How AI Is Changing Warfare, with Anduril CEO Brian Schimpf

Company Overview & Origins

• Zandrel was founded in 2017 by former Palantir executives (including Dan Tapiro) and former Oculus founder Palmer Luckey to address stagnation in defense technology.
• The firm focuses on deploying cheap, autonomous systems and advanced sensors to create a scalable "Lattice" software platform for processing battlefield data.
• The team has developed and fielded dozens of autonomous products over seven years, prioritizing rapid prototyping and deployment.
• Founders cite a "patriotic motivation" and the recognition that the defense sector suffers from outdated tech, few competitors, and lethargic development cycles.

Product Development & Strategy

• The first product, "Sentry," was a border security system using automated cameras and radars, moving from prototype to full scale in 2.5 years.
• Early Sentry development required liquid-cooling desktop GPUs to function in hot desert environments under solar power before embedded solutions existed.
• The company targets urgent problems with clear technical solutions, leveraging a pattern of finding high-impact issues where cutting-edge tech can be applied immediately.
• Zandrel partners with OpenAI on defensive counter-drone systems to optimize decision-making under time pressure when human reaction is insufficient.

AI & Autonomy in Warfare

• AI's primary value in defense is solving the "scale problem" by managing the overwhelming volume of sensor data generated by thousands of autonomous systems.
• The core military function involves a continuous loop: Find (adversary location), Engage (strike or deter), and Assess (verify effect).
• AI acts as a human augmentation tool, filtering signals from noise to provide context for decision-makers rather than replacing human judgment.
• Autonomy enables the scaling of operations by allowing drone swarms to self-rebalance and execute complex tasks without constant manual piloting or communication links.
• Defensive automation is prioritized for scenarios where reaction times are too short for humans, such as intercepting incoming drone swarms.
• The company maintains that full-blown AI deciding lethal outcomes is scientifically unfetched; AI lacks an objective function to act independently of human goals.
• Deploying autonomous systems is framed as more humane by reducing the exposure of human troops to direct combat risks.

Critique of Defense Acquisition & Incentives

• Zandrel identifies "cost-plus" contracting (a WWII-era model) as a primary driver of inefficiency, incentives that reward delays and higher costs rather than speed or reliability.
• The F-35 program took 25 years to field, contrasting sharply with 2–3 year cycles for commercial aircraft and automobiles.
• Projections suggest that at current development rates, the US could afford only one military aircraft for the Air Force, Navy, and Marines every other week by 2046.
• Weapon system development cycles (e.g., 12 years for missiles) render technologies obsolete before fielding; the US Columbia-class submarine is expected to serve from 2035 to 2085 based on 1960s-era tech standards.
• China is gaining a strategic advantage by conducting hundreds of annual hypersonic weapon tests, whereas the US conducts roughly four, leveraging higher iteration speeds to improve quality and reduce costs.
• US munition stockpiles are projected to be exhausted within eight days of a high-intensity conflict, undermining the "short war" strategy.
• The US currently spends only 0.1% to 0.2% of the defense budget on new capabilities like autonomous systems, which the founders argue should be significantly higher (ideally 2%).

Supply Chain & Industrial Base

• The traditional defense supply chain relies on bespoke components with lead times of up to four years, creating vulnerabilities to disruption.
• Zandrel proposes leveraging commercial industrial capacity for defense production, such as using acrylic bathtub pressing for missile fuselages and roto-molding for fuel tanks.
• The founders argue that "fixed-price" contracts, proven successful by companies like SpaceX, offer better accountability and cost control than the current government model.
• The defense industry requires a "redirection of resources" to break free from legacy costs and support rapid technology adoption.

Cultural Shift in Defense Tech

• Investment in defense startups increased significantly prior to the 2022 Ukraine invasion, driven by mainstream VCs normalizing the sector and high valuations.
• The war in Ukraine acted as a catalyzing event, validating the need for rapid tech deployment and mobilizing engineers and veterans to solve defense problems.
• Commercial technology advancements (e.g., 5G, AI models) have lowered barriers to entry, allowing startups to build complex electronic warfare and sensor systems using off-the-shelf components.
• The industry is shifting from government-controlled 10-year roadmaps to a model where the defense sector must act as the primary adopter of rapid commercial innovation.

Strategic Recommendations

• Establish a permanent "Project Warp Speed" initiative for defense to accelerate autonomous systems and cut bureaucratic processes simultaneously.
• Empower program offices with full budget authority and accountability, removing layers of oversight that stall progress.
• Increase the tempo of testing and iteration to match commercial software development cycles, reducing the risk and cost of failure.
• Tap into the existing commercial and industrial supply chain to mass-produce munitions and components rather than relying on specialized, slow defense contractors.