Russian Startup Rating
Sat 21 October 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

Present to Kazakhstan future criminalists
Sonda Technologies Press Center Company news Present to Kazakhstan future criminalists
Present to Kazakhstan future criminalists
Sonda Technologies specialists installed Automated Fingerprint Identification System in a leading Institute of Higher Education in Kazakhstan Republic. It was Gumilev Eurasian National University.

Professional System SONDA AFIS was installed special for Juridical Faculty in this Institute. The system is successfully used by police of Russia, Latvia, Moldavia, Uzbekistan, Kirghizia and other countries for several years. Its primary function is creation and conducting of electronic database of tenprints, palm latents and fingerprints. Using this system will help students-lawyers to become familiar with their speciality and work at professional level. Future specialists will learn to identify people fast and accurate. The system will allow to work with fingerprints, palms and latens leaved at the places of crime committing.

Additional possibilities are provided for students. These are the special programs for tenprint input studying and initial features control, as well as fingers and palms latents codding. Future Lawyers will be able not only master the skills of work with AFIS, but also will gain the clear idea about expert-criminalists work. And after graduating will be able to work as processionals in this sphere.

After the system installation Sonda specialists conducted a training course for University teachers. Sonda Programmers demonstrated all features and opportunities of the system, and the educational institution staff asked questions about the Company and the system work. The conversation was interesting and useful. A certificate was given to every participant of a course after its termination.

09.02.2016
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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