Read the city
Waylight reads shade coverage, lamppost density, street noise, surface quality, and open businesses — not just distance and traffic.
Comfort intelligence for the physical world
Waylight reads shade, light, noise, surface quality, and community reports to find routes that fit how you actually feel — not just where you need to go.
Live prototype — compare route tradeoffs in real time. Shaded paths, lit streets, quieter alternatives.
How it works
Waylight reads shade coverage, lamppost density, street noise, surface quality, and open businesses — not just distance and traffic.
Preferences update with context. A shaded, quiet walk at noon is not the same as a well-lit, active route after dark. The same person can need completely different journeys.
Not one fastest line — a ranked set of tradeoffs. Fastest, most shaded, best lit, quietest. The choice is yours, but the data is honest about what each option costs.
The Paris story
Hook · Bastille
Most maps greet you with a blank box and a default fastest path. Waylight starts with the texture of the place: warm noon light, dense blocks, the pace of the street.
Shade · Notre-Dame
Shade matters differently at 2pm than 7pm. Sun exposure, tree cover, and heat all reweight the route when the city gets harder to move through.
Choice · Tour Eiffel
People do not only trade time. They trade stress, noise, glare, and whether they feel comfortable walking a stretch alone. Waylight makes those tradeoffs legible.
Shaded, calmer, better lit later, with a pharmacy en route.
Quicker, but louder, harsher, and less forgiving after dark.
Light · Sacré-Cœur
Lighting is not cosmetic data. It changes whether a route feels supportive, exposed, active, or avoidable. Waylight responds as evening settles in.
Quiet · Le Marais
Public datasets rarely know that a pavement is blocked, a shortcut feels hostile, or a corner became a good stop after 9pm. Community reports let Waylight model what the city actually feels like right now.
Close · Invalides
The consumer wedge creates the learning loop. Once the system understands suitability for real people in real places, that intelligence can support cities, transport operators, and AI agents that need to reason about the street beyond coordinates.
Community
Blocked pavements, harsh crossings, dark stretches — the kinds of route truths only locals can notice quickly.
A visible place to join, react, and shape the next layer of the product in public.
"Quiet, shaded walk with a useful stop on the way" becomes a real route problem, not just a chatbot sentence.
Try Waylight
Open the prototype, compare route tradeoffs, and join the community shaping how Waylight models comfort in the physical world.