Warwick Warp
Born out of the University of Warwick in 2006 and renowned for speed and precision, Warwick Warp has gone from strength to strength in the research and development arena of fingerprint biometrics. Warwick Warps technology can be embedded in systems for use in law enforcement, passport control, payment automation, access control and workforce management.
Warwick Warps products have been independently benchmarked against market leaders by the National Physical Laboratory UK (NPL) and the National Institute for Science and Technology USA (NIST), achieving the highest rank for matching accuracy. Warwick Warp specialises in the handling of low quality prints, improving matching accuracy and speed of the fingerprint recognition process, surpassing global providers.
Warwick Warp continues to deliver ground-breaking software, specialising in commercial and Latent SDKs which have been designed to deal with the lowest quality prints.
- LiveScan SDK, scalable fingerprint recognition software designed for high accuracy and speed. With a variety of applications, from workforce management, time and attendance, access control to identity verification. LiveScan SDK is affordable with a flexible licensing model making it an ideal solution for small to medium enterprises.
- Warwick Warp's AFIS SDK is a fast, large scale Automated Fingerprint Identification System (AFIS) where the highest level of speed is required, matching accurately and automatically, with no manual intervention, AFIS SDK is ideal for high volume fingerprint capture and authentication.
- Latent SDK’s underlying technology is independently benchmarked by National Institute of Standards and Technology (NIST), making it a market-leader for accurately matching low-quality prints. Designed for law enforcement, where room for error is not an option, Latent SDK is perfect for crime mark identification and works consistently on standard hardware. Latent SDK supports a “lights-out” mode as well as various levels of manual mark up. It is capable of maintaining its performance as the print database increases in size making it suitable for both small and large scale applications.
