The company that wants to shoot down drones for ten cents.

Aurelius was co-founded by Michael LaFramboise (CEO) and John Marmaduke, both of whom spent years inside the U.S. laser industry, working on the optical and photonic guts of directed-energy systems. Their shared complaint was simple and slightly indignant: why doesn't America already have a mobile, fieldable, non-kinetic answer to small drones? Nobody had a good reason. So they left to build one.

LaFramboise's path there is the kind of resume that only makes sense in retrospect - Case Western, a stint at Columbia studying nano-optical systems, the U.S. Navy, the Detroit auto industry, laser-materials R&D at Coherent, then product management on consumer hardware at Amazon. He is candid that a big incumbent was never going to build this. "The primes would never do something like what we're doing," he has said. "It's a classic case of the innovator's dilemma." When the incumbents are structurally incapable of building the cheap version, that gap is not a risk. It is the opportunity.

The vision LaFramboise describes is unusually plain-spoken for a defense founder: "I see a future in which our military will be able to project force again without threat of constant harassment by drones and our infrastructure and citizens will be protected from these swarms." No slogans about resilience. Just a specific, buildable thing - and a bet that the side which makes its ammunition nearly free is the side that gets to keep fighting.

The tell in the whole Aurelius story is speed. The company says it can stand up a working prototype in days and get a system field-ready in under 18 months. In defense, where programs are measured in decades and the acronyms outlive the engineers, that velocity is the actual moat - not the laser, which physicists have understood for a long time. What's new is doing it with commercial parts, software-defined optics, and a headcount you could fit in a mid-size restaurant.

General Catalyst, which co-led the seed, framed its bet exactly this way: the velocity of innovation, a differentiated technical approach that leans on software and photonics advances, and a team blending ex-defense operators with autonomy and AI engineers. It is a familiar Silicon Valley thesis - small and fast beats big and slow - applied to a domain that has resisted it for a generation. Whether it holds is the open question. But the counter-drone problem is not getting smaller, and neither, for now, is the check-writing appetite behind companies trying to solve it.