All-In

The Companies Changing Warfare Forever: Palantir & Anduril Execs on Drones, AI & the Future of War

with Trey Stevens (Anduril) and Shyam Sankar (Palantir)
6 Apr 2026 18 min read 2h 15m
TL;DR

Silicon Valley's defense tech companies are solving a critical gap in U.S. military readiness by building modular, software-defined hardware at scale—reversing decades of industrial atrophy. The U.S. faces a 10,000-to-1 drone production disadvantage vs. China and must rebuild manufacturing capacity alongside software innovation, not as legacy military contractors would, but as venture-backed product companies with commercial discipline.

Key Moments
Shyam Sankar
“Any anyone who's been to war would tell you that war is awful. War is bad. Categorically bad. That doesn't mean it's always avoidable.”
When asked directly whether war is good, Sankar establishes the philosophical foundation for why Palantir and Anduril exist
▶ 3:38
Shyam Sankar
“When the Berlin Wall still stood in 1989, only 6% of spending on major weapon systems went to pure play defense specialists. 94% of it went to what I call as dual-purpose companies. That figure today is 6% goes to defense specialists.”
Explaining how the end of the Cold War fragmented the U.S. industrial base, leaving no dual-use manufacturers to rapidly scale defense production
▶ 7:52
Trey Stevens
“If you think about at scale manufacturing for a new company started in this century, uh in the 2000s, um there's really only one that comes to mind, just Tesla. That's it. And so we haven't really built any muscle around new manufacturing capacity.”
Stevens emphasizes the atrophy of American manufacturing capability by noting Tesla as the only successful large-scale factory built by a 21st-century company
▶ 11:46
Trey Stevens
“We're kind of thinking about this more like contract manufacturers think about building assembly capacity where they say, 'Yep, we make, you know, this VR headset for Facebook. We make this VR headset for Samsung. We make this VR headset for Apple.' We want to be able to pivot on a dime into ramping up production of Roadrunners if we need Roadrunners or ramping up production of Barracudas if we need Barracudas.”
Describing Arsenal One's modular manufacturing approach to avoid the mistake of post-Ukraine lockdown when production lines for Stingers and Javelins didn't exist
▶ 13:33
Shyam Sankar
“If you look at Fairchild, if you look at integrated circuits in 1968, 96% of all integrated circuits sold were sold to the Apollo program. There was effectively a monopoly. There was one buyer for this thing. But Bob Noyce, who was at Fairchild at the time and co-inventor of the transistor, he was so maniacally committed to a future that semiconductors, integrated circuits would be in everything that he never let more than 4% of his R&D be paid for by the government.”
Sankar argues that venture-backed R&D independence—not government funding—drives the price-performance improvements needed for defense innovation
▶ 26:03
About the show
›
All-In is a podcast where top tech and business leaders discuss the most important trends shaping the economy. This episode features executives from two of the most significant defense tech companies reshaping military capability through AI, drones, and software-defined hardware.
Takeaways
1
Software-defined hardware reshapes defense procurement Anduril succeeded where traditional primes failed by inverting the product design paradigm: build modular hardware platforms controlled by software, not the reverse. This lets the government pivot production mid-conflict (e.g., Roadrunners vs. Barracudas) instead of burning through fixed inventories of single-purpose systems like post-Ukraine Stingers.
2
Venture capital, not cost-plus contracts, drives innovation Bob Noyce's refusal to let government funding exceed 4% of semiconductor R&D at Fairchild enabled Moore's Law breakthroughs that later enabled precision-guided munitions. Similarly, Anduril's private R&D investment model compounds faster than traditional defense contractors dependent on government specs, mirroring how SpaceX and Nvidia achieved transformative price-performance curves.
3
U.S. industrial capacity is the real security gap The U.S. maintains technological superiority but faces a 10,000-to-1 drone production disadvantage vs. China because manufacturing capacity, not R&D talent, is now the bottleneck. Rebuilding dual-use factories (like Anduril's Columbus campus) requires attracting private capital and skilled labor from closed industrial heartlands—a shift from the post-Cold War model of pure-play defense contractors.