C++17 library for constructing, parsing, validating, and managing CCSDS Space Packets, with PUS-A/PUS-C, CUC time, hosted tools, and bare-metal integration.
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Updated
Oct 12, 2026 - C++
C++17 library for constructing, parsing, validating, and managing CCSDS Space Packets, with PUS-A/PUS-C, CUC time, hosted tools, and bare-metal integration.
Practical framework for applying ECSS standards using MBSE methodology. Ready-to-use templates, automation tools, and real case studies for aerospace systems engineering.
Local-first satellite timelapse triage: space-side pruning, ground-side evidence reasoning, compact proof JSON.
🚀 The aerospace knowledge layer for AI agents — 3200 verified skills in 86 installable packs across 12 engineering families, mapped to 30 standards (ECSS · DO-178C · NASA) and proven by a 1754-task deterministic gate battery. AgentSkills.io format · Apache-2.0 · by Ashforde OÜ
Phase4 Satellite Mission Design Portal
Applied quantum kernels for anomaly detection. Low-data anomaly detection on manifold-structured telemetry, benchmarking entanglement kernels vs classical baselines with geometric diagnostics.
I am advancing humanity to Level II on the Kardashev Scale with my community of engineers, physicists, and people who dare to dream.
Portable SpaceWire development and integration toolkit for simulation, distributed testing, Linux virtual devices, embedded/RTOS systems, and hardware-backed links.
ML-accelerated tradespace exploration tool for lunar micro-rover design
Quantum-Enhanced Digital Twin Framework for Aerospace Systems - Reference Architecture Quantum Computing & AI Synthetic Data Generation
Satellite Attitude Animation and Simulator (SAAS)
VOLLEY studies a reusable, sequential CubeSat deployment system with selectable release conditions. Gen6 is in development; no mechanism or speed range is validated.
Hybrid AI-Powered Satellite Attitude Determination and Control System (ADCS) integrating MEKF, quaternion dynamics, LQR/PD control, and neural network-based attitude control for spacecraft GNC applications.
Physics-based, provenance-driven feasibility MDAO for orbital data centers vs terrestrial baselines.
Engineering PoC for deep-space crew radiation protection: hydrogen-rich shielding, geometry-aware mass placement, and storm-shelter architecture for human spaceflight trade studies, habitat design review, and astronaut safety concept evaluation.
Open-source CAD/CAM/CAE portfolio for ASTERION FCTA-1, a modular deep-space spacecraft concept developed with Siemens NX, ANSYS, NX CAM, Python, and an interactive Three.js GitHub Pages application.
Energy-Aware Digital Twin with seamless integration of a Graph Neural Network predictive core with a Reinforcement Learning maneuvering agent for managing advanced LEO satellite constellations, with a specific focus on Indian space infrastructure.
Hour-by-hour simulation of an autonomous lunar outpost's power system. Finds that every hour of unserved power occurred at 62% fleet reserve — energy-limited and power-limited failures are different events, and one state-of-charge signal is blind to one of them.
Aerospace Engineering Portfolio - GNC Systems, Mission Analysis, and Space Systems Design
Mission-assurance control plane for spacecraft edge autonomy: governs when onboard AI may act, abstain, degrade, retain data, request ground review, or fall back, with signed evidence, deterministic replay & traceability from mission requirements to decisions.
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