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spacecraft

HelioLink is a modular, solar-powered orbital AI infrastructure project designed to operate as a self-sustaining compute layer in space. It converts continuous solar energy into distributed intelligence using radiation-hardened compute systems, autonomous AI orchestration, and radiative thermal management. Built for scalability across orbital environments, HelioLink aims to extend cloud computing beyond Earth’s physical and energy constraints. https://roxanneardary.com/heliolink/

AstraForge is an open-source mission operations stack for aerospace innovation, providing modular infrastructure for planning, simulating, monitoring, and operating rockets, spacecraft, satellites, and exploration systems. Built around telemetry intelligence, digital twins, ground station networks, spacecraft operations, and aerospace data interoperability, AstraForge enables transparent and collaborative development of the next generation of space technologies.

Python scripts to handle spacecraft tracking data generated with swspec and sctracker

Hardware for Pico-torQuer: An open-source PocketQube magnetorquer

Software for Pico-torQuer: An open-source PocketQube magnetorquer

Python tools for working with Orbital Ephemeris Messages (OEMs)

Behaviour Extraction for Time-Series Investigation using deep learning

Polaris is a spacecraft 6 Degree of Freedom simulator C++ library for use in the development of attitude control algorithms, and Software and Hardware In The Loop Testing.

A simulation of solar system as seen from a perspective of a spacecraft. Written in C++ using OpenGL API.