Why Bicycle User Groups matter for infrastructure data
Bicycle User Groups (BUGs) are local cycling advocacy organizations that work to improve cycling infrastructure and safety in their communities. They:
BUG members are the experts on their local cycling infrastructure. They know:
Which routes are actually safe vs. just look safe on a map. Where seasonal issues occur (flooding, ice, construction). How infrastructure is actually used by cyclists.
What's changed recently, what's planned for the future, and which data points need updating. They often spot infrastructure changes before maps do.
BUG members can validate crowdsourced data, ensuring accuracy before it's added to OpenStreetMap or used in routing.
When a local BUG endorses infrastructure data, other cyclists trust it. This builds confidence in the platform.
VicBUG is a platform for sharing infrastructure data and engaging cyclists. We provide tools for BUGs to contribute to better data, but we're not trying to replace or integrate BUG organizations themselves.
Organize group rides to systematically verify and map cycling infrastructure in your area. Use team challenges to gamify the process and track progress.
Example: "Let's verify all protected lanes in our municipality by the end of the month"
Export verified infrastructure data to support presentations to councils. Show exactly where gaps exist and where improvements are needed.
Example: "Here's data showing our area has only 3km of protected lanes vs. 45km in neighboring suburbs"
Encourage your members to use VicBUG for route planning and hazard reporting. Their usage improves data quality for everyone.
Example: "All our members using the app means we have real-time infrastructure verification"
If your BUG wants a dedicated web presence, we can build one for you. This is separate from VicBUG but can integrate with the data.
Interested? Learn about our white-label solutions →
We're not trying to centralize or control BUG groups. Instead, we're providing a shared tool that makes their existing work more effective: