FBI Investigates Dark Web Sale of 153 Million Driver's Licenses Linked to IDScan.net

The operators of a newly launched dark web marketplace claim they spent the last year quietly exfiltrating 153 million driver's license scans from a major corporate database, packaging the high-resolution infrared and ultraviolet images for sale to identity thieves. Louisiana-based identity verification vendor IDScan.net, whose hardware and software process millions of those exact scans each month for Fortune 500 clients, maintains that it is actively investigating the reports but has not confirmed any unauthorized access to its systems. The Federal Bureau of Investigation's New Orleans field office has opened an official inquiry into the incident, declining to comment on the source or scope of the data while the investigation remains active.[3][4]

The database emerged this week on Exploit, a Russian-language cybercrime forum, under the marketplace name "Nexus." The operators advertised a staggering inventory: 153 million U.S. and Canadian driver's licenses, 10 million identification cards, 3 million travel documents, and 579,000 medical and dispensary cards. While threat actors frequently inflate record counts to attract buyers, independent cybersecurity journalists who accessed the Nexus portal before it vanished reported that a blank search returned approximately 11.5 million pages of results, suggesting the volume claims were mathematically plausible.[1][2][4]

The evidence linking the cache to IDScan.net relies on the metadata attached to the stolen images. Cybersecurity reporter Brian Krebs located his own Virginia driver's license in the database, complete with front and back scans. The file's timestamp matched a June 2025 transaction where he presented the ID at a Hertz rental counter. Similarly, security researcher Zach Edwards found his license with a timestamp corresponding to a visit to a Planet13 cannabis dispensary in Las Vegas.[4]

Both Hertz and Planet13 are publicly advertised clients of IDScan.net. The vendor markets its technology as a comprehensive fraud prevention and age verification suite, claiming its systems perform over 21 million verifications each month across 20,000 locations. The hardware captures the barcode data, magnetic stripe information, and specialized security features of government-issued IDs, centralizing that data to verify authenticity.[2][4]

When presented with the timestamp correlations, IDScan.net acknowledged the inquiry but offered no technical explanation. Jillian Kossman, a marketing and operations leader at the company, told researchers that the provided updates were "helpful to our team's investigation," but stated she was unable to share additional information. The Nexus marketplace disappeared from the dark web shortly after the initial reports were published, a common tactic when threat actors attract unwanted federal attention.[1][3][4]

The incident exposes the mechanical reality of modern identity verification. When a consumer hands their license to a retail clerk or uploads it to an app, the business rarely processes the data itself. Instead, it routes the image through specialized third-party vendors. This architecture solves the immediate fraud problem for the retailer but creates massive, centralized repositories of the exact documents that banks, government agencies, and telecom providers use to establish identity.[3][4]

If the Nexus operators' claims hold true, the breach represents a catastrophic failure of data retention policies. In their introductory forum post, the threat actors stated, "We have been continuously exfiltrating new data for over a year into our private database." The presence of year-old scans in an active database suggests that the verification vendor was not merely checking the IDs and discarding the images, but storing the high-resolution files indefinitely.[1][3]

The long-term utility of this data makes it uniquely dangerous. Unlike a compromised credit card, which a bank can cancel and reissue in minutes, a driver's license contains static biometric and demographic information. James E. Lee, President of the Identity Theft Resource Center, noted that this specific dataset will retain massive value to the cybercriminal community for years, providing the foundational documents required to bypass two-factor authentication and execute account takeovers.[1]