A serious observatory dashboard
The explanatory foundation of a daily-use observing platform, built on the Knowledge Graph and Scientific Data Engine: what these things are, why they happen, and how to observe them. The dated and live counterparts — the observing calendar, space weather, near-Earth objects and the ISS — are linked from each section.
Sky modules
Tonight Observing Dashboard
What's observable tonight — twilight, Moon & ranked planets, composed & computed.
Moon Phase & Position
Phase, illumination, and location-aware moonrise, moonset & position — computed.
Sun & Twilight
Sunrise, sunset & twilight for any location — computed.
Twilight Times
Civil, nautical & astronomical twilight explained.
Planet Visibility
Which naked-eye planets are up tonight — rise, set & visibility, computed.
Meteor Showers
Guides to the eight major annual showers. Dated peak nights are on the observing calendar.
Eclipses
Solar and lunar eclipse types and safety. Dated eclipses come from NASA's catalogue on the observing calendar.
Comets
What makes comets visible, and notable comets.
Asteroid Close Approaches
What a close approach means. Live approaches are in the near-Earth-object section.
ISS Tracker
How ISS passes work. The station is tracked live from NASA's own trajectory in the satellite section.
Aurora
What causes aurora and the Kp index. NOAA's live OVATION forecast is in the space-weather section.
Space Weather
Solar flares and geomagnetic storms explained. Live conditions are in the space-weather section.
Observing Calendar
A month-by-month guide to recurring events, without years. The dated calendar is at /events.
Sky Events
Recurring annual sky events at a glance; the dated ones are at /events.
Major meteor showers
All showers →Quadrantids
Peak night of 3–4 January
ZHR ≈ 110
Lyrids
Peak night of 22–23 April
ZHR ≈ 18
Eta Aquariids
Peak night of 5–6 May
ZHR ≈ 50
Perseids
Peak night of 12–13 August
ZHR ≈ 100
Orionids
Peak night of 21–22 October
ZHR ≈ 20
Leonids
Peak night of 17–18 November
ZHR ≈ 15
Geminids
Peak night of 13–14 December
ZHR ≈ 150
Taurids
Peak early November
ZHR ≈ 5
Annual parameters from the IMO Meteor Shower Calendar. ZHR is an ideal-condition maximum, not a live count.
Data-provider architecture
Typed provider interfaces are in place for the sources a live sky platform would draw on. All are planned — none is connected, and no live external API is called from these pages.
- JPL Horizonsconnected
Planet ephemerides · Moon position · Rise/set
- US Naval Observatory Almanacplanned
Sunrise/sunset · Moonrise/moonset · Moon phases
- NASA DONKIconnected
Solar flares · CMEs · Geomagnetic storms
- NOAA SWPCconnected
Aurora forecast (OVATION) · Kp index · Geomagnetic storm scale (G1–G5)
- CelesTrakplanned
ISS orbital elements (TLE) · Satellite passes (via propagation)
- NASA ISS Trajectory Dataconnected
ISS operational ephemeris (CCSDS OEM) · Sub-satellite position & ground track · Visible passes for an explicit observer
- Minor Planet Centerconnected
Asteroid & comet designations and orbits · Close-approach data
- International Meteor Organizationplanned
Annual meteor shower calendar · Peak dates · ZHR
- NASA Open APIsplanned
Astronomy imagery · Near-Earth objects (NeoWs) · General mission data
- Eclipse Catalogueconnected
Solar & lunar eclipse circumstances · Paths of totality
- Launch Library 2connected
Upcoming orbital launch schedule · Scheduling precision & confirmation times
- MET Norway Weather APIconnected
Total cloud cover · Air temperature, humidity and wind
Foundation & provenance
Static knowledge remains the foundation: the Live Sky platform is a set of data clients on top of the Knowledge Graph. Every sky module links to real entities (the Moon, planets, comets, the ISS, the Sun), and every datum is timestamped and source-labelled. Learn to observe with the Observing the Night Sky path.