AuroraVision Media Kit
Background information, methodology, data sources, and brand assets for journalists, writers, and publishers covering aurora forecasting and northern lights travel.
What AuroraVision Is
AuroraVision is an independent northern lights forecast service built in Iceland by IceVeflausnir. It combines real-time solar wind data from NOAA DSCOVR satellite measurements with location-specific cloud cover forecasts to produce a single Visibility Score (0–100%) that updates every 2 minutes.
The service provides live KP index, solar wind Bz/Bt, particle density, and cloud cover for aurora viewing locations across Iceland, Norway, Finland, Sweden, Alaska, Yukon, and globally through iOS and Android apps.
AuroraVision is not affiliated with NOAA, the Icelandic Meteorological Office, or any government agency. It is an independent consumer service that interprets publicly available space weather data for general audiences.
Key Facts
Visibility Score Methodology
The AuroraVision Visibility Score is a deterministic weighted formula — not a machine-learning model. The same inputs always produce the same score.
Full methodology documentation is available at auroravision.is/visibility-score.
Data Sources
Space Weather Prediction Center — real-time solar wind, Bz, KP index, geomagnetic storm alerts
L1 satellite — live solar wind speed, particle density, and interplanetary magnetic field (Bz/Bt)
Aurora oval model — geomagnetic latitude and hemispheric power index
Open-source weather API — cloud cover forecasts at viewing locations
Brand Assets
- Correct spelling: AuroraVision (one word, capital A and V)
- Do not alter logo colors, proportions, or add effects
- Logo file:
/AuroraVision-Vector-Logo.svg(available at root) - For usage inquiries: info@auroravision.is
Press Contact
For media enquiries, data requests, and editorial questions:
info@auroravision.isResponse time is typically within 2 business days. AuroraVision is based in Iceland (UTC+0 in winter, UTC+0 year-round — Iceland does not observe daylight saving time).