murmura labs presents
murmur — urban foresight platform by Murmura Labs
urban foresight platform
What is murmur?
neighborhoods act
Multi-resolution model
Three resolutions. One interconnected model.
Platform
A living model
of every neighborhood
murmur divides your city into hex cells, each carrying 100+ real-world data fields. Apply a scenario — a new bike lane, a transit line, a rezoning — and see cascading impacts across every neighborhood.
100+ data fields per cell
Demographics, health, pollution, housing, transit, amenities, schools, and network metrics across every cell.
Scenario modeling
Test infrastructure changes, policy shifts, and investment scenarios. See cascading impacts across housing, health, environment, economic, mobility, education, and safety domains.
Equity-first analysis
Every scenario shows who benefits and who bears the cost — with displacement risk, equity breakdowns, and ripple effects mapped across the city.
Network intelligence
Neighborhoods are connected the way real cities work: by commute patterns, shared school districts, pollution corridors, housing markets, and economic ties.
Collaborate
Fork a scenario.
Compare futures.
Every team starts from the same living baseline — a shared, always-current model of your city. When you want to test an idea, fork a scenario and explore it independently.
Compare branches side by side. Merge the best outcomes back. City planning as version control.
About
Built by urban scientists
Murmura Labs builds decision tools for cities — powered by the latest in agent-based modeling, spatial data science, and generative AI.
Founded in the complexity economics tradition of the Santa Fe Institute [1] [2] [3], Murmura Labs applies agent-based modeling and spatial data science to the built environment, making the downstream consequences of urban decisions visible before they unfold.
Contact
Let's model your city
Based in San Francisco and working with cities across the Bay Area and beyond. Find out how murmur can help your city.
mur·mu·ra·tion
/ˌmərmyəˈrāSH(ə)n/
The phenomenon in which many individual agents, each following simple local rules, produce coherent, system-wide behavior without central direction.