The Origins of Victory summary

For decades, the world’s leading military could project force from well-protected bases without real interference. Building up forces happened at a comfortable pace, with skies and seas largely uncontested. That era is gone now. Revisionist powers have spent years engineering the tools to make any attempt at entering regions like the Western Pacific incredibly costly.

The strategy behind this shift goes by the name Anti-Access/Area-Denial, or A2/AD. Think of it as overlapping webs of long-range sensors, fortified air bases, and precision ballistic and cruise missiles casting a lethal shadow across enormous stretches of ocean and airspace. The goal goes beyond territorial defense. Adversaries are waging what’s called “systems destruction warfare” – targeting the nerve centers of battle networks before opposing forces can even get close.

The entire nervous system of a modern military now runs on satellite networks hovering silently above the earth. These orbital systems act as unblinking eyes casting an invisible net over millions of square miles of ocean and terrain. They deliver the precision navigation, the synchronized timing, and the real-time targeting data needed to guide a cruise missile through a tiny window from a thousand miles away. Strip that stream of intelligence away, and your stealth bombers and attack submarines go blind and deaf. They can’t coordinate a thing.

And here’s what makes that so alarming: this total dependence on space creates an agonizing weak point. Space might seem safely removed from the dirt and shrapnel of a battlefield, but it has become a contested shooting gallery. Satellites are fragile machines traveling in predictable paths – like trains on a fixed track. They carry no heavy armor. They can’t dodge. That makes them irresistible targets for any rival looking to paralyze your forces in one move.

So, what happens when those orbital networks survive? When a military successfully shields its satellites and ground sensors, it runs straight into a different problem: a flood of information so vast it becomes paralyzing. Think about the sheer volume of data pouring down from space every second – high-resolution imagery, intercepted communications, infrared signatures, radar tracks. One intelligence official estimated that manually reviewing just the footage gathered over the coming two decades would take eight million human analysts. That’s a staggering analytical bottleneck. The most sophisticated reconnaissance-strike system in the world is useless if a human commander can’t process intelligence fast enough to act on it.

This data overload is pushing militaries toward what’s now called “algorithmic warfare.” The logic is straightforward: replace human analysts with machine-learning algorithms that can ingest mountains of raw intelligence, detect anomalies instantly, and forecast enemy movements. Picture a system monitoring millions of mobile devices, thousands of ships, and endless atmospheric sensors all at once – connecting patterns no human mind could track.

We’ve seen how cheap, autonomous weapons are spreading fast. Now let’s look at what that means at a strategic level – because the picture gets a lot darker.

For decades, global stability depended on a tense but predictable balance of terror between two superpowers. The Cold War had a strange logic to it: both sides held massive, roughly equal nuclear arsenals. Any surprise attack would be met with an equally devastating response. Survival was guaranteed through shared vulnerability. Things were grim, but stable.