Russian Startup Rating
Thu 21 September 2017
BIOMETRIC SOLUTIONS FOR YOUR COMFORT AND SAFETY
  • Real Time Identification System

    Rapid identification of citizens in a few seconds. High speed of identification is achieved due to the unique accelerating algorithms. This system would significantly improve safety of mass sports and social events - the Olympic Games, world championships, festivals, concerts.

  • AFIS

    The Sonda’s unique algorithms always prove their great accuracy in the biometric world tests and competitions and meet the requirements of international biometric standards.

  • Sonda's Fingerprint Scanners

    The unique volumetric prism reads 120° of the finger surface and provides high quality and accuracy. It excludes the rolling procedure making the process of registration easier and faster.

  • Sonda's SDK

    Designed for integration of fingerprint identification into wide range of civil and criminal applications such as criminal AFIS, National IDs, access control systems and many others.Sonda's SDKs provide easy integration to any system.

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Review

Tengo el alto honor de dirigirme a Usted, a fin de informarle que hasta el momento esta Policia ha logrado resultados positivos en la aplicacion de busqueda c identification de personas a traves del uso de vuestro sistema AFIS.
Republica oriental del Uruguay. Ministerio del Interior

New Sonda’s algorithms on FVC
Sonda Technologies Press Center Company news New Sonda’s algorithms on FVC
New Sonda’s algorithms on FVC
Sonda submitted two new algorithms on the regular Fingerprint Verification Competition - the advanced fingerprint algorithm and the algorithm of palmprint identification. Results were published on July 14 for fingerprint algorithm and on July 18 for palmprint algorithm.

The advanced fingerprint algorithm was tested on one of the most difficult FVC test - FV-HARD-1.0. It showed the best result among the other participants and proved the Sonda’s leadership. Sonda took the first place on a number of indicators: FMR (10000), FMR (1000), Zero (FMR). This algorithm had a very high verification speed - about 9 milliseconds.

The palmprint identification algorithm which was submitted for the first time passed PV-FULL-1.0. Palmprint verification consists in comparing two palmprints to determine whether they are impressions of the same palm or not and contains full images of palms acquired in operational conditions using high-quality optical scanners. Sonda was the first on two of the six indicators: FMR (10000) and Zerro (FMR). The searching time was 111 milliseconds which is 5-20 times better than the most of other participants had. In summary Sonda had the best result in this test.

Vladimir Gudkov, the developer, commented the test results: "We have done serious work on improving our algorithms and in six months made just a remarkable progress. Today our results are better on the most important indicators of FV-HARD and PV-FULL. These indicators are especially important for major software applications where the fast, accurate and reliable identification is in a great demand such as biometric systems of police and military use, civil access control systems especially for nuclear power plants, airports or railway stations".

Source FvcOnGoing

21.07.2017
Sonda's products

Sonda LS2FP

Sonda LS2FP

The scanner is designed for biometric identification systems with 2-, 4- and 10-finger registration. It captures two full fingerprints simultaneously.

It excludes the rolling procedure making the process of registration easier and faster. The fingers mixing up is practically impossible.

The scanner has compact and ergonomic design, comes with software and is ready for use on installation.

Real Time Identification

Real Time Identification

The Sonda RTI (Real Time Identification) system designed for rapid confirmation or identification of a person by fingerprint.

Access to the system database from any computer via WEB-interface, no special software required, or from any mobile identification terminal.

Searching speed is hundreds of times higher than the rate of traditional AFIS due to the special accelerating algorithms, which yet significantly reduce the hardware requirements.




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