The a16z Show

Morgan Brennan × Jared Isaacman

NASA’s lunar return is a deadline-driven test of US credibility and national security after roughly $100 billion and 35 years, with NASA’s target and its rival’s pre-2030 goal leaving less than 1 year of margin.Isaacman’s reset depends on increasing launch cadence, testing lunar-lander rendezvous in low Earth orbit in 2027, and reducing contractor leakage estimated at $1.4 billion annually, while nuclear power and resource processing remain catalysts for Mars capability.

Erin Price-Wright × Chandler Luzsicza × Turner Caldwell

Tesla and SpaceX accelerate hardware by combining direct information flow, decisive technical leadership, aggressive milestones and factory-style measurement.The model favors vertical integration only when non-integration threatens survival, while deep technical apprenticeships and critical-path execution determine whether Galvadyne and Mariana Minerals can scale.

Bridgit Mendler × Erik Torenberg

Northwood is betting that ground infrastructure, not satellite production or launch, is space’s longest bottleneck, vertically integrating antennas, sites, networking, software and operations.citeturn0search0 Standardized containerized stations can compress deployment from roughly three years to three months and spread capital across customers, while the $50 million Space Force contract tests whether commercial proliferation can make ground capacity resilient and scalable.

Leila Hay × Phillip Buckendorf × Leonard J. Kosinski

Aviation’s staffing, infrastructure, and technology failures converge in obsolete software and low operator productivity.Commercially proven, compute-separated systems can deploy within months, while predictive logistics may turn existing transport capacity into resilience and deterrence.

Matt Cronin × Ryan Tseng × Adam Bry

Cheap drones can destroy systems costing millions, shifting defense economics toward distributed mass, but battlefield advantage depends on autonomous software that can operate through jamming.Ukraine uses small quadcopters at millions per year versus comparable U.S. programs at single-digit thousands, making procurement scale and rapid software deployment the catalysts to monitor.

Alex Miller × Justin Fanelli × Leila Hay

Defense’s bottleneck is procurement inertia: legacy programs consume most funding, while simpler capability requirements have compressed one acquisition process from 18 months to three.The emerging model compares capability per dollar, funds new systems by killing old ones, and tests products with warfighters, creating a six-to-12-month window for technologies not yet under contract to reach production.