Lukas Czinger
Co-founder, president, and CEO of Divergent Technologies, where he leads development of an advanced manufacturing platform combining AI-enabled design software, additive manufacturing, and robotic assembly for aerospace, defense, and automotive applications.
Divergent Says Digital Manufacturing Can Put Defense Hardware in Flight in Under Three Months
Divergent CEO Lukas Czinger argues that the Pentagon needs manufacturing systems that can adapt designs quickly and produce them at scale, not just more factories. The company works beneath defense contractors such as Lockheed Martin, using digitally driven processes including metal 3D printing; Czinger says it can move from engineering inputs to flight-ready hardware in under three months. He presents Divergent’s role as supplying production capacity, while contractors retain their programs and intellectual property.
Software-Defined Factories Are Moving From Hypercars to Cruise Missiles
Lukas Czinger, chief executive of Divergent Technologies, argues on This Week in Startups that U.S. defense manufacturing can move faster and at lower cost if factories are treated as software-defined infrastructure rather than product-specific plants. The article also follows Brandon Goode and Mark Horowitz’s case for Outro Health: that antidepressant prescribing has scaled without an equally developed system for helping patients stop safely. Across the defense, healthcare and AI segments, the source frames the central problem as incentives — what existing systems pay companies to build, maintain or automate, and what they leave underbuilt.
Divergent Says Software-Defined Factories Can Build Drones in 71 Days
Lukas Czinger, co-founder of Divergent Technologies, argues that the bottleneck in defense hardware is not design but the tooling and fixed production lines that make iteration slow once a product leaves prototype. In a livestream interview, he said Divergent’s software-defined factory can move autonomous aircraft and other complex systems from digital design into production without rebuilding the supply chain around each change, citing a 71-day clean-sheet build of a flyable small uncrewed aircraft as proof of the model.