person presenting it. The app can operate offline and is freely available, along with the company’s SDK, for use by governments, schools, and nonprofit agencies.
McNamee-Wicks believes the most immediate area of adoption will likely be interim licenses and other government-issued identity documents that currently lack security features. Departments of Motor Vehicles are already exploring digital ID integrations. As exposure increases, she expects wider uptake across industries.
“This empowers people who normally wouldn’t be able to verify an ID to do it with a phone,” she said. “That could be a retail clerk, a hospital staff member, or a security guard at a stadium.”
The episode offers a detailed exploration of how biometric authentication, coupled with digital signatures, could provide a scalable and practical solution to ongoing challenges in identity verification. McNamee-Wicks emphasized the simplicity of the user experience and the broad range of potential deployments. “There’s a lot in the works,” she said, adding that FaceTec’s commitment to usability and privacy is likely to accelerate real-world adoption.
The full episode is now available on all major podcast platforms, or via the media player below:
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By the ID Tech Editorial Team
