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In this episode of Relentless, Aaron Slodov, founder and CEO of Atomic Industries, describes a mission to reinvent American manufacturing by digitizing and systematizing hard-won industrial skills. He recounts the unsettling incident with the B2 bomber tooling, where the original designers are gone and drawings are missing, underscoring a national vulnerability when tacit knowledge evaporates. Aaron argues that this isn’t a rare accident but a widespread erosion of practical know-how, and he frames reindustrialization as a generational effort that must be pursued with new tools, including software-driven processes, to expedite training and scaling without sacrificing the craft that has sustained advanced manufacturing for decades. He emphasizes the difficulty of moving factory work off the shop floor and into a modern, data-rich paradigm, while still valuing the human expertise that makes production possible. The conversation pivots to how to finance and accelerate these changes. Aaron notes that traditional venture capital is ill-suited to the slow, capital-intensive realities of manufacturing, while recognizing the appetite from investors for ambitious, high-morizon outcomes. They discuss the role of defense priorities, national security, and incentives in aligning stakeholders—from military and policymakers to financiers and operators—to foster domestic production. Aaron draws comparisons to Elon Musk’s software-centric approach to manufacturing and points out that truly software-defined factories require massive upfront investment and a long timeline, often best supported by a continuum of capital—from venture to crossover funds. The episode also covers practical lessons from Aaron’s research phase, including a year-long effort calling hundreds of tool-and-die shops, the value of curiosity, and the challenges of scaling a hardware business in a world accustomed to software-generated optimism. The dialogue closes on purpose and persistence: relentlessness as the core trait needed to solve hard, systemic problems, with the caveat that meaningful progress will take a decade or more and must be driven by clear visions and disciplined execution.

The episode centers on a practical and ambitious assessment of human space exploration, focusing on a path from lunar activity to Mars colonization. The guests discuss a realistic best-case timeline for a manned Mars mission, with consensus that political will and mature technology could bring crewed missions within the mid-2030s, potentially within a single lifetime. The contrasts between NASA’s Artemis program and private actors are explored, highlighting how public policy, budget allocations, and a broad ecosystem of contractors and commercial partners shape the pace and cost of sending humans beyond Earth. The conversation delves into the Artemis architecture, tracing how it relies on Space Launch System heritage while progressively incorporating commercial landers and in-space infrastructure to build a sustainable lunar presence. A core theme is the orbital economy and what a Moon base is expected to accomplish: testing habitation in a radiation-rich, deep-space environment, developing in-situ resource utilization, and creating the capability to produce propellant from lunar ice to enable deeper expeditions and return missions. The dialogue also probes the balance between human and robotic exploration. While AI and autonomous processing are framed as essential for on-orbit decision-making and handling long transmission delays, the guests emphasize that human presence remains crucial for scientific breakthroughs and the interpretation of data, especially regarding potential signs of life. The discussion turns to the challenges of funding, risk management, and accountability, with comparisons to historical programs and the role of private companies like SpaceX and Blue Origin in delivering landing capabilities and reducing NASA’s costs. Beyond the moon, the speakers outline a strategic trajectory toward Mars, including the potential of nuclear power and propulsion to accelerate travel, enable sustained operations on distant worlds, and enable the manufacturing of propellant on-site. Throughout, the emphasis is on a coordinated, multi-actor effort—government, industry, and research institutions—pushing the frontier while acknowledging the enormous technical, political, and economic hurdles that lie ahead.