How do I build a space weather dashboard in Python?

This Reflex template presents solar activity, alerts, telemetry, and forecast metrics with charts for solar flux, geomagnetic indices, and observation history. Filters cover event type, severity, source, and time range.

Can this connect to NOAA SWPC or NASA APIs?

Yes. Observations are read into Pandas once, so a live feed reaches the same charts and alerts. The usual sources are the NOAA Space Weather Prediction Center feeds and NASA's DONKI API; map their responses into the observation model and the charts and alert views work unchanged.

How do I chart geomagnetic indices like Kp and solar flux?

Index and flux series render as time-series charts alongside the observation table, so a storm shows up in both. Because the series are Pandas, adding a derived measure or a different cadence is a small change.

How do I add alerting for space weather events?

Severity thresholds already drive the alert sections in the UI. Sending notifications means calling your mail or Slack provider from the same code that classifies an observation as an alert.

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Space Weather Dashboard

#Analytics

Build a space weather dashboard in Reflex with Python, database-ready workflows, polished UI, and tools for space weather tracking and mission telemetry.

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Space Weather Dashboard template interface showing solar activity, alerts, telemetry, and forecast metrics

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Tech Stack

ReflexPythonPandasSQLModelSQLiteCharts

Integrations

Key Features

Space weather dashboard with solar activity, alerts, telemetry, and forecast metrics

Charts for solar flux, geomagnetic indices, alerts, and observation history

Mission or observation table with status, source, severity, and timestamp fields

Filters for event type, severity, source, time range, and mission area

Alert cards for storms, flares, radiation, and communications risk

Science-dashboard structure for adding APIs, simulations, or mission data feeds

Requirements

Space weather, telemetry, alert, observation, or mission datasets

Severity levels, sources, timestamps, and event categories

Preferred charts and alert rules for monitoring workflows

About This Template

Build a production-ready space weather dashboard with Reflex and Python. This template is designed for teams building science dashboards, mission demos, or space weather monitoring tools who need a usable app structure for space weather tracking, mission telemetry, science dashboard, and data visualization, not a static mockup. The app pattern includes a focused dashboard, searchable tables, detail views, validated forms, status-aware actions, empty and loading states, and database-ready state management. Use it as a starting point for a space dashboard, NOAA space weather dashboard, space weather monitoring, and space mission dashboard while keeping full control of the Python codebase.

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Tech Stack

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Integrations

Key Features

Space weather dashboard with solar activity, alerts, telemetry, and forecast metrics

Charts for solar flux, geomagnetic indices, alerts, and observation history

Mission or observation table with status, source, severity, and timestamp fields

Filters for event type, severity, source, time range, and mission area

Alert cards for storms, flares, radiation, and communications risk

Science-dashboard structure for adding APIs, simulations, or mission data feeds

Requirements

Space weather, telemetry, alert, observation, or mission datasets

Severity levels, sources, timestamps, and event categories

Preferred charts and alert rules for monitoring workflows