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Mobility Simulation

Mobility simulation software is a application used to model, forecast, and analyze transportation and mobility systems. It helps in simulating various types of transportation networks, including vehicle traffic, pedestrian movement, and public transport systems, to study how these systems perform under different conditions. These simulations can be used in various fields, including urban planning, transportation engineering, and smart city design.

  • Analyses-Set up and run user-defined analyses and produce rich outputs based on a variety of metrics.
  • Model -Build a model based on key inputs such as design, demand, and operational data.
  • Forecast-Predict and simulate the impact of infrastructure changes to plan ahead.
WaterCAD Icon LEGION

LEGION lets you build an accurate model of your planned populated infrastructure asset. Build railway stations, sports stadiums, airports, office complexes, theaters, piazzas, transport hubs, and virtually any other place where people converge. First import your specific design together with your most accurate estimate of anticipated demand and build your model to represent the best understanding of how your venue will be operated. Then Perform virtual experiments on the design and operation of a site and assess the impact of different levels of pedestrian demand. With sophisticated modeling, analysis, and presentation capabilities for projects, LEGION helps enhance pedestrian flow and improve safety by allowing you to test evacuation strategies.

Simulation Model Creation

Easily build and audit models with automated routing, increased intelligence, and simplified objects. Build models for any type of venue or building, such as sports facilities, urban and commercial buildings, and airports and more.

Correct Reporting

Export and report clear output using maps, graphs, and video to accurately inform stakeholders about crowd densities, evacuation, space use, preferred paths, and overall social impact.

Validated Scientifically

The Algorithms are patented, and simulation results have been authenticated against empirical measurements and qualitative studies. Application use technology based on extensive scientific research of pedestrians’ behavior in real contexts.

WaterCAD Icon OpenPaths
OpenPaths incorporates both multimodal transport network modeling and modern travel demand forecasting capabilities to deliver the most comprehensive transport modeling platform for strategic and operational transport planning.
The application Answers Your Transport Planning “What If?” Questions and Opens avenues to more Efficient, Resilient, and Sustainable Mobility.
Generational shifts to travel behavior, mobility service, and technology challenge every decision. You need the capabilities to build a model that represents your city or region, including multimodal networks, travel demand, and operational data, to successfully inform 21st century planning initiatives–faster and more accurately than ever before.
Model

Build a model based on key inputs such as population data, demand data, and network data.

Forecast

Predict and simulate the impact of demographic, infrastructure, and transport policy changes to plan ahead.

Analyze

Set up and run user-defined analyses and generate rich outputs based on a variety of metrics including accessibility, efficiency, and equity.

WaterCAD Icon OpenPaths Patterns
OpenPaths Patterns makes transportation planning and traffic engineering analyses fast and efficient. It enables agencies to directly analyze and comprehend mobility data, while also facilitating data exports for further external analysis via travel demand models, traffic simulations, or other mobility analysis tools. The application is a web-based mobility data and analytics application for transportation analysts to harness the power of big-data for better decision-making.
OpenPaths Patterns has a broad range of use cases, including:
  • Traffic simulation
  • Traffic impact studies
  • Tollway usage
  • Travel demand modeling and calibration
  • Corridor studies
  • Highway performance management
  • VMT calculations