Paying client
One of the largest AEC software platforms
has run Infrared Core inside its product since 2026.
The fastest way to add climate to your product
Heat, wind and sun results inside your product through one API, with no physics team and no compute stack of your own.
Your users ask for heat, wind and sun. Add the answers to your product through one API, without a physics team.
To build this yourself you need validated physics models, a simulation team and compute that runs all day. One of the largest AEC software platforms integrated Infrared Core instead and has run it since 2026.
Integration. REST API, or the Python and TypeScript SDKs. Input: buildings, trees, surfaces and weather. Output: grids and facade results for felt heat (UTCI), pedestrian wind comfort, wind speed, solar radiation, sun hours, daylight and sky view factor.
Performance. 400 km² of Berlin at 1 m in 44 s, end to end, and thousands of simulations per second at peak. For city-wide use, we prepare the same simulations once as a live layer.
Hosting. EU cloud or your own servers. Your data stays yours, and an SLA is available.
- 44 sFelt heat (UTCI) for one summer day, hourly, end to end on our cloud: four 100 km² runs in parallel (October 2026).
- 400 km² of Berlin at 1 m
- thousandsThe engine splits a job into 512 m tiles and runs them on many servers in parallel.
- of simulations per second at peak
- about 500xIn a live layer the city is prepared once. After that, each update runs about 500x faster than a fresh run of the same area.
- faster than a fresh run of the same area
Tested against field instruments at four sites and against CFD. See the validation
Climate results in your product, without building, running or validating the models yourself.
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