Sigur - Access Control (formerly Sphinx)

Sigur (formerly Sphinx) is a professional tool for building security systems of any scale and complexity.

2020: Integration with SecurOS FaceX and SecurOS Auto

The company's specialists Sigur have completed work on the integration video analytical module face recognition SecurOS FaceX state and registration marks transport of SecurOS Auto tools to the Sigur access control and control system. This was announced on October 26, 2020 by the company. ISS

In a one-factor case authentications data , the recognized person or number car is sent ACS to Sigur for matching with the checklist data. A positive result of the search - "match found" - is the provision of access to a person's passage through a turnstile or the passage transport of funds through a barrier.

In cases where required, two-factor authentication access is provided when two factors coincide: a recognized person or machine number and, identifier smart cards which is applied to the turnstile reader or, accordingly, to the barrier reader.

Data on persons and state registration marks of vehicles are stored on the Sigur server. This data is also managed on the MCDS Sigur side. Video passes and passes are saved on the video server SecurOS. Information about people's passes and car passes is also recorded and available to the operator in the interfaces SecurOS FaceX or, respectively, SecurOS Auto.

{{quote 'As developers we see our task in enabling users to choose the best way to work with our product. Since MCDS is an integral part of the enterprise infrastructure, we strive to make our system as flexible and integrable as possible - in relation to other security or business automation products. A joint solution with ISS, the quality of products of which is proven by numerous implementations, is another step in this direction, the Sigur press service said. }}

2019

Joint solution of PromAutomation and NtechLab

On February 13, 2019, PromAutomation, together with NtechLab, presented a joint product designed to simplify security management for corporate customers.

According to the company, the use of MCDS on the basis of face recognition allows you to guarantee the possibility of access to the facility only by admitted persons and ensure a flexible distinction of rights, excluding the possibility of human errors and criminal conspiracy. Thanks to what is the cornerstone of the decision algoritmFindFace. Thanks to the use of liveness technology, the algorithm is able to distinguish a living person from an image, which eliminates the possibility of penetration of unauthorized persons.

The solution of NtechLab and Sigur will speed up the passage of employees to the enterprise by identifying any number of people entering the cell at a distance of several meters. Even if a large group of visitors is approaching the turnstile at the same time, the system will accurately reveal who is forbidden access to the object. To comply with the accuracy of identification in 99%, not even the most modern video equipment is enough - the minimum technical requirements for the camera do not exceed the permission of 720x576 points. Artyom Kukharenko, founder of NtechLab and head of the company's machine learning laboratory

To demonstrate the work of the joint solution of Sigur and NtechLab, a special zone was organized that allows you to clearly show the work of passages - from identifying employees to fixing the facts of passages. As an executive device, an IP turnstile was used - a tripod with the Sigur controller already installed. Due to the fact that all the work on connecting the MCDS controller is done in the production of the device, the installation of such a solution on site is carried out easily and quickly.

The access control and control system developed by our companies will help enterprises not only keep accurate records of employees' working hours, but also save on personal data, without fear that someone who should not be there will penetrate the facility. In addition, facial recognition for February 2019 is the most modern and user-friendly method of identification. The implementation and operation of the solution do not require complex organization of space and large investments. In addition, companies that already use Sigur solutions can easily upgrade them and start working with NtechLab algorithms. Konstantin Maleev, leading engineer Sigur

Description of Sigur

With Sigur, you can flexibly adjust the levels and order of access of personnel and vehicles to the territory of the company, while using the method identifications that is optimal for the object. Support for most popular actuators, as well as ready-made circuitry to connect devices to controllers ACS , will speed up the implementation process.

As of February 2019, more than 10,000 objects of varying degrees of complexity were sold on Sigur equipment. The equipment is installed and operates in more than 150 cities of Russia, the CIS countries and Europe.

Opportunities

Identification

• Identification by contactless cards
• Identification by bank cards
• Secure identification based on Mifare cards
• Identification by smartphone
• Fingerprint biometrics
• Iris biometrics
• Biometrics according to the figure of palm veins
• Facial Recognition System
• Identification of motor transport
• Barcode Identification
• Identification on PIN Code

Management of access

• Set Access Schedules
• Mobile registration of personnel passes
• Request for security sanction for passage
• Area Control/Antipassback
• Limitation of the number of persons in the zone
• Identification by multiple characteristics
• Access Accompanied/Only Two
• Lock mode
• Inspection of personnel and vehicles
• Control of trainings
• Handling Access Denied Situation

Control of the equipment

• Turnstiles
• Card venders
• Barriers/Gates/Bollards
• Doors
• Elevators
• Integrated lock systems
• Traffic lights and signage
• Intercoms
• Breathalyzers
• Storage Devices/Keys
• Control of readout indication
• Manage Presence Readers

Time & Attendance

• Set work schedules for personnel
• Accounting for Various Work Schedule Violations
• Automatic unloading of T-13 sheet to 1С
• Use of LRA terminals
• Accounting of justifiable documents
• Support for different time zones
• Integration with 1C: Enterprise
• Unloading passages to external system

Comprehensive Security System

• Integration with video surveillance systems
• Integration with fire protection systems
• System Event Monitoring
• Graphic area plans
• Changing AP Lock Mode
• Specifying Different Reactions to Events
• Sending notifications SMS // Telegram Email
• Unlock in case of emergency
• Evacuation report

Administration of a system

• Maintain Personnel Files
• Badge Editor
• Synchronize frames across a third-party database
• Differentiation of Operator Rights
• Active Directory Integration
• Uploading events to an external system
• Integration with various web projects
• Delegating actions to a third-party system
• Cross-Platform (Windows/Linux)
• System Element Status Monitoring
• Building a Distributed Network

Guest passes

• Working with Temporary Passes
• Issuance and approval of pass requests
• Recognition of documents
• Integration with pass ordering systems

Automation of payments

• Organization of paid access
• Cashless payments in canteens

2017: Name change to Sigur

Since April 18, 2017, SKUD Sphinx has been operating under the SIGUR brand.

2011: Composition. Description of MCDS "Sphinx"

According to October 2011, the Sphinx MCUD consists of a set of Sphinx software and controllers, designed to work as part of the professional Sphinx MCUD manufactured by the Russian enterprise PromAutomatics.

"Sphinx" controllers are network controllers. Regardless of the presence of communication with the system server, each controller decides to allow or deny access on its own, based on the key base and access modes stored in the non-volatile memory of the controller. All registered events are also stored in the non-volatile memory of the controller. The date and time of the event is recorded according to the readings of the built-in real-time clock. If there is communication with the server, events are automatically transmitted to the MCDS server.

In the event log of MCDS Sphinx, you can track all recognized car numbers transmitted from Ewclid-AUTO modules. Now you can find out - the car with which number drove, and in which direction. These numbered events are stored in the event log archive, which can then be analyzed and reported.

To implement this integration, the software () ON Ewclid version 2.1.29, Ewclid-AUTO software 2.0.5 and SPHINX software 1.0.52.8 must be installed on the video server.