Hungarian border authorities have launched a pilot program to test contactless biometric capture at Schengen border points, working with German startup IDloop and the country’s Border Policing Innovation Program (HIP).
The pilot was formally unveiled yesterday, following a technical demonstration at a HIP-organized forum in late January. HIP operates within the Hungarian National Police and focuses on modernizing border security and inspection technologies.
The project centers on IDloop’s CFS flats scanner, a 3D contactless fingerprint system designed for high-throughput operational environments. The scanner is among the first 3D contactless fingerprint devices to achieve FBI PIV certification, initially certified in late 2024 with a significant algorithm update released in January 2026. The certification milestone is notable because border deployments must ensure compatibility with existing fingerprint databases and matching standards.
Contactless fingerprint capture is increasingly being evaluated by border agencies seeking to reduce wear on hardware, improve hygiene, and streamline traveler processing without sacrificing biometric performance. Operational questions typically focus on image quality in uncontrolled environments, interoperability with legacy repositories, and whether backend matching workflows require recalibration when shifting from contact-based to contactless capture.
The Hungarian pilot unfolds against a broader modernization effort. According to local reporting, the national police have earmarked approximately 4.8 billion HUF, roughly 13.4 million US dollars, for reconnaissance and biometric systems along the borders with Serbia and Ukraine. The funding is supported in part by the European Union’s Border Management and Visa Policy Instrument.
Across Europe, border authorities continue to test and procure biometric systems aimed at balancing throughput and security. Recent examples include Romania’s purchase of mobile fingerprint readers for border security and Finland’s Schengen border biometric pilot, both reflecting ongoing upgrades to inspection infrastructure.
Interest in contactless capture also extends beyond fixed border posts. Vendors have promoted scanners for a range of identity workflows, including contactless biometric scanners designed for post-pandemic identity needs, positioning touch-free systems as a way to support speed and user experience alongside matching performance.
If the Hungarian pilot advances to broader operational deployment, formal procurement notices and published performance data will provide clearer signals about scale, system integration, and long-term adoption across Schengen border environments.
Sources: IDloop, Hungarian Border Policing Innovation Program (HIP)
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By the ID Tech Editorial Team
