seiki for Territories & institutions

Territories & Institutions

Analyse population movements across roads, cities and countries to generate precise Origin-Destination (O/D) matrices, enabling smart cities scenarios planning.

area analysis

Tailor agile analysis to your specific needs

Provide precise insights to optimize urban planning and mobility strategies

Gain a precise and tailored understanding of mobility flows with a customized segmentation and in-depth analysis. We use a 4-step model providing:

  • ∙ Mobility volumes at an hourly, daily, weekly, and monthly granularity.
  • ∙ Origin/destination matrices, transportation modes, and mobility purposes.
  • ∙ Detection of congestion rates, density, and differentiation between local and tourist traffic.

real mobility diagnostics

Ensure a comprehensive and up-to-date understanding of local mobility

Complement traditional traffic counts for broader scaling

Get an accurate and quantified assessment of mobility within your study area through O/D matrices and detailed flow data. Comprehensive analysis based on :

  • ∙ Analysis of peak times such as school holidays or events, with multi-year historical data.
  • ∙ Segmentation by transport type.
  • ∙ Analysis ranging from regional or departmental levels down to individual road segments, municipalities, or IRIS zones.
  • ∙ All results are accompanied by fluctuation intervals to ensure data reliability.

prospective scenarios

Mitigate risks in strategic and structural decisions

Evaluate different options through precise mobility simulations

Anticipate mobility trends with detailed projections and advanced simulations. Prospective analysis includes :

  • ∙ Traffic redistribution: Assessment of mobility shifts induced by infrastructure or regulatory changes.
  • ∙ Socio-economic impact: Analysis of the effects of structural transformations in the area.
  • ∙ Commuter traffic impact: Study of variations in travel purposes (home, work, shopping, etc.) based on different scenarios.
  • ∙ Potential introduction of new transport modes: Simulation of how new mobility options affect existing travel patterns.

case studies