Mapping Urban Mobility with Data Insights

Utilizing smartphone data to enhance urban transit solutions effectively.

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Transit Demand Analysis

Identify underserved corridors and optimize transit routes.

Simulate scenarios for improved urban planning decisions.

Visualize movement patterns in urban environments.

Scenario Testing
Data-Driven Insights

Mapping Urban Mobility Through Data Insights

We utilize anonymized smartphone signal data to analyze urban movement, creating travel-demand curves and identifying transit needs for improved city planning and transportation solutions.

An urban transit setting with multiple overpasses and tall modern skyscrapers in the background. The scene includes a railway platform with tracks, a small shelter for waiting passengers, and a few people scattered around. The architecture is characterized by concrete and metal, typical of urban infrastructure.
An urban transit setting with multiple overpasses and tall modern skyscrapers in the background. The scene includes a railway platform with tracks, a small shelter for waiting passengers, and a few people scattered around. The architecture is characterized by concrete and metal, typical of urban infrastructure.
Innovative data-driven urban solutions.

Urban Insights

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Urban Movement Insights

Utilizing anonymized data to enhance urban mobility and optimize transit solutions effectively.

Travel-Demand Analysis
A public transportation station is depicted, featuring a modern circular glass and metal canopy in the center, surrounded by multiple tram tracks. The architecture of the surrounding buildings reflects an urban setting, with pedestrians moving around the area. Trams are visible on the right, with people waiting or walking nearby, suggesting a busy city atmosphere.
A public transportation station is depicted, featuring a modern circular glass and metal canopy in the center, surrounded by multiple tram tracks. The architecture of the surrounding buildings reflects an urban setting, with pedestrians moving around the area. Trams are visible on the right, with people waiting or walking nearby, suggesting a busy city atmosphere.

Mapping travel patterns to identify transit needs and improve urban infrastructure.

A green trolley with an accessibility symbol approaches on a section of urban light rail track, flanked by chain-link fences. In the background, tall city buildings are visible under a cloudy sky, with additional modern architecture further enhancing the urban setting.
A green trolley with an accessibility symbol approaches on a section of urban light rail track, flanked by chain-link fences. In the background, tall city buildings are visible under a cloudy sky, with additional modern architecture further enhancing the urban setting.
An urban setting featuring a transportation hub with a bridge overhead. Several buses are visible, and signs indicate lanes for authorized vehicles and buses only. The area is marked by traffic lines and street signs, and the sky has a warm, sunset glow.
An urban setting featuring a transportation hub with a bridge overhead. Several buses are visible, and signs indicate lanes for authorized vehicles and buses only. The area is marked by traffic lines and street signs, and the sky has a warm, sunset glow.
Transit Corridor Identification

Discover under-served areas and enhance public transportation accessibility for all communities.

Simulate scenarios for road closures or new bus lines to improve urban planning.

What-If Scenarios

Urban Mobility

Mapping movement patterns using anonymized smartphone signal data.

Urban scene featuring modern architecture with a blend of illuminated skyscrapers and busy streets. A tram or bus is in motion, and pedestrians are visible even as they appear slightly blurred. The sky is transitioning to evening hues, and artificial lights brighten the scene.
Urban scene featuring modern architecture with a blend of illuminated skyscrapers and busy streets. A tram or bus is in motion, and pedestrians are visible even as they appear slightly blurred. The sky is transitioning to evening hues, and artificial lights brighten the scene.
Transit Analysis

Identifying underserved corridors and testing scenarios for improved transit solutions.

A view from inside a public transit vehicle with wooden seats and metal frames. A few passengers are seated, facing forward. The vehicle is traveling through an urban area, visible through large windows, with several buildings and another similar transit vehicle on the adjacent track. The lighting is natural, coming from both outside and overhead lights.
A view from inside a public transit vehicle with wooden seats and metal frames. A few passengers are seated, facing forward. The vehicle is traveling through an urban area, visible through large windows, with several buildings and another similar transit vehicle on the adjacent track. The lighting is natural, coming from both outside and overhead lights.
Data Insights

Utilizing GPS, Wi-Fi, and cell data to enhance urban planning strategies.

Get in Touch with Us

Reach out to discuss urban mobility and data-driven solutions.

An aerial view of a busy urban intersection featuring multiple roads and crosswalks. Trams and cars are visible, along with buildings and a water body surrounding the area. The geometry of the roads and the arrangement of vehicles create an organized pattern.
An aerial view of a busy urban intersection featuring multiple roads and crosswalks. Trams and cars are visible, along with buildings and a water body surrounding the area. The geometry of the roads and the arrangement of vehicles create an organized pattern.
Insights

Mapping urban movement through anonymized data analysis.

Transit

Data

olofJohansson@teralyticsct.website

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