Operational Feasibility of Orbital Directed Energy Systems and Asymmetric Supply Chain Resilience: The AGI-Lux-Ferox Framework

Description (Abstract): This repository contains the source code, mathematical models, and formal analysis regarding emerging Directed Energy Weapon (DEW) capabilities in Low Earth Orbit (LEO), specifically focusing on the 2023-2025 timeline. Core Components: Technical Analysis: A LaTeX-based academic paper detailing the specific mass ( kg/kW ) thresholds required for orbital lasers (HEL) and microwaves (HPM), utilizing data from programs such as POWER, HELADS, and THOR-Space. Supply Chain Vulnerability: A Bayesian analysis of the "Janus Paradox," highlighting the dependence of European space infrastructure (Sentinel/Copernicus) on US-controlled microcontrollers and the statistical probability of hardware backdoors. The Shinobi Protocol: Python operational code for a distributed, low-tech, asymmetric sensor network designed to validate physical anomalies (thermal/spectral) independent of compromised satellite telemetry. This dataset serves as an immutable record of the intersection between orbital physics, logistical vulnerabilities, and hybrid warfare verification methodologies.