What happens when China sanctions your drone company? For Skydio, it became the catalyst for complete supply chain independence and battle-tested technology that now guides Ukrainian artillery strikes. Mark Valentine, Global Head of National Security Strategy, breaks down the story for Dave: when their drones in Ukraine failed due to single-band radios and GPS dependence, his team made 36 field visits over two years, embedded Ukrainian engineers, and developed Asimov software enabling complete GPS-jammed operation with frequency-hopping radios. But the real revelation isn’t military, it’s civilian. While the DoD debates drone strategy, law enforcement has already cracked the code. New York City operates 600 dock-based drones integrated with ShotSpotter and domain awareness systems. Single operators supervise unlimited robots through connected systems and dock-based persistence — capabilities the military avoids due to connectivity phobia. Mark also offers his leadership framework, distilled from Microsoft’s Satya Nadella, centers on distinguishing ”two-way door” decisions (reversible, move fast) from ”one-way door” decisions (irreversible, deliberate carefully). This becomes critical in startups where you’re making calls alone without institutional backup: speed depends entirely on recognizing which type of decision you’re facing. Topics discussed: - Building GPS-denied navigation capabilities and frequency-hopping radios after Ukraine deployment failures exposed drone limitations. - Implementing two-way door versus one-way door decision framework for rapid startup execution without institutional backup support. - Deploying 600 dock-based drones integrated with ShotSpotter systems for 28-second autonomous response in New York City. - Creating platform extensibility through four USB-C hardpoints enabling third-party sensors from grenade droppers to life preservers. - Achieving complete supply chain independence from Chinese suppliers after sanctions targeting Taiwan fire department support. - Enabling single-operator supervision of unlimited drones through connected systems versus the military’s disconnected one-to-one approach. - Developing obstacle avoidance AI using six fisheye cameras and eight-layer neural networks for autonomous flight capabilities.