Foundation Future Industries Builds Humanoid Robots for the Battlefield

While some robotics companies envision their humanoids folding laundry or working on factory floors, Sankaet Pathak, CEO of Foundation Future Industries, has a different ambition: building an all-American robot designed for military combat.

Founded in 2024, the startup has already attracted significant attention—and funding—by targeting a niche that few competitors have pursued. Pathak says the company plans to equip its humanoids with lethal capabilities in the near future, though he declined to provide specifics. "We have some kinetic things we're exploring," he told WIRED, referring to weapons systems. He suggested an unveiling could come within months. Beyond combat, the company says its robots could serve in logistics, reconnaissance, and inspection roles.

A Robot Built for War

The United States military has maintained a long-standing interest in humanoid robotics. The Defense Advanced Research Projects Agency (DARPA) funded major humanoid competitions between 2012 and 2015, and the Army runs a program called xTechHumanoids that finances technologies related to militarized humanoid capabilities.

Militaries worldwide are rapidly exploring and adopting autonomous and semiautonomous systems, including aerial drones, small vessels, and compact vehicles. Legged robotic systems can navigate more challenging terrain than wheeled alternatives, raising hopes that humanoids could eventually take on tasks currently performed by human soldiers. The war in Ukraine has functioned as a testing ground for many of these technologies, and Foundation says it has already tested its humanoid, called Phantom MK1, with Ukrainian forces.

Military Contracts and High-Profile Backing

Foundation's focus on the military market has proven financially rewarding. The company holds government contracts worth millions of dollars and counts Eric Trump—the son of the president—as both an investor and its chief strategy adviser. Pathak described Trump as "an engineer at heart" who engages in milling and similar activities at home.

During an April 23 appearance on Fox Business, Trump praised the company's robots, describing how they can fist-bump, high-five, and follow commands. He suggested that integrating AI autonomy would transform industries ranging from military applications to hospitality, calling the potential uses "unlimited" and "a very beautiful thing."

Shortly after its founding, Foundation acquired Boardwalk Robotics, a company that had worked closely with the Institute for Human and Machine Cognition (IHMC), a nonprofit research institute in Florida recognized for its humanoid robotics work. When pressed for details about its contracts, Foundation shared information about two inherited from Boardwalk and three that came through IHMC. The company does not appear to have independently secured new government contracts, despite a Fox host's claim of a "$24 million contract with the Pentagon."

Still, some industry insiders see promise in the military humanoid niche. One roboticist familiar with Foundation, speaking anonymously to protect business relationships, pointed to historical urban combat scenarios—such as those in Fallujah during the Gulf War—where soldiers faced dangerous door-to-door operations. "I think it is so close to feasible that I'm surprised they're not already fielded," they said.

Technical Hurdles and Ethical Questions

Despite the optimism, several experts caution that fully autonomous robot soldiers remain a distant prospect. Robert Griffin, a senior research scientist at IHMC who led a project involving Boardwalk and served as a technical adviser to the company, emphasized the breadth of challenges involved in building a robotic soldier. He noted that it is currently difficult to distinguish between the present state of the art and its future potential.

Humanoids have improved in recent years, aided by cheaper and more efficient motors, sensors, and other hardware, as well as AI algorithms that train systems to perform dynamic movements like parkour and martial arts. However, perception and navigation remain significant problems when humanoids encounter unfamiliar environments. While they can demonstrate impressive balance, they often require specialized training for different types of terrain. Physical manipulation—essential for tasks such as picking up a weapon—remains a major unsolved challenge.

Rodney Brooks, a robotics pioneer and professor emeritus at MIT, estimated that it will take more than a decade for humanoids to operate reliably in complex and unfamiliar settings. Even under laboratory conditions, a combat humanoid would need to traverse varied terrains and building types, navigate rubble on staircases, and pass through blocked doors. After that, Brooks noted, transitioning from a successful lab demonstration to initial deployment in robotics typically takes at least ten additional years.

The deployment of autonomous military systems also raises ethical concerns about reliability and the role of human input in decisions involving lethal force. The concept of humanoid robots in combat evokes science fiction imagery that many find unsettling.

Pathak dismissed such concerns. "From my perspective, the whole doomsday scenarios are very, very overblown for humanoids," he said. He expressed confidence that robots and related technologies could make warfare more precise and reduce collateral damage, while acknowledging he cannot end wars himself.

That vision may still be far from realization. Pathak noted that the next version of the company's humanoid, Phantom MK2, will be the first to feature waterproof and dustproof construction—a practical upgrade, but one that underscores how much development remains before these machines are ready for the battlefield.

As Foundation Future Industries pushes forward with its military ambitions, the debate over autonomous combat robots is only just beginning. What do you think about humanoid robots being developed for warfare? Share this article and join the conversation.

Source: Wired