Illustrative scenario of an avenue with traffic flow counting and license plate reading
Mobility and urban operations

Smart cities

Connected information for smart security in urban operations.

Tell us about your project

We turn footage of roadways and urban spaces into traffic intelligence and operational events, routed to authorized teams.

Starting with a targeted scope

The solution is validated at designated points before expanding coverage.

01/ Operational challenges

The city generates data. The operation needs to use it.

01

Decentralized sources

Video, sensors, and urban service logs can remain distributed across systems and teams.

02

Variable scenarios

Weather, lighting, movement, and uneven coverage across areas impact image analytics.

03

Inter-team coordination

Response to urban events depends on well-defined routing criteria and responsibilities.

02/ Komtek Approach

The right events to the right teams.

We start from service priorities and available infrastructure. We define which events to track, who receives each piece of information, and how to validate the solution in an initial scope before expanding coverage.

Context before technology.

  1. 01Definition of service priorities.
  2. 02Assessment of existing infrastructure.
  3. 03Configuration of events and routing.
  4. 04Validation in an initial scope.
03/ Capabilitiesof the solution

From roadway flow to operational response.

01

Traffic analysis

Count vehicles and pedestrians and track traffic flow and occupancy per capture point.

02

License plate recognition · LPR

Log license plates with image and timestamp, correlating them with lists defined by operations.

03

Urban events

Flag conditions such as jaywalking according to configured rules.

04

Routing

Route each event to authorized teams via configured channels.

05

Planning data

Organize time series and aggregate indicators for mobility analysis.

Analytics accuracy depends on capture points, weather, and lighting, and is verified during the proof of concept. Third-party integrations depend on available interfaces and permissions.

04/ Practical applications

How this applies to urban operations.

01

Corridor counting

Track vehicle volume throughout the day.

02

Vehicle of interest

Alert the monitoring center when a watchlist license plate is read.

03

Hazardous crossing

Flag pedestrians outside crosswalks at monitored points.

04

Event routing

Send the event with an image to the responsible team.

Illustrative examples. Events and routing are defined for each project.

05 / Integration ecosystem

Information flowing across teams.

Events can be shared with operations centers and incident management systems, depending on available interfaces and permissions.

  • VMS and urban monitoring infrastructure.
  • Sensors and mobility systems.
  • Geographic platforms and authorized data.
  • Incident management and operations centers.
06/ Deployment methodology

Validate before scaling.

  1. 01

    Assessment

    We understand the goals, processes, and existing systems.

  2. 02

    Architecture

    We define the solution, integrations, and infrastructure requirements.

  3. 03

    Development and integration

    We configure, customize, and connect the features planned for the project.

  4. 04

    Deployment and validation

    We test the solution in the live environment and guide teams.

  5. 05

    Evolution and support

    We monitor operations according to the contracted scope and identify improvements.

What insights does your urban operation need?

Tell us your service priorities. We will design an initial scope with your team.

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