Eric Trump-Backed Humanoid Startup Says It Is Preparing Robots for Combat

Foundation Future Industries, a humanoid robotics startup backed by Eric Trump, says it is working toward robots that can carry lethal capabilities and battlefield support roles. The company’s founder and CEO, Sankaet Pathak, says a new military-oriented reveal is coming soon, underscoring how quickly some humanoid developers are moving from warehouse and service demos toward defense applications.

The company’s ambitions matter because they sit at the intersection of robotics, military procurement, and the ethics of autonomous force. Foundation says its machines could eventually handle logistics, reconnaissance, and inspection, but the prospect of humanoid robots being adapted for combat raises technical, legal, and moral questions that experts say remain unresolved.

Why this humanoid company is drawing attention

Foundation Future Industries is unusual not just because it is building humanoids, but because it is openly pitching them for military use. While many robotics startups promise robots that can sort packages, assist in factories, or help in the home, Foundation is positioning itself as a developer of what its chief executive describes as an all-American robot soldier.

That message has helped the company stand out in a crowded robotics market. It also gives the startup access to a different kind of customer: defense agencies and military contractors that are increasingly interested in autonomous and semiautonomous systems.

Pathak told WIRED that the company expects to show off new “kinetic” capabilities soon, a phrase that in military contexts refers to weaponized systems. He did not provide details. The next public milestone, he said, is likely to arrive within months.

What exactly is Foundation Future Industries building?

Foundation is building humanoid robots under the Phantom name, including the Phantom MK1 and an upcoming Phantom MK2. The company says its machines are intended for a mix of support functions and, eventually, military roles.

According to the company, its robots could be used for:

• Logistics support
• Reconnaissance
• Inspection tasks
• Potentially armed or “kinetic” operations

The concept is straightforward in theory: a humanoid robot can move through built environments designed for people, opening the possibility that it could perform tasks where wheels or drones are less useful. In practice, however, the engineering requirements are immense.

How does the company connect to the military?

Foundation’s military story is built on a combination of inherited contracts, research partnerships, and public enthusiasm from its backers. The company was founded in 2024 and later acquired Boardwalk Robotics, a firm that had worked closely with the Institute for Human and Machine Cognition, or IHMC, a Florida nonprofit known for robotics research.

The startup has said it has tested its humanoid system, Phantom MK1, with Ukrainian forces. The war in Ukraine has become a proving ground for many new defense technologies, especially drones, autonomous vehicles, and battlefield sensors. Foundation appears to be trying to place humanoid robots into that same broader ecosystem of wartime experimentation.

One of the company’s major selling points is that military buyers already have reason to explore humanoid systems. U.S. defense agencies have backed humanoid robotics research for years, including DARPA competitions held between 2012 and 2015 and the Army’s xTechHumanoids program, which funds technologies relevant to militarized humanoid capability.

Who is backing Foundation, and why does it matter?

Eric Trump’s involvement is central to the startup’s public profile. He is both an investor and the company’s chief strategy adviser, giving Foundation a link to a politically powerful family at a time when defense technology and industrial policy are deeply intertwined.

Trump has publicly praised the robots, describing them as interactive machines capable of following commands and suggesting that artificial intelligence autonomy could affect industry, military operations, and hospitality. That kind of endorsement gives Foundation visibility far beyond what most robotics startups can attract on technical merits alone.

Pathak has said Trump is more technically inclined than people assume, describing him as someone who enjoys hands-on engineering work at home. The remark was part praise, part brand-building, and it highlights how closely the startup is tying itself to a high-profile political figure.

The company’s government-contract messaging has also benefited from that profile. During a Fox Business appearance, Trump pointed to what he described as a large Pentagon contract. But when WIRED sought details, Foundation’s explanation was more complicated.

The company said the contract value being discussed appears to have mixed together agreements inherited from Boardwalk Robotics and additional awards that came through IHMC. In other words, the company does not appear to have independently landed a fresh, standalone Pentagon windfall matching the headline number.

How realistic is a robot soldier right now?

Experts say the dream of a truly autonomous humanoid combat robot is still far from operational reality. Humanoid systems have improved quickly, but their core limitations remain severe: they struggle with navigation in unfamiliar spaces, they often need special training for different terrain, and dexterous manipulation is still difficult.

That last problem is especially important in military settings. A humanoid robot that can walk convincingly is not necessarily one that can handle a weapon, open a jammed door, or move through rubble after an explosion. Those are the kinds of tasks that become mission-critical in combat.

Researchers also caution that there is a big gap between a lab demonstration and field deployment. Robotics pioneer Rodney Brooks says humanoids likely need more than a decade before they can operate reliably in complex, unpredictable settings. He adds that real-world military deployment usually trails lab success by at least another 10 years.

Why military buyers are still interested

Military planners see practical advantages in a humanoid form factor, even if the technology is not mature. A robot that can move through doorways, stairs, debris fields, and building interiors may eventually be able to do jobs now assigned to humans in the most dangerous parts of an operation.

Supporters argue that this could reduce casualties, improve reconnaissance, and make certain battlefield tasks less risky for soldiers. Critics counter that the same systems could lower the threshold for force, create accountability problems, and speed up the use of lethal automation before adequate safeguards exist.

One roboticist familiar with Foundation, speaking anonymously because of business concerns, said the military use case is easy to understand: soldiers still die when they are first sent through a doorway or into a hidden position. The source compared the logic to urban combat scenarios such as Fallujah, where troops had to move room to room through heavily contested buildings.

What are the biggest technical obstacles?

Foundation is not alone in facing these hurdles. The entire humanoid sector is wrestling with a set of hard engineering problems that become even more difficult in combat environments.

Perception and navigation

A humanoid robot needs to understand where it is, what is around it, and how to move safely through an environment that may change from moment to moment. That is difficult in a clean lab. It is much harder in smoke, rubble, darkness, rain, or under fire.

Even systems that can remain balanced under challenging conditions often need substantial training before they can handle a new terrain type. A battlefield is not just one environment; it is many environments changing in real time.

Manipulation and dexterity

Robots can already accomplish impressive choreographed motions, including athletic moves that look almost human. But moving with agility is not the same as manipulating the physical world precisely. For military use, the robot would need to grasp objects, interact with barriers, and possibly operate equipment in ways current systems still struggle to do reliably.

That limitation is one reason experts remain skeptical of near-term robot soldiers. The humanoid body is flexible, but the hand remains one of the hardest things to reproduce convincingly in robotics.

Endurance and environment

Foundation says the next version of its robot, Phantom MK2, will be waterproof and dustproof. That may sound like a modest engineering detail, but in field robotics those protections are essential. A machine that cannot tolerate moisture, grit, or harsh weather is not ready for military deployment.

Those upgrades also underscore how early the platform still is. Before a robot can take on combat-adjacent work, it must survive the physical conditions that break consumer and industrial hardware.

Why do some experts think humanoids could still matter in warfare?

Because militaries are not only interested in ideal technology; they are interested in useful technology that can work in specific situations. Humanoids may never replace human soldiers, but they could eventually take over a narrow set of high-risk tasks.

Possible missions include entering dangerous buildings first, scouting enclosed areas, carrying supplies in difficult terrain, or checking for threats in places too risky for people. These are not science-fiction scenarios so much as extensions of existing military robotics trends.

Autonomous drones and compact battlefield vehicles already show how defense organizations are thinking: remove the human from the most dangerous edge of the operation wherever possible. Humanoids are simply the latest and most controversial version of that idea.

What are the ethical and legal concerns?

The prospect of a robot making or assisting with lethal decisions raises obvious ethical concerns. The most urgent questions involve accountability, reliability, and the degree of human control over the use of force.

If a humanoid robot is carrying a weapon, who is responsible for its actions: the operator, the manufacturer, the software team, the military unit, or the government that deployed it? The more autonomy a system has, the harder those questions become.

There is also the larger societal issue of normalizing machine participation in deadly force. Critics fear that once a robot can be framed as reducing risk to one’s own troops, the threshold for using force could drop even when civilian harm remains possible.

Pathak rejects the idea that humanoid warfare inevitably leads to disaster. He argues that fears about robot doomsday scenarios are exaggerated and says the technology could make warfare more precise while reducing collateral damage. He also says he does not believe he can end war, but hopes to make it less destructive.

Pathak told WIRED that his goal is not to make war disappear, but to help make it more accurate and less likely to harm bystanders.

That argument will resonate with some defense buyers and deeply unsettle others. It frames humanoid robotics not as a replacement for human decision-making, but as a tool that could, in theory, reduce the scale of harm. Whether that promise can be delivered is still an open question.

How does this fit into the broader defense-tech boom?

Foundation’s pitch arrives during a period of intense interest in military AI and robotics. Across the defense sector, companies are trying to sell tools that can sense, decide, and act faster than traditional systems. Drones, autonomous boats, and software-driven targeting platforms have all benefited from that shift.

Humanoids are a natural next step for investors and defense planners who believe future combat will be increasingly automated. They promise versatility: one body shape, many jobs. That makes them attractive in theory, even if the hardware and software are not yet ready for the battlefield.

Foundation’s strategy also reflects a broader startup pattern: find a niche where the competition is less crowded, then build around a high-value customer. In this case, the customer is not a consumer market but defense institutions with large budgets and strong demand for asymmetric advantage.

Timeline: how Foundation moved into the spotlight

The company’s rise has been fast, but its story contains several distinct steps that help explain why it is suddenly attracting attention.

What happens next?

In the near term, Foundation’s credibility will depend less on rhetoric and more on evidence. Investors and defense customers will want to see whether Phantom MK2 can survive real environments, whether the company can prove useful battlefield performance, and whether its claims about military readiness hold up.

If Foundation does unveil a weaponized or semi-weaponized capability, the public debate around robot soldiers will intensify quickly. Even a limited demo could sharpen concerns about how quickly defense technology is moving from research to deployment.

At the same time, the company’s progress may also serve as a test case for the broader humanoid industry. If a startup with political backing and government ties can still struggle with basic field-readiness problems, that will reinforce the argument that combat-capable humanoids remain more aspiration than reality.

For now, Foundation is betting that the future of robotics is not just domestic convenience or industrial labor, but military utility. Whether that future arrives soon, or remains stuck in the lab, is still one of the industry’s most consequential questions.

Key facts at a glance

• Company: Foundation Future Industries
• Founder and CEO: Sankaet Pathak
• High-profile backer: Eric Trump
• Main product: Phantom humanoid robots
• Stated uses: Logistics, reconnaissance, inspection, and possible combat support
• Latest milestone: Planned reveal of new “kinetic” capabilities within months
• Big challenge: Reliable autonomy in complex, hostile environments

Bottom line

Foundation Future Industries is trying to turn humanoid robotics into a defense business before the technology is truly mature. With Eric Trump as a visible supporter and the company hinting at lethal capabilities, the startup has placed itself at the center of one of the most controversial questions in robotics: whether a human-shaped machine can ever be trusted in war.