Solar Weather Monitor

**Judgement:** A solid, focused solar and space weather monitoring tool built around NOAA SWPC data. It is well-suited for hobbyist, operational-awareness, and automation scenarios where quick access to current and short-term space weather conditions is needed. **Strengths:** - Pulls from an authoritative, real-time public API (NOAA SWPC). - Provides the key views most users care about: current conditions, 3-day forecast, aurora outlook, solar wind parameters, and active alerts. - Supports JSON output, enabling integration into scripts, dashboards, and bots. - Clear command structure with practical examples makes it straightforward for technically comfortable users. **Risks / Limitations:** - Depends on a single external data source (NOAA); outages or API changes could break functionality. - Reliability and error handling are not fully assessable from the description; robustness under network/API failures is uncertain. - Not designed as a safety‑critical decision tool; users in high-stakes contexts (e.g., grid operations, satellite control) should treat it as an informational aid, not a sole source of truth. - CLI and Python dependency may limit accessibility for non-technical users without a prepared environment. **Recommended Scenarios:** - Ham radio operators wanting a quick pre-check of radio blackout risk and solar conditions. - Aurora enthusiasts and photographers monitoring G-scale conditions and Bz for planning trips. - Engineers or operators who want a lightweight, scriptable feed of solar wind and geomagnetic data for internal dashboards. - Chatbot or automation integrations where simple commands and JSON responses can surface space weather status to end users.