PROMISE Micromobility Decision Support Tool

Data Layers ▶

Add GeoJSON Data

Routing ▶

Option A: Interactive

🚲 Find a Cycling Route (OSRM)

Option B: Address Search

🚲 Find a Cycling Route (OSRM)

⚡ Electric Bike Solutions (ORS)

Uses elevation-aware logic for heavy loads.

Analysis ▶

Description:

The term 'bikeability' means in this case the suitability of cycling. The index is composed of five bikeability sub-indicators that were calculated from OSM data: 1. separation from cars 2. length of infrastructure 3. density of bike parking spots 4. density of potential destinations 5. proportion of natural area The final bikeability index value is the average of all five indicator values and standardized from 1 to 10. 1 means that the value is not sufficient at all. 10 means that the value is sufficient. Ref: OSM Bikeability

Description:

Here urban walkability is calculated based on the structure of a street network by simply calculating intersection densities. Ref: https://github.com/eemilhaa/walkability-analysis In the future, we can extend it by easuring pedestrian sidewalk connectivity, proximity to amenities, and crossing safety parameters.

Composite Index Builder:

Combine the available index layers into one weighted score (1–10). Select layers and set their relative weights — the map updates live.

Activate to load the available layers for this city.

Description:

Explore observed bike traffic over time. Street segments are colored by the number of GPS-recorded bike traversals, aggregated per hour of day or per day of week — drag the slider at the bottom of the map to scrub through time. Toggle between the full street network and the dedicated bike network. Grey segments carry no recorded traffic in the selected time slot. Counts come from map-matched GPS trajectories collected in the PROMISE pilot.

Description:

Visualizes reachable area boundaries based on custom travel times (5, 10, and 15 minutes) from a selected map origin point. To determine reachability areas from any given location(s) on the map ORS offer the isochrones service which returns these regions as contours of polygons. You may specify 2 types of input, namely time or distance as well as corresponding intervals. If the input entails a list of points the service will return intersections of the computed isochrones if any exist. Within this API you are able to use the identical set of options that are found in the directions service. A typical use case of isochrones is figuring out how far an object is able to travel within a given amount of time or distance. One may also want to find out which catchment or community areas a certain location has, e.g. schools, medical facilities or environmentally friendly public transport.

Select your city of interest:

PROMove-test

Description:

Description:

Composite Index Builder:

Description:

Description: