LES is More. Certified Biometric Small and Thin Enough for Integration with Mobile Devices
Spartanburg, SC – May 16, 2013 – Integrated Biometrics patented LES (Light Emitting Sensor) film in combination with a custom thin film transistor camera introduces Sherlock, a fingerprint scanner providing the highest forensic quality roll image in the smallest and lightest form factor available on the market today. Sherlock, an Appendix F Mobile ID FAP 45, Certified scanner is highly efficient and provides a 95% reduction in size and weight when compared to optical scanners.
Sherlock is provided with a full featured SDK to enable effective integration into applications requiring FAP 45 FBI Certified images. This product meets the needs for both enrollment and verification applications common in international standards based programs. At less than ½ inch thick, Sherlock is particularly suited to mobile applications where minimal size, weight and power are critical.
Sherlock evaluation kits are available. Contact email@example.com for more information.
LES is More.
About Integrated Biometrics
Headquartered in Spartanburg, SC Integrated Biometrics patented LES technology enables integrators the first ever truly mobile FBI Certified fingerprint biometrics sensors. LES technology meets the stringent image performance requirements of the FBI Appendix F standards in a thin form factor compatible with smart phone, tablets and hand held mobile device requirements.
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.