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Video Analytics for Airports, Railway Stations, Metro Systems, and Ports

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Tevian video analytics for transport hubs helps security and operations teams work with passenger flows, events, and objects in video footage. The solution analyzes video from cameras in airports, railway stations, metro stations, ports, railway terminals, and industrial transport facilities. The algorithms count passengers, detect queues and crowding, help search for a person by photo, silhouette, or description, identify unattended items, monitor service areas, and recognize railcar numbers.


Passenger Flow Analysis and Monitoring

Monitoring Zone Occupancy, Queues, and Crowding

Tevian Recognition Platform analyzes video streams in entrance areas, check-in areas, screening zones, platforms, passageways, and waiting halls. The algorithms count passengers, estimate flow density, and show where infrastructure load is increasing. For operations teams, this helps identify which areas are overloaded during peak hours, where an additional post should be opened, where passenger routes should be adjusted, or where staff should be reassigned. Security teams receive data on areas with increased crowd density and can respond faster to unusual situations.

What does the system provide:

  • Passenger counting in video streams.
  • Passenger flow analysis by zone and time period.
  • Monitoring of queues, crowding, and flow density.
  • Statistics for entrances, platforms, waiting halls, and screening areas.

Workforce Discipline Control

Monitoring Employees and Compliance with Procedures

Tevian Operator Monitoring analyzes video from work and service areas: control posts, screening points, platforms, entrance groups, and technical rooms. The system records employee presence at the workplace and events that require review: a long absence from a post, presence in a restricted area, violation of a defined procedure, or another action configured for the facility’s scenario. For shift supervisors, this helps review disputed situations faster, check how posts are operating, and understand where duty coverage should be reinforced or staff schedules adjusted. Security teams receive an event log by zone, time, and violation type.

What does the system provide:

  • Monitoring employee presence in work and service areas.
  • Recording events related to compliance with procedures.
  • A log of violations and disputed situations by facility zone.
  • Data for shift supervisors, operations teams, and security teams.

Situational Video Analytics

Detection of Unattended Items and Risk Events

Video analytics analyzes passenger, service, and technical areas of a transport hub: waiting halls, passageways, platforms, screening areas, entrance groups, and restricted-access rooms. The system detects events that require operator attention: unattended baggage, boxes and other items, an object appearing in a defined zone, smoke, fire, or a person falling. For security teams, this helps detect situations faster when they are difficult to track manually across many cameras. The operator receives an event linked to a zone and time, verifies it in the video, and passes the information to the duty shift or responsible department.

What does the system provide:

  • Detection of unattended items and baggage in passenger and service areas.
  • Recording events in defined control zones.
  • Operator notifications with location, time, and event type.
  • Event transfer to the existing security system or operator workstation.

What does the system provide:

  • Search for a person by photo, silhouette, or description.
  • Search by visual attributes: clothing, color, objects, height.
  • Work with live video streams and archived footage.
  • Reduced search time across transport hub cameras.

Face Verification

Identity Verification in Control and Service Areas

Tevian algorithms compare a person’s face with a photo in a document, access pass, or pre-created profile. This scenario can be used in registration areas, access points, service rooms, checkpoints, and other parts of a transport hub where it is important to confirm that access is granted to the right person. For security teams, this helps reduce the risk of access using someone else’s document or pass. For facility staff, it speeds up verification within the usual workflow: the operator sees the comparison result, checks the data, and makes a decision according to internal procedures.

What does the system provide:

  • Face comparison with a photo in a document, pass, or profile.
  • Identity verification in control and service areas.
  • Recording the verification result for later event review.
  • Transfer of the result to ACS, a registration system, or an operator workstation.

Document Processing

Document Recognition at Control Points

Tevian IDP recognizes documents from scans, photos, and camera images at control, registration, and access points. This may be a passport, ID card, access pass, permit, or another document type used at a transport infrastructure facility. For employees, this reduces manual data entry and helps process access, registration, or visitor checks faster. The operator receives recognized fields, compares them with the document, and confirms the result according to the facility’s internal procedure.

What does the system provide:

  • Recognition of document text and fields.
  • Data extraction from photos, scans, and camera images.
  • Document image quality check.
  • Data transfer to registration, access control, or document workflow systems.

Railcar Number Recognition

Rolling Stock Accounting at Railway Facilities

Tevian Railway SDK recognizes railcar, platform, and locomotive numbers at entry, exit, and control zones. Cameras capture the train as it passes through a control point, and the algorithms determine the number, time, direction of movement, and passage event. For railway terminals, ports, industrial sites, and logistics facilities, this helps automate rolling stock accounting without manually rewriting numbers. The data can be used for reconciliation with internal accounting systems, weighing systems, and arrival or departure logs.

What does the system provide:

  • Recognition of railcar, platform, and locomotive numbers.
  • Rolling stock accounting at entry, exit, and control sections.
  • Recording time, direction of movement, and passage event.
  • Railcar number checksum verification.
  • Data transfer to accounting, dispatching, or weighing systems.

FAQ

Video analytics helps security teams, operations teams, and dispatch centers work with events at the facility faster: monitor areas with high passenger flow, receive alerts about abnormal situations, search for people across cameras, verify access to service areas, and track rolling stock on railway sections. The set of scenarios is selected based on the type of facility: airport, railway station, metro station, port, terminal, or industrial site.

Yes, in most projects, existing cameras can be used if the video stream quality is suitable for the selected scenario. The result depends on resolution, camera angle, lighting, frame rate, installation height, and the size of the object in the frame. Before deployment, testing is usually carried out on archived recordings or pilot video streams from the target areas.

Events and recognized data can be transferred to external systems through an API, SDK, or another agreed integration interface. Video analytics can be connected to VMS, ACS, a registration system, an operator workstation, a dispatch center, a rolling stock accounting system, or the customer’s internal IT services.

Yes, the solution can be deployed in the local infrastructure of a transport facility or organization. This option is suitable for facilities with strict information security requirements, where video data and personal data must not be transferred to external cloud services. The configuration depends on the number of cameras, analytics scenarios, system load, and data storage requirements.

Yes. Different processing rules can be configured for entrance areas, registration zones, screening areas, platforms, passageways, waiting halls, service rooms, and technical zones. For example, queues, crowding, and unattended items are important in passenger areas, while access control, staff presence, and compliance with internal procedures are important in service areas.

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