Prosoft Biometrix ProSoft Biometrics
Since 2006
Russia
Northwestern Federal District of the Russian Federation
Siberian Federal District of the Russian Federation
Central Federal District of the Russian Federation
Ural Federal District of the Russian Federation
Volga Federal District of the Russian Federation
Kazakhstan
Yekaterinburg
st. Zoological d. 9
Top managers:
Dremin Alexander Vladimirovich
Owners:
ProSoft
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ProSoft Biometrics is a Russian developer and manufacturer of Biosmart biometric systems for human identification by fingerprint, palm veins and facial geometry. The company was established in 2006. Included in the Prosoft-Systems group of companies.
Products
Biosmart biometric systems are used as part of MCDS and time and attendance systems. They help protect business resources from unauthorized access, as well as effectively organize the workflow and maximize staff returns.
ProSoft Biometrics supplies Biosmart biometric systems to 20 countries.
The company has more than 5,000 implementations on its account (2020 data). Biosmart devices are applicable in all spheres of the economy: they work in enterprises of various industries, in construction organizations and organizations of the financial sector, in IT, in medical institutions, as well as in public sector companies.
There are several dozen types of devices in the product line: fingerprint readers, palm veins and facial geometry; terminals for recording the working hours of employees, terminals for organizing access control, controllers for operation as part of a network access control and control system (MCDS).
All BioSmart devices are compatible with Biosmart-Studio V5 software and together form a single MCDS or time recording system, which can be implemented both in micro-companies and in corporations with a developed branch network and hundreds of thousands of employees.
Certificates and Licenses
Prosoft Biometrix products meet the requirements of international quality standards.
The reliability of Biosmart devices is confirmed by certificates of compliance with GOST of the Russian Federation for MCDS and biometrics, a transport security certificate ("certificate according to the 969 Decree"), as well as European CE certificates and a Czech certificate according to the IV security class.
The company's quality management system complies with the requirements of the international standard ISO 9001:2008.
Prosoft-Biometrix is a patent holder for a useful model and invention of a palm vein scanner in Russia, Europe and the United States.
Production
Prosoft-Biometrix is located in Yekaterinburg on an area of 10,000 m ² and is organized on the basis of the experience of the largest European electronics suppliers.
The company's production assets include a printed circuit board installation shop, terminal and instrument assembly areas, a locksmith and electrical installation shop, adjustment and testing areas. There is its own accredited testing laboratory.
Biosmart electronic modules undergo rigorous quality control at each stage of production. Finished batches of components are stored in an automated warehouse at a certain temperature and humidity.
The optical components of the scanners are assembled and tested in a "clean room." Assembled devices - terminals, readers, controllers - are tested within 2 days before being sent to the customer.
History
2024
Biometrics Market in Russia
In the global security system market, the issue of privacy of personal data has always come first. Biometric data, the use of which has been observed more and more over the past few years, is certainly personal. The review examined the case of the Russian developer and manufacturer of biometric devices BIOSMART: how to use biometrics at facilities, while complying with 572-FZ requirements. How can interaction with the EBS be built over vector (via BSC [1]) and transactional (directly) models. Read more here.
Integration with BSC and EBS
The developer of biometric devices and technologies BIOSMART works in accordance with the 572-FZ through interaction over vector (BSC) and transactional (EBS) models. Read more here.