Transport Data, Modeling & Analytics (TDMA)

A comprehensive Global Knowledge Platform supporting data-driven transport planning, efficient infrastructure investment, and climate-resilient solutions. It is designed to support the global transport community in enhancing data-driven transport planning and investments, optimizing transport infrastructure and logistics, and promoting clean and resilient transport solutions. By leveraging advanced tools, data, and models across three strategic pillars, the platform aims to address data gaps and provide comprehensive support to both internal and external clients in improving transport planning, achieving cleaner transport, and developing resilient and sustainable transport solutions.

The Global Knowledge Platform, aligned with the World Bank's Knowledge Compact for Action, will play an important role in data-informed decision-making, improving the inclusion and accessibility of transport systems, optimizing resource allocation, making efficient infrastructure investments, increasing the availability and accessibility of transport data and models, and achieving long-term economic and environmental goals in the transport sector.

3 Strategic Pillars
10+ Datasets, Tools & Models
Global Coverage

Three Strategic Pillars

01

Economic Modeling for Transport Infrastructure

Develop robust frameworks for evaluating economic viability of transport projects, optimizing resource allocation and guiding policy decisions at project, network, urban, and country levels.

02

Transport Impact Measurement

Assess impacts of transport interventions on jobs, accessibility, inclusion, resilience, and environment. Includes decision-making tools for mode and technology choices.

03

Transport Data

Strengthen collection, management, and dissemination of transport data to support evidence-based investments and policies. Develop performance indices and improve data accessibility.

Ready to Transform Transport Planning & Investment?

Join the global transport community in leveraging data-driven and analytical solutions for sustainable and resilient mobility