The question I get asked more than anything (besides why do you look so angry in your photograph) is: why do you have an upside-down plane on your Twitter handle? Part of it goes back to time I spent in the Mojave when I was at Cambium, around places where these kinds of ideas were first tested. In the 1970s, Lockheed’s Skunk Works built a strange, faceted aircraft based on obscure Soviet math about electromagnetic scattering, the “Hopeless Diamond.” To prove it worked, they mounted a model on a pole and pointed radar at it. The radar operators thought the aircraft had fallen off. All they could see was the pole. Instead of celebrating, the response was: eliminate the pole. So they did, engineering a test pylon with an almost nonexistent radar signature just to prove the original idea. The first stealth breakthrough didn’t start with a plane. It started with a pole. We’re living that exact dynamic in the Arctic with Dominion Dynamics. People ask whether the mesh network works, whether the sensor can see, whether the system survives at -40. Those are the airplane questions. But before you can answer them, you end up solving everything around them: power systems that last through months of darkness, batteries that don’t fracture in extreme cold, connectors that survive freeze-thaw cycles, RF behavior over ice and inversion layers, installation in places with no infrastructure, data exfiltration from under ice, systems operable with gloves in high wind. Before you prove the system, you solve dozens, then hundreds, of smaller problems that make the test itself possible. That’s the part people miss. If you want to do something truly ambitious, you don’t just build the thing. You build the conditions that make it provable, usable, and real. And more often than not, that’s the harder problem. Start with the pole.
