Building Defense Technologies to Protect Democracies | Torsten Reil, Helsing

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Torsten Reil has spent his career working at the intersection of artificial intelligence, simulation and entrepreneurship. He began as a biologist studying neural networks and complex systems before founding NaturalMotion, whose technology was used in films including Lord of the Rings, Troy and Harry Potter and later in games including Grand Theft Auto and Red Dead Redemption. After building and selling NaturalMotion, he eventually returned to entrepreneurship to co-found Helsing, a European defense technology company focused on artificial intelligence and autonomous systems. Reil believes warfare is undergoing a fundamental shift from humans operating expensive weapons systems toward what he calls autonomous mass: large numbers of AI-controlled machines operating together. He explains why drones are making tanks, artillery and eventually crewed fighter jets increasingly vulnerable; how AI can navigate without GPS in jammed environments; and why Helsing developed Centaur, an AI fighter pilot that has controlled a real Saab Gripen in air combat against a human-operated aircraft. That work led Helsing to begin building its own autonomous fighter jet, the CA1 Europa. The underlying strategy is to combine simpler, mass-manufacturable hardware with increasingly capable software. Reil argues that future conflicts will become battles of materiel, making manufacturing capacity as important as technological sophistication. Helsing's HX-2 strike drone was redesigned to scale from dozens of units per month to a baseline of 1,000, with the ability to surge to 3,000. He also explains Helsing's concept of distributed “resilience factories,” which allow countries to manufacture systems domestically while reducing their dependence on vulnerable centralized production facilities. Reil also describes how he runs Helsing and why he considers talent density the most important ingredient in company performance and culture. The company closely monitors recruiting, conducts quarterly performance calibration and makes an unusually large