Warfare has evolved to a "sixth domain" where cyber becomes physical. Mass drone swarms act like a distributed software attack, requiring one-to-many defense systems analogous to antivirus software, rather than traditional one-missile-per-target defenses which cannot scale.

The conflict in Ukraine exposed the vulnerability of expensive, "exquisite" military platforms (like tanks) to inexpensive technologies (like drones). This has shifted defense priorities toward cheap, mass-producible, "attritable" systems. This fundamental change in product and economics creates a massive opportunity for startups to innovate outside the traditional defense prime model.

The proliferation of drones is fueled by consumer electronics. Companies like Qualcomm and Nvidia provide powerful "system on a chip" components and even reference designs, making it easy for non-state actors and smaller nations to build and deploy advanced military hardware that was previously inaccessible.

In defense technology, smaller is often better. The ideal platform is the most compact one that can still perform its intended mission. This approach provides significant advantages in stealth, manufacturing cost, logistical footprint, and speed of proliferation.

Combat in space or on the moon will be swift and catastrophic because spaceships and habitats are inherently fragile. Due to severe mass and volume constraints, they cannot be armored effectively. The winning strategy is not to withstand a hit, but to avoid detection, targeting, and being fired upon entirely.

Anduril's autonomous Fury fighter jet flies alongside manned aircraft as a force multiplier. It extends the pilot's sensor and weapons range while taking on high-risk maneuvers. This allows for strategies that involve sacrificing autonomous assets to gain an advantage, without the ethical problem of losing human lives.

While optical camouflage to trick the human eye is a solved technology, it's irrelevant on the modern battlefield. Adversaries rely on a wide spectrum of sensors like infrared, thermal, and radar, which can easily detect optically-cloaked objects, making the technology strategically impractical for Anduril's customers.

For centuries, military uniforms were brightly colored for identification on smoke-filled battlefields. The invention of smokeless powder and more accurate, faster-reloading rifles in the late 19th century made soldiers highly visible targets, necessitating the switch to drab, low-visibility colors like olive and khaki.

To test its electronic warfare products, Anduril uses an anechoic chamber. This is not just for a clean signal environment but a legal necessity. Their proximity to John Wayne Airport makes it illegal to broadcast powerful jamming signals openly, requiring a specialized, enclosed facility to develop and test these capabilities.