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A command suite that monitors local EFW demand, comparatively determines city readiness, and ideates personalized resource interventions for legacy decision-making, with uniform, denoised data.
Every map shows you the fastest way to the stadium. We show you the one with shade. Built from real Houston routes, real heat data, and a 1,000-trip simulation that finds the best and the worst route.
How many extra trains does it take to get 60,000 fans home? Now you can know before kickoff.
Turn mega-event crowd data into costed, stress-tested mobility action plans.
Turn a heat map into a funded shade plan. Compare where event budgets reduce time in direct sun, reveal tradeoffs, and keep shade working for residents after the final whistle.
The 2026 FIFA World Cup tested U.S. cities. Our tool lets urban planners predict and simulate heat, weather, and visitor density to build interventions for future events and promote visitor safety.
20 years of real NOAA weather + live forecasts + 3D parking-to-gate heat maps for all 11 World Cup 2026 stadiums, showing cities exactly where to act first — every number verified, none invented.
Smarter cities for FIFA 2026—using AI and data to predict urban risks, prioritize interventions, and build resilient communities.
From transportation data to sustainable event-day action.
The walk from the train to the gate is the hottest part of a World Cup trip. We measure it in degree-minutes above WBGT 32, rank every sidewalk segment, and price the shade that removes the most.
An AI-powered urban heat resilience platform combining real-world environmental data, transit corridors, and climate interventions to help cities protect people from extreme heat during FIFA 2026.”
We make soccer smarter, inspired by Messi's moves
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