Transport Stack Wiki
Purpose of this Wiki
An open-source repository empowering developers with ready-to-use assets & accelerators enabling faster innovation and seamless mobility solutions.
Building a collaborative & thriving space for collective innovation where developers, mobility experts, users extend scalable transport solution.
Central space to collate and share knowledge for differential & scalable transportation solutions.
Whether you're a transport authority, technology provider, or developer, this wiki will help you understand and leverage Transport Stack for building better mobility solutions.
Our Offerings
1. Data Model
Transport Stack Wiki offers a comprehensive suite of data models designed to enhance the efficiency and effectiveness of transportation systems. Our data models are structured around key transportation modes and functionalities outlining three primary data modalities: Bus, Metro and Data Exchange.
Bus Data Model is a structured framework for organizing and analysing bus transportation data, incorporating standard GTFS components and additional datasets like origin-destination flows and passenger patterns. This model help enhancing transit planning, supporting multi-modal integration, and facilitating real-time passenger information systems.
Metro data models are designed to organize and analyse data related to metro systems, enhancing efficiency and integration. They include station details, parking facilities, passenger flows, and GTFS components. This model help developing integrated transit systems, optimizing operations, and analysing passenger trends.
The Data Exchange Model facilitates the integration and sharing of data across different transportation modes and systems. It uses standardized formats like GTFS to ensure interoperability among various stakeholders. This model supports real-time data exchange, enhancing the accuracy of transit information and enabling better decision-making
2. Use Cases
Transport Stack offers a range of use cases designed to enhance the efficiency, integration, and user experience of transportation systems. These include:
- Journey Planner
- ETA Calculator
- Park & Ride
- Integrated Tickets
- Outshedding Detection
- Scheduled Adherence
- Capacity Utilization
- Bunching
Transport Stack's use cases are presented through a structured framework that includes scope, value proposition, user roles and journey, system design details, and reusable code snippets.
3. Knowledge Hub
The Knowledge Hub is a central repository within the Transport Stack ecosystem, hosting collection of open-source projects focused on smart & urban mobility planning. It serves as a comprehensive resource for developers, researchers, etc allowing them to explore projects categorized by themes and resource groups. Encouraging users to leverage open-source resources to develop innovative mobility solutions, fostering collaboration and innovation in urban transportation.
4. Open-Source Community
Open source GitLab community powering the future of urban mobility. The GitLab community aims to bring together developers, urban planners, researchers, individual enthusiasts, everyone else to co-create tools for transit, logistics, and smart mobility. With open standards and collaboration at its core, we aim to make transportation systems more transparent, adaptable, and equitable. Join us to shape mobility that works for everyone.
Join the Ecosystem
As an open-source initiative, Transport Stack invites collaboration across the mobility ecosystem. Whether you're a developer, urban planner, government agency, or transport operator—you can play a role in shaping the future of urban transport.