Tomorrow Space Introducing

The Early Warning Constellation

A new instrument for understanding Earth.

The First AI Atmospheric Network

Built for AI. Powered by space. Designed to change what’s possible

DeepSky is weather’s next frontier: an orbital system engineered to transform the atmosphere into a continuously observable, real-time data layer for intelligence and decision-making at planetary scale

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Surface

One layer. The rest inferred.

Full column

The atmosphere, continuously observable.

The half of the sky no one has been watching.

Every forecast is only as good as the observations that initialized it. Most of the planet - the ocean, the global South, the vertical column - goes hours or days unseen. That’s the gap DeepSky closes

Aviation

Ocean routes lack real-time upper-air observations

DeepSky reads the column before the aircraft enters it. Critical observations over open ocean - delivered, not interpolated

Agriculture

Critical decisions rely on weather observations that barely exist

DeepSky brings forecast skill to the half of the world that’s never had it. High-frequency atmospheric profiles over every field — not just the ones near a radar tower.

Maritime

Ocean shipping crosses Earth’s least observed atmosphere

DeepSky observes the storm where it forms. Not when it reaches a coast — at origin, over open water, where the decision window still exists.

Insurance & Reinsurance

Risk pricing weakens where weather records disappear

DeepSky builds the global 3D record parametric products need but don’t have. A consistent, gridded atmospheric history - everywhere, going forward.

Energy & Renewables

Wind and solar depend on unmeasured offshore conditions

DeepSky profiles the boundary layer on a cadence grids can balance against. The missing dimension for renewable dispatch, forecasting, and balancing.

Early Warning & Disaster Response

Cyclones intensify fastest where ocean observations are scarcest

DeepSky keeps eyes on the core as it deepens. Hours of warning become days - the gap between a miss and an evacuation is an observation that didn’t exist.

The sky has only ever been measured where the instruments were

For a century, forecasts have been strongest where observations are dense, and thinnest over the ocean, the tropics and much of the global South. DeepSky is built to observe the whole sky: five instruments on one spacecraft, flown as a constellation, reading the full column of air. The same early warning, wherever the storm is forming.

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Before

Sparse coverage. Slow to return.

DeepSky

Dense constellation. Always overhead.

Microwave Sounder

Reveals the atmosphere hidden beneath cloud cover, delivering the temperature and moisture observations that help forecasters predict storms earlier and with greater confidence

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