Geographic Information Development & Consulting

Design and development of the Gradial web application for construction-project monitoring, built for Adila to support transport and urban planning projects run by local and regional authorities.

The tool allows users to draw and track the different phases of large-scale infrastructure projects, using high-precision CAD basemaps, standard maps, or satellite imagery.

Development, for the French space agency CNES, of the TropiSCO website, a time-based mapping platform tracking deforestation across several tropical countries, updated weekly.

The website offers a timeline to explore data over time, a Player mode to visualise deforestation progression, and regional summaries.

To deliver smooth, high-performance map rendering, we used innovative techniques to colourise data directly in the browser, without server requests.

Consulting on the overhaul of the map-production pipeline for the ViaMichelin website.

Following an audit of the existing mapping production chain, the project optimised methods and automated processes to reduce production time. The engagement also delivered a methodology combining vector-based distribution for ViaMichelin with raster-based distribution for certain legacy platform.

Finally, we supported Michelin in developing the new production workflow: solution prototyping, and designing and improving SQL/Python processing algorithms.

Development of the Géofoncier mobile app using React Native cross-platform technology and the Mapbox React Native mapping API.

Géofoncier Mobile is the mobile version of the Géofoncier land-data portal, launched by the French Order of Land Surveyors (Ordre des Géomètres-Experts).

Since 2022, we have been supporting the Brittany and Pays de la Loire regions, four regional energy authorities in Brittany, and numerous local authorities with topographic data quality control.

The QGIS plugin we designed, along with its associated web platform, checks the data submitted by land surveyors, automatically generates an analysis report, and converts data into a standardised high-precision topographic format (PCRS).

This tool saves our clients significant time on data control, allows them to pool their quality-control processes, and raises data quality standards across all service providers.

Collaboration with Softeam on the redesign of the CNPF’s “La Forêt Bouge” forestry portal.

We designed all the mapping interfaces (frontend components) using a more modern technical, visual, and UX foundation.

This included topological editing features to simplify the creation of forest parcel boundaries for management planning purposes.

We also built several APIs for querying cadastral and base map data, with automated mechanisms to keep all data up to date.

Designed a cadastral data query API to meet the prospecting requirements of real estate agents

The API offers multiple filtering options for cadastral parcels according to real estate prospecting requirements.

Highly efficient, it is used daily by several thousand users.

We developed various algorithmic processes to enrich the API with parcel-level information useful to the real estate sector, including building shapes.

Supported Le Mans Métropole in deploying GeoServer and training its GIS team.

Delivered in partnership with IDGEO, the project included GeoServer / GeoWebCache training tailored to Le Mans Métropole’s data and data dissemination challenges, with a focus on performance and upstream data configuration.

It also covered the deployment of both solutions and their initial configuration, in coordination with the client’s IT department.

Deployment of the GeoNature platform, and design of a module for visualising and editing ecological management plans.

Provided support for biodiversity data specifications and standardization, in partnership with Ecosphere, and developed a module linked to GeoNature.

The solution extends GeoNature with visualisation of: Ecological priorities, ecological management plans, habitat zones, protected areas.

Design of a data analysis and quality-control solution for underground utility networks, and generation of a 3D model.

The project explored various approaches to working with Rennes Métropole’s underground network data, and quickly focused on building data-control tools to flag errors or inconsistencies and support their correction.

Once validated, the data was processed to produce a 3D model usable in Cesium and QGIS.