Rigorous studies to support and safeguard your decisions

An expert team,
Reliable methods,
robust data,
powerful tools

Local authorities and project owners

Leverage our expertise to analyze the current situation, build and compare prospective scenarios, and size your traffic plans or infrastructure projects.

Road traffic operators

Assess the effects of a construction site, adjust your regulation or dedicated lane strategies, anticipate congestion, analyze travel times, and manage congestion risks.

Mobility service authorities and operators

Optimize your service offering (vehicles, drivers), understand line malfunctions, analyze service regularity, and model strategies for line regulation and optimization.

Our expertise

Data

analysis

Mobility

diagnostics

Multimodal

static model

Dynamic

traffic simulation

Traffic control

optimization

CO2, air and noise impact

Our mission

We put at your service an expert team and rigorous methods to produce analyses that are solid, reliable, and directly relevant to your challenges, whether you are a project owner, road operator, or mobility service provider.

We leverage high-quality, multi-source data (trafic counts, surveys, FCD, open data) along with advanced diagnostic, modeling, and simulation tools to provide you with a clear and objective view of the impacts of your projects, at all territorial scales.

Our analyses are transparent, easy to understand, and easy to share, facilitating collaborative work, accelerating your projects, and strengthening the quality of your decisions.

All our studies are based on the Neovya Hubsim platform, to which you have full access to consult input data, follow analyses, and explore simulation results within an interactive, collaborative, and user-friendly mapping environment.

Data at the heart of our studies

opérational

data

Survey
data

FCD

Neovya Hubsim

Ours simulation tools

Multimodal Static Model

Represents the demand structure and the distribution of flows across different transport modes.

It allows for evaluating network usage (road, public transport, etc.), assessing the effects of infrastructure or new service offerings, and comparing scenarios at the neighborhood, city, or territorial level.

Dynamic Road Assignment Model

Calculates vehicle distribution on the network based on infrastructure, traffic plans, and regulations.

It quantifies flows, congestion, traffic shifts, and travel times, and serves as the foundation for many strategic and operational studies.

Dynamic Traffic Simulation

We use dynamic models at different granularities (macroscopic, mesoscopic, and microscopic) to analyze congestion formation, anticipate the impact of construction works, size road infrastructure, and optimize traffic signal management.

These models capture user interactions in detail and allow evaluating the effectiveness of a scenario before implementation.

Environmental Models: CO₂, Air, and Noise

We use databases (vehicle fleets, etc.) and emission factor models to assess CO₂ emissions, air pollutants, and noise levels generated by road traffic. These models provide insights into a project’s environmental impact and its effects on residents’ quality of life.