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aerospace

PhaseLock + ForwardState is an open-source, autonomous in-space refueling system. PhaseLock handles cryogenic propellant conditioning and transfer, while ForwardState provides predictive control, anomaly detection, and digital twin simulation. Together, they enable safe, reusable, and scalable orbital refueling operations with full real-time telemetry, AI-driven optimization, and robust fault tolerance. https://roxanneardary.com/phaselock/

dotfiles for macOs, Aerospace as tiling window manager

FlightDynamics is an open, AI-native specification for launch planning, mission engineering, orbital dynamics, and space operations. It defines a modular, implementation-agnostic standard for modeling and optimizing every stage of a space mission lifecycle, from early mission design through launch execution, orbital operations, and end-of-life planning. Designed for local-first deployment with optional integration into distributed systems, FlightDynamics enables interoperable, explainable, and extensible mission planning systems without vendor lock-in.

DesignFlux is an AGPL 3.0+ open-source engineering platform that combines physics-based simulation, AI-assisted design, manufacturing planning, and collaborative development into a unified ecosystem. Built for engineers, researchers, manufacturers, and innovators, DesignFlux provides modular tools for thermal engineering, aerospace systems, advanced materials, and future technology development, helping teams move from concept and simulation to validation and production.

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.

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Geometry for fluid dynamics

Planetary science data for atmospheric geophysical models

MAVLink message definitions for MAVSpec

LLAMI (Lion Launch Analytics Metrics Insights) is a tool for automatic collection, processing, and analysis of rocket launch data. This project provides accurate data and detailed analysis of launches for availability and use by the general public, space enthusiasts, and engineering students. This enables the creation of custom statistics, 3D models, and other educational and research projects.

Note: Our team is continuously improving and expanding the functionalities of LLAMI to offer even more tools and value to our sexy users.

CLI app for interaction with Ground Control System Core service

Fast Computation of Averaged optimal LOw-thrust Orbital Transfer in minimum time

Core service for Ground Control System (GCS)