A 36‑lecture audio course on how wars are actually fought in the machine age—from seabed cables and city power grids to low‑Earth orbit, cislunar space, and the neural loop between a human and a weapon. We break the kill chain open: sensing and space‑based cueing; edge compute and target fusion; communications that survive jamming; and the things that do damage—mines, missiles, loitering munitions, directed energy, electromagnetic pulse, and code.
We make the stack legible for operators and serious thinkers alike: synthetic aperture radar becomes SAR; high‑altitude long endurance becomes HALE; link budgets and laser crosslinks stop being magic and start being math you can reason about in words. You will see how orbital “stalkers” shadow satellites, why stratospheric platforms matter when air defenses make manned ISR bleed, how decoys and digital camouflage fracture an adversary’s picture, and where the automation boundary really sits when AI runs parts of the kill web with a human on the loop.
Engineering reality, not brochure fog, sets the pace. We trace power budgets, attrition math, and reconstitution timelines; map chokepoints in chips, propellants, optics, batteries, and shipyards; and follow sanctions, export controls, and standards as operational constraints, not afterthoughts.
The glidepath is explicit. 2025 to 2035: proliferated space, cheap autonomy, hard lessons from electronic warfare. 2035 to 2050: directed‑energy baselines, resilient meshes, smarter decoys. 2050 to 2075 and beyond: cislunar logistics with teeth, human performance management that is governed not ghoulish, brain–computer interfaces that shorten loops without erasing judgment.
Rigorous, unsentimental, and built for the intellectually ambitious, this course is an operator’s guide to modern combat systems—how they are built, how they break, and how they win.
