Earlier this fall, Integrated Biometrics was recognized by the Institute for Defense and Government Advancement (IDGA) for its outstanding and ongoing contribution to the continued protection of the United States of America.
The award was presented during the 10th Annual Homeland Security Week in Arlington, Virginia in the Technology Innovation of the Year category. The award reads, “For support to the United States Citizenship and Immigration Services (USCIS), United States Customs and Border Protection (CPB), and the United States Immigration and Customs Enforcement (ICE) with Integrated Biometrics finger print sensor technology.”
Integrated Biometrics designs and manufactures the world’s lightest, fastest, most innovative, FBI-Certified fingerprint sensors for solution providers building advanced biometric enrollment and verification products. Our patented light emitting sensor (LES) film eliminates the challenges of enrolling and verifying fingerprints in demanding environments, with print capture quality impervious to dusty or unstable conditions, dry fingers and direct sunlight. Its innovative, energy efficient, durable form factor enables solution providers and end users to achieve all of their essential identity management goals.
Headquartered in Spartanburg, SC USA with design and production facilities in Seoul, South Korea, Integrated Biometrics serves global security integrators and OEM manufacturers throughout the world.
Integrated Biometrics, LLC designs and manufactures FBI-certified fingerprint sensors for law enforcement, military operations, homeland security, national identity, election validation, social services, and a wide range of commercial applications. The company’s patented light emitting sensor technology enables lightweight scanners that outperform traditional prism-based devices in size, power consumption, portability, and reliability. Identity management solutions providers, government agencies, and corporations around the world rely on Integrated Biometrics’ products to enroll and verify individual identity quickly and accurately, even in remote locations.