Satellite Trackerv1.1.0

Users can query the current real-time position, speed, altitude, and geographic region of any satellite or space station (e.g., Tiangong, ISS) by name or NORAD ID. This is useful for hobbyists, educators, or anyone curious about satellite locations.

Provide pass predictions for a specific satellite over a given observer location, including pass time, maximum elevation, and ground distance. Ideal for amateur astronomers and photographers planning to observe or image satellites.

Track a newly launched spacecraft (e.g., Tianzhou cargo spacecraft) by its NORAD ID after launch, updating TLE data to follow its orbit. Journalists and space agencies can monitor mission progress in real-time.

Use the continuous tracking mode with a watch interval to monitor a satellite's position over time. Satellite operators or researchers can analyze orbital behavior and predict maneuvers.

Integrate the Python script into a larger system to fetch satellite positions in JSON format for dashboards, alerts, or data analysis. Developers can build apps that require up-to-date satellite locations.

Offer the basic tracking and pass prediction as a free service (with rate limits), while charging for higher usage tiers, priority data updates, or custom satellite lists. Revenue comes from subscription fees for API access.

Provide satellite data analytics services for businesses, such as orbit decay analysis, conjunction alerts, or pass pattern insights. Generate revenue through monthly analytics reports or custom dashboards.

License the satellite tracker as a white-label widget for websites or apps in education, media, or tourism (e.g., space-themed attraction kiosks). Charge a one-time setup fee plus yearly maintenance.