Curious how a specific service deficit — schools, clinics, parks — is loading your district's main roads? This model can be adapted and calibrated to your context.

Planning a new mobility infrastructure or testing an alternative transport mode in your city? This framework can be adapted to your corridor and context.

Working on urban service provision, land use standards, or demographic planning in a rapidly growing city? This framework can be adapted beyond schools to any public facility type.

Need demographic projections disaggregated by age, gender, and small area for planning or investment decisions? This model can be calibrated to any city with available census data.

Trying to understand where your city's population is heading — literally? Whether you're planning public services, evaluating retail catchments, or assessing investment locations, this model can be calibrated to any city where residential movement data and district-level attributes are available.

Planning facilities for a growing population against limited land? This optimisation framework can be configured for schools, clinics, parks, or any demand-driven public service — and calibrated to your city's specific building regulations and land inventory.

Designing, reviewing, or approving a new housing district? This tool can establish a shared evaluation language between developers, planners, and decision-makers from the earliest design stage.

Interested in understanding what it actually takes — across land, regulation, construction, and financing — to make a housing unit affordable? This model is in active development and open to collaboration.

Need an OD matrix that goes beyond distance and population? This model can be calibrated to any set of trip criteria and applied to any urban context where destination attributes and traveller preferences can be measured.

Want to add a geological dimension to your height policy or development feasibility assessment? This tool can be adapted to any city where soil survey data is available in GIS format.