A RESTful API built with Node.js and Express that lets you track and predict the orbit of artificial satellites through the use of the Simplified General Perturbations-4 (SGP4) model.

Web demo of e2 SAT Editor built with Qt for WebAssembly

Enhancing disaster preparedness by providing real-time alerts for impending natural disasters by leveraging satellite imagery, machine learning, and data from NASA, Google Earth and other sources.

Continuous SNR report of a satellite transponder with SR-525HD. Use main branch!

Satellite orbit visualization and pass prediction with Cesium.js

A NMEA parser and GPS utility library

🚀 Reflecta - Explore, analyze, and learn from Landsat 9 satellite data 🌍

Let's Hack It - Webpage

Blazing Fast JavaScript Raster Processing Engine

Webapp for learning about and tracking satellites orbiting Earth.

Static website for viewing and analyzing GeoTIFF's in the browser

Galileo is a Satellite / Object Tracker Built Using 3js and SGP4

This desktop application is built with Electron and integrates various functionalities to track, calculate, and visualize satellite orbits and data.

Track positions and orbits of over 22,000 satellites orbiting the Earth in a 3D geospatial viewer powered by Cesium.

Command Line Interface (CLI) for Blazing Fast Raster Analysis

The ISS tracker and collision avoidance web app by Dagon, is an open-source web app, where the user can know the actual location of the International Space Station, check for real coalitions alerts with space trash and space debris, satellites and space bodies detected and located with the Satellite.js library, in a 3D space, which simulates the…

🌏 Set the latest image from Himawari 8 as your desktop background.

Web application for browsing data from the CALIPSO and CloudSat satellites.

Wrapper around Georeferenced Rasters like GeoTIFF and soon JPG and PNG that provides a standard interface

This is a React application which generates clean plates automatically. It can be used by photographers or even astronomers who want to remove Starlink satellites from their image sequences of the stars.