Future-proof

Urban Intelligence

Data-Driven Approach to Manage Transport Infrastructure in Small Island Developing States

Our team envisions a modular solution tailored to meet the diverse needs of Small Island Developing States (SIDS). It uses open data formats and APIs, allowing countries to pick and choose components based on their specific requirements and budget. The solution includes the GauDT Travel Activity Survey Mobile Application, which simplifies the traditionally labor-intensive process of people movement surveys used by transport planners. By utilizing mobile phone sensors like gyroscopes, accelerometers, and GNSS, combined with machine learning, the application accurately infers transport modes based on phone vibrations.

This data can then be analyzed using a web dashboard, offering transport planners efficient survey management, data collection, and analysis tools. Our solution also integrates additional features such as cloud-based traffic video analyzers, UAV to OpenStreetMap (OSM) data conversion, OSM data preparation for traffic simulators, and traffic data collectors, extending sensor coverage. These tools aim to enhance road maintenance planning and transport operations through effective, data-driven decision-making, providing robust support for SIDS’ unique transport challenges.

This data can then be analyzed using a web dashboard, offering transport planners efficient survey management, data collection, and analysis tools. Our solution also integrates additional features such as cloud-based traffic video analyzers, UAV to OpenStreetMap (OSM) data conversion, OSM data preparation for traffic simulators, and traffic data collectors, extending sensor coverage. These tools aim to enhance road maintenance planning and transport operations through effective, data-driven decision-making, providing robust support for SIDS’ unique transport challenges.

This data can then be analyzed using a web dashboard, offering transport planners efficient survey management, data collection, and analysis tools. Our solution also integrates additional features such as cloud-based traffic video analyzers, UAV to OpenStreetMap (OSM) data conversion, OSM data preparation for traffic simulators, and traffic data collectors, extending sensor coverage. These tools aim to enhance road maintenance planning and transport operations through effective, data-driven decision-making, providing robust support for SIDS’ unique transport challenges.

This data can then be analyzed using a web dashboard, offering transport planners efficient survey management, data collection, and analysis tools. Our solution also integrates additional features such as cloud-based traffic video analyzers, UAV to OpenStreetMap (OSM) data conversion, OSM data preparation for traffic simulators, and traffic data collectors, extending sensor coverage. These tools aim to enhance road maintenance planning and transport operations through effective, data-driven decision-making, providing robust support for SIDS’ unique transport challenges.

This data can then be analyzed using a web dashboard, offering transport planners efficient survey management, data collection, and analysis tools. Our solution also integrates additional features such as cloud-based traffic video analyzers, UAV to OpenStreetMap (OSM) data conversion, OSM data preparation for traffic simulators, and traffic data collectors, extending sensor coverage. These tools aim to enhance road maintenance planning and transport operations through effective, data-driven decision-making, providing robust support for SIDS’ unique transport challenges.

This data can then be analyzed using a web dashboard, offering transport planners efficient survey management, data collection, and analysis tools. Our solution also integrates additional features such as cloud-based traffic video analyzers, UAV to OpenStreetMap (OSM) data conversion, OSM data preparation for traffic simulators, and traffic data collectors, extending sensor coverage. These tools aim to enhance road maintenance planning and transport operations through effective, data-driven decision-making, providing robust support for SIDS’ unique transport challenges.

This data can then be analyzed using a web dashboard, offering transport planners efficient survey management, data collection, and analysis tools. Our solution also integrates additional features such as cloud-based traffic video analyzers, UAV to OpenStreetMap (OSM) data conversion, OSM data preparation for traffic simulators, and traffic data collectors, extending sensor coverage. These tools aim to enhance road maintenance planning and transport operations through effective, data-driven decision-making, providing robust support for SIDS’ unique transport challenges.

This data can then be analyzed using a web dashboard, offering transport planners efficient survey management, data collection, and analysis tools. Our solution also integrates additional features such as cloud-based traffic video analyzers, UAV to OpenStreetMap (OSM) data conversion, OSM data preparation for traffic simulators, and traffic data collectors, extending sensor coverage. These tools aim to enhance road maintenance planning and transport operations through effective, data-driven decision-making, providing robust support for SIDS’ unique transport challenges.

Nudge for LTA Singapore

The Nippon Koei winning solution for Jurong Lake District introduces a personalized journey planner application with a built-in nudge system designed to encourage car users to switch to public transportation and active mobility options.

By highlighting benefits such as time savings, improved health outcomes, and a reduced environmental impact, the app aims to shift travel behavior in favor of more sustainable choices. This innovative approach focuses on providing real-time, data-driven insights tailored to individual users, optimizing their routes for efficiency and convenience.

The nudge system gently prompts users to make greener choices by showcasing the advantages of public transport over personal car use. Additionally, the app is part of a larger effort to reduce traffic congestion and improve air quality in urban areas, contributing to the development of a more sustainable and liveable city. Nippon Koei's solution supports the region's vision for enhanced connectivity and accessibility while promoting a healthier and more environmentally friendly lifestyle for its citizens.