01 / 03Signal Atlas / illustrative
See the change.
Bring the relevant signals into one picture before a small shift becomes a large surprise.
A speculative city-operations interface
See the city
before it shifts.
Signals move across streets, energy, and weather. Signal Atlas brings them into one view so people can decide what happens next.
Explore the systemSAMPLE NETWORK / 03 SIGNALSOne picture.
A clearer call.Illustrative system / no live city data
A clearer call.Illustrative system / no live city data
01 / The system
From scattered inputs to a usable decision.
Not another map to stare at. A sequence that helps an operator understand what changed, compare paths, and keep the final call human.
Try a sample scenario Scroll the evidence ↓02 / 03Signal Atlas / illustrative
Compare the paths.
Put possible responses next to the network they affect, with the tradeoff visible.
03 / 03Signal Atlas / illustrative
Prepare the call.
Turn a signal into a clear next step that a person can review, change, or decline.
02 / Ground context
The context is physical. The decision stays human.
A useful system keeps the place, its dependencies, and the people responsible in view.
Generated illustrative image / no real deployment03 / Explore the model
One map. Three questions.
Choose a fictional scenario. The route, signal, and next-step brief change together. All values here are examples.
Signal Atlas / Sample networkIllustrative, not live data
WEST FIELD / HARBOR EDGESELECTED: MOBILITY
Sample state / 01Corridor watch
What changed
A route through the south corridor is slowing in this sample scenario.
Compare the highlighted corridor with the surrounding network before choosing a response.
Proposed next stepReview an alternate dispatch routeA human makes the operational decision.
Signal Atlas / Prototype
Keep the person
in the loop.
A motion study built by hand for Jay's Lab. The case study shows what was borrowed as a pattern, what was designed here, and what remains unproven.
Read the case study