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FLARIENT

Space Intelligence & Forecasting

Know what's happening. Predict what happens next.

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Aurora

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Solar

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Near-Earth

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Humans
62.7%
vs
AI
74.5%
Who's better at predicting space?
179 resolved forecasts

Forecast with points. No money. Build your track record.

Current Space Weather Summary

No AI generation
Current status
Data unavailable
Planetary Kp
Data unavailable
Solar-wind speed
Data unavailable
Bz (magnetic field)
Data unavailable
X-ray flare class
Data unavailable
Dst index
Data unavailable
Aurora outlook
Data unavailable
Kp max (24h)
Data unavailable
Data status
Unavailable

Primary source: NOAA SWPC, NASA SDO, NASA JPL, GFZ Potsdam

Bottom line: Current space weather conditions are unavailable. Last known data is shown where possible.

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Reading live space-weather data…

Pulling the latest Kp index, solar wind and aurora forecast from NOAA and NASA.

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Aurora power
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What's happening now

Live data from NOAA, NASA & JPL — updated every 60s

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NOAA SWPC · Kp indexNOAA DSCOVR/ACE · solar windNOAA OVATION · aurora

HF Blackout Map

D-RAP · X-ray + proton absorption model

World map showing HF radio blackout zones

FLARIENTToday's analysis

HF absorption is currently minimal because GOES X-ray and energetic-proton levels are low.

Why it matters →

D-RAP (D-Region Absorption Prediction) is continuously driven by GOES X-ray flux and energetic proton flux. Solar flares bathe the sunlit ionosphere in X-ray photons, ionising the D-region and absorbing HF radio. Polar cap absorption events from energetic protons extend the blackout to high latitudes.

What it means for me

Personalised — aurora, radio & local forecast

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What to do

Tools, predictions & actions you can take now

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Community & history

Observations, archives and the long view

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