What is Anduril? Inside the startup shaking up the U.S. defense industry
Anduril is not exactly what you picture when you think of a defense company.
While giants like Lockheed Martin, Boeing, RTX, and Northrop Grumman have dominated the industry for decades with billion-dollar contracts and sluggish processes, a startup founded in 2017 by a guy in a Hawaiian shirt and flip-flops decided to turn the whole game upside down. And it seems to be working really well.
The U.S. Army consolidated 120 acquisitions into a single 10-year contract with the company, with a potential value of up to $20 billion. That is no small thing, especially when we are talking about a company that has barely been around for a decade and is already rewriting the rules of the defense technology sector.
Behind all of this is Palmer Luckey, the same guy who created the Oculus Rift as a teenager and sold the company to Facebook for $2 billion at age 21. After being fired from Facebook in 2017, he did not go kick back on a beach. He went on to build autonomous weapons systems powered by artificial intelligence for the battlefield 🎯.
Anduril’s approach is unlike anything in the traditional defense technology sector, and understanding how it operates helps explain why so many experts are watching this company as one of the most significant developments at the intersection of Silicon Valley and the military-industrial complex.
Who founded Anduril and where it came from
Anduril Industries is an American defense technology company headquartered in Costa Mesa, California, specifically in the former printing facility of the Los Angeles Times. The company’s name comes from the reforged sword in The Lord of the Rings, which gives you a pretty good hint about the founders’ personalities.
Palmer Luckey co-founded the company alongside Trae Stephens and Matt Grimm, venture capital investors who previously worked as engineers at Palantir, the data analytics giant. Also part of the founding group are Joseph Chen, former product lead at Oculus VR, and Brian Schimpf, former director of engineering at Palantir.
Luckey’s story is fascinating on its own. He developed the Oculus Rift virtual reality headset and sold his startup Oculus VR to Facebook for $2 billion in 2014, when he was just 21 years old. In 2017, he was fired from Facebook after making a donation to a pro-Donald Trump political organization during the 2016 election, although Facebook stated the reason for his dismissal was not political.
Just a few months after leaving Facebook, Luckey decided to create Anduril. With a look that is anything but conventional for someone doing business with the Pentagon — mullet, goatee, shorts, and flip-flops — he brought a completely different mindset to an industry that has operated the same way for decades.
What Anduril actually does
Anduril does not build tanks, manned fighter jets, or aircraft carriers. The company’s focus is on something far more sophisticated: it develops autonomous weapons systems — including drones, submarines, missiles, and unmanned aircraft — guided by artificial intelligence and capable of making real-time decisions in combat environments. These products are sold as ready-made solutions to the U.S. military and allied governments.
The company’s flagship product is a platform called Lattice, an autonomous software system that connects and powers thousands of devices, even in remote environments with limited bandwidth. Lattice collects information from radars, cameras, and other sensors, analyzes data, speeds up decision-making, and in some cases operates autonomously under human supervision. Think of it as a smart command center that sees everything at once and can automatically prioritize threats. That is exactly what Lattice does.
Beyond Lattice, Anduril has already developed more than a dozen autonomous products. This kind of real-world application shows that the company’s technology is not just on paper — it is already operating in the field. 🚀
Anduril’s key products
Fury: the autonomous fighter jet
The Fury is an unmanned fighter jet designed to fly semi-autonomously alongside piloted aircraft, acting as a shield against threats ahead. Developed as part of the Air Force’s Collaborative Combat Aircraft program, the Fury completed its first flight in October 2025. Anduril designed the Fury using readily available materials that can be repaired with tools found in most auto shops, specifically to avoid manufacturing bottlenecks.
Dive-XL: the autonomous submarine
The Dive-XL is an autonomous submarine that can be used for reconnaissance, seabed mapping, or firing torpedoes. Unlike hybrid submarines that need oxygen in their fuel mix, the Dive-XL has a fully electric drivetrain that allows it to stay submerged for over 2,000 miles without needing to surface. Its design was based on the development of the Ghost Shark, an autonomous submarine that Anduril developed for the Royal Australian Navy.
Barracuda: cruise missiles
The Barracuda is a line of cruise missiles. Its most advanced model, the 500M, can travel over 500 nautical miles. These missiles were designed for mass production and deployment, using readily available materials and requiring 10 or fewer tools for assembly.
Sentry: the smart surveillance tower
Anduril’s first product was the Sentry, a surveillance tower that automatically detects, classifies, and tracks people, vehicles, and aircraft. Initially adopted by U.S. Customs and Border Protection to monitor the border with Mexico, the Sentry has since been deployed at airports, military bases, and other critical infrastructure.
Ghost: reconnaissance drone
The Ghost is an autonomous helicopter-style drone used primarily for reconnaissance and surveillance. Without generating much noise, it can carry a payload of about 10 pounds for 55 minutes at a range of over 7 miles. The newer model, Ghost-X, carries up to 24 pounds for 80 minutes with a range exceeding 15 miles.
Roadrunner: the reusable aerial vehicle
The Roadrunner is a jet-powered autonomous aerial vehicle that takes off and lands vertically, making it reusable and more cost-effective than single-use alternatives. Its modular payload capabilities allow for a variety of applications, but it is primarily used to identify, intercept, and destroy drones and other airborne threats.
The product-first approach that challenges traditional contractors
What sets Anduril apart from traditional defense contractors is its development speed and product-driven mindset. Historically, the Pentagon issues a request for proposals, awards a contract to a big established name, and waits years for the product to be developed — frequently over budget and behind schedule.
Anduril flipped that model on its head. The company invests its own time and money into researching and developing its products, and once they are ready, it offers the solution to the government for purchase. Instead of waiting years to deliver an already outdated solution, the company works with short development cycles and updates its systems through software, the same way a consumer tech company would update an app on your phone.
Palmer Luckey does not even consider Anduril a defense contractor, since contractors get paid to do a job regardless of whether the product succeeds. He describes the company as a defense products company, invested in creating an effective product. Because all the risk has already been eliminated during development, Luckey believes Anduril will save American taxpayers hundreds of billions of dollars per year. 💡
Openly pro-military in a tech industry that dodges the topic
Unlike many other tech companies, Anduril is upfront about its support for the use of artificial intelligence in military operations. In 2018, Google decided not to renew its Pentagon contract for Project Maven — which sought to develop AI technologies to help the military identify people and objects in drone footage — after receiving a petition from 4,000 employees. The following year, a group of 50 Microsoft employees objected to the company’s work adapting the HoloLens, its augmented reality headset, for military use.
In the wake of those controversies, Anduril’s co-founders publicly criticized Silicon Valley tech companies for their reluctance to answer the call from their country’s armed forces. The company signed on to Project Maven, developing technology that uses sensors to detect, identify, and alert troops to information about their surrounding environment. And in 2025, Anduril took over Microsoft’s $22 billion augmented reality headset contract for the Army, after Microsoft discontinued HoloLens production.
The $20 billion contract and what it represents
When the U.S. Army consolidated 120 separate contracts into a single 10-year agreement with Anduril, the message was clear: the old model of defense technology procurement is being seriously challenged. The proposal to consolidate everything into a single long-term contract with a company focused on artificial intelligence and autonomy represents an attempt to modernize the entire supply chain all at once.
The potential value of $20 billion is not guaranteed from the start — it represents the ceiling of what can be spent over the duration of the agreement. But the political and strategic signal that number sends is enormous. It means that military contracts are beginning to flow more directly toward companies that put software and AI at the center of the operation, and not necessarily toward the same old big hardware manufacturers.
This move reflects a growing concern within the U.S. Department of Defense about the ability to compete technologically with other global powers, especially in areas like autonomous drones, electronic warfare, and AI-based decision-making systems.
Venture capital as fuel: over $6 billion raised
Anduril’s ability to fund research and development before even winning a contract is made possible by an impressive volume of venture capital. The company has raised more than $6 billion to date, including a $2.5 billion round in 2025. It is currently raising a $4 billion round led by Andreessen Horowitz and Thrive Capital. Luckey has said the company will go public in the future.
Like many other disruptive tech companies, Anduril is not yet profitable. In 2026, the company expects to nearly double its revenue to around $4.3 billion, but it will also have roughly $1 billion in losses. The company says it does not expect to be profitable until 2030.
Arsenal-1: manufacturing at scale in the heart of America
To ramp up its production capabilities, Anduril is investing nearly $1 billion in building a hyperscale manufacturing campus called Arsenal-1, located about 20 miles south of Columbus, Ohio. When fully built out, the campus is expected to employ more than 4,000 workers and offer over 5 million square feet of manufacturing space.
The first building, which includes 775,000 square feet of production space and an additional 120,000 square feet of office and support areas, will begin production in late March 2026. Anduril broke ground on a second building spanning over 924,000 square feet in the summer of 2025.
Arsenal-1 will initially manufacture the Fury, the company’s autonomous fighter jet, and Barracuda missile airframes. The Arsenal OS software platform will integrate the design, development, and mass production stages for all of these products.
The company is also expanding its footprint in Southern California with a campus in Long Beach that will combine office and industrial space dedicated to development. The campus, expected to be operational by mid-2027, will feature six buildings totaling nearly 1.2 million square feet, with plans to employ 5,500 people. In recent years, Anduril has also opened production facilities in Mississippi, Rhode Island, and Atlanta.
The acquisitions that accelerated growth
Beyond building its own products, Anduril has acquired several companies to expand its capabilities in emerging areas of the autonomous defense sector. Here are the key ones:
- Area-I (2021): a Georgia-based company that developed the ALTIUS family of drones and loitering munitions, launchable from air, land, and sea.
- Copious Imaging (2021): a Boston-area company that developed an AI-powered long-wave infrared imaging system to detect, track, and classify objects of interest.
- Dive Technologies (2022): a Boston-based company whose work paved the way for the Dive-LD and Dive-XL underwater vehicles.
- Adranos (2023): a solid rocket motor manufacturer, with a modernized manufacturing facility in Mississippi.
- Blue Force Technologies (2023): a North Carolina company whose work provided the technical foundation for the Fury autonomous fighter jet.
- Numerica Corporation (2025): acquisition of its radar and command-and-control business, including the Mimir software and the Spyglass and Spark radar systems.
- Klas (2025): a developer of ruggedized computing systems built to survive hostile environments.
- American Infrared Solutions (2025): a company that designs and manufactures infrared cameras and components.
- ExoAnalytic Solutions (2026): a company that uses more than 400 telescopes to provide space domain awareness data to the U.S. and its allies.
Artificial intelligence on the battlefield: the debate that never stops
Putting artificial intelligence into military systems is one of the most intense debates in modern technology, and Anduril is right at the center of the conversation. The use of autonomous weapons is a hot-button issue, since a technological error could lead to mass casualties. And if something goes wrong, the question of who should be held accountable remains unanswered.
The International Committee of the Red Cross, the United Nations Secretary-General, and a coalition of more than 70 non-governmental organizations called Stop Killer Robots have all spoken out against the use of autonomous weapons systems that lack human oversight and accountability.
In an op-ed published in The Washington Post in 2018, Anduril’s co-founders said they agree that the decision to take a human life should not be made without human direction. But they also warned that an authoritarian regime may not show the same restraint. In their view, for the United States to set ethical standards and claim the moral high ground, it first needs to maintain technological superiority.
In a 2025 interview on 60 Minutes, Luckey argued that the use of autonomous weapons is far more responsible than a landmine that cannot tell the difference between an enemy armored vehicle and a school bus full of children.
The line he used sums up the company’s position pretty well: it is not a choice between smart weapons and no weapons. It is a choice between smart weapons and dumb weapons.
Luckey added that Anduril’s autonomous weapons have a kill switch that allows humans to shut them down when needed. In his view, the use of autonomous systems lets the military make better-informed decisions while minimizing risks to American troops. The logic is straightforward: if one person can control 100 aircraft, that is far more viable than having a pilot in each one — and it puts far fewer lives at risk. 🤖
Why all of this matters beyond the military sector
Anduril’s growth and the volume of military contracts it is landing say something important about where technology money is flowing in the coming years. With valuations surpassing billions of dollars in recent funding rounds, the company attracts capital from heavyweight venture capital firms, signaling that the market sees a scalable business model there, not just a short-term bet.
On top of that, technologies developed for defense technology applications have historically found their way into civilian uses over time. The internet, GPS, and countless other technologies we use every day have their origins in military projects. The advances in autonomous systems, sensor fusion, and real-time decision-making that Anduril is pushing forward have the potential to impact everything from logistics and transportation to environmental monitoring and disaster response. It is not a direct or immediate connection, but the history of technology shows that this kind of spillover happens quite often.
For anyone following the intersection of artificial intelligence and strategic sectors of the economy, Anduril’s trajectory is a case well worth watching closely. It is testing, in practice, whether the speed and product-driven mindset of a tech company can hold up within the demands and complexities of the defense environment. So far, the numbers and the contracts suggest it can. What comes next will tell us whether this model has the staying power to last and, more importantly, whether it can be replicated by other companies looking to walk the same path between Silicon Valley and the halls of the Pentagon. 🔍
