Trump-Affiliated Robotics Startup Eyes U.S. Military with Ukraine Humanoid Tests

As the race intensifies to develop sophisticated humanoid robots capable of performing everyday tasks, Foundation Future Industries is carving out a niche by focusing on applications where the stakes are far higher: military operations and hazardous industrial environments. This San Francisco-based company is developing “dual-use” autonomous humanoid robots designed for rugged industrial settings and potential military deployments.

While the concept might evoke images from science fiction, these robots are rapidly approaching reality. Early prototypes are undergoing rigorous testing, with initial deployments in Ukraine exploring their utility in the nation’s ongoing conflict. This initiative underscores a fundamental belief at Foundation: that advanced robotics should address humanity’s most pressing challenges, not merely domestic conveniences.

Sankaet Pathak, CEO of Foundation, articulated this vision, stating, “I’m convinced the technology is reaching a level where it can replace jobs that are dangerous for humans to perform, and if you can do that, it’s the highest net good you can create out of all applications of robotics.” This philosophy positions Foundation as a potential disrupter, prioritizing impact over ubiquity.

In a market increasingly populated by humanoid robot developers, Foundation’s overt embrace of military applications sets it apart. The company has set ambitious production targets, aiming to scale up manufacturing to thousands of units this year and initiate frontline testing with the U.S. military within the next 18 months. These aspirations, coupled with the firm’s growing connections in Washington D.C., highlight the transformative impact of artificial intelligence and robotics on modern warfare and national security strategies.

Foundation’s journey began with a team featuring a blend of tech industry veterans. CEO Sankaet Pathak was previously the leader of Synapse, a fintech platform that faced bankruptcy in 2024. He co-founded Foundation with Arjun Sethi, formerly CEO of Tribe Capital, and Mike LeBlanc, a co-founder of Cobalt Robotics, bringing a diverse set of skills and experiences to the venture.

The company’s trajectory has not been without its share of challenges and scrutiny. Early on, Foundation faced questions regarding its claimed close ties and potential investment from General Motors, claims that the automaker later refuted. These instances underscore the complexities and potential pitfalls of navigating the highly competitive and often sensitive landscape of advanced technology development and its commercialization.

Foundation gained international attention earlier this year with the deployment of two of its Phantom MK-1 units to Ukraine for a pilot demonstration. This marked what the company described as the first known instance of humanoid robots being deployed in a combat theater, a significant milestone in the application of such technology.

These trials, supported by the U.S. government and conducted in collaboration with Ukrainian officials, focused on assessing the robots’ capabilities in logistics within hazardous operational zones. Ukraine’s active conflict zone provided a unique and challenging environment for such a demonstration, allowing for real-world evaluation of the technology’s performance under extreme conditions.

The ongoing conflict in Ukraine has emerged as a critical proving ground for robotics and AI in warfare. The war has already witnessed the deployment of ground robots for supply delivery to front-line troops and the extensive use of autonomous and AI-augmented drones for precision strikes and reconnaissance. For Foundation, Ukraine presented a natural opportunity to showcase its technology’s potential in a high-demand scenario.

According to Pathak, the MK-1 tests in Ukraine have already demonstrated the robot’s value in supply pick-up operations, tasks that typically expose soldiers to significant risks. However, the current MK-1 models, while proving the core technology’s utility, are not yet fully combat-ready. They have a payload capacity of approximately 44 pounds and face limitations in waterproofing and battery life, restricting their widespread deployment in complex or extended missions.

Foundation is actively working on an upgraded version, the Phantom 2, slated for deployment to Ukraine later this year. Pathak claims this iteration will boast “superhuman abilities” and double the payload capacity of the Phantom 1, addressing the limitations of its predecessor and enhancing its operational effectiveness. The Ministry of Defense of Ukraine and the U.S. Department of Defense declined to comment on the ongoing tests and potential deployments.

Foundation anticipates that the insights gained from its operations in Ukraine will significantly inform its future engagements with the U.S. military. The startup has already secured government research contracts totaling $24 million, earmarked for feasibility studies in areas such as inspection, logistics, and weapons handling across the Army, Navy, and Air Force. These contracts represent a significant validation of Foundation’s technological approach and its potential to address key military requirements.

Pathak indicated that discussions with government officials have transitioned from initial research phases to practical applications and scaling strategies. His objective is to see Foundation’s technology deployed by the U.S. military, and potentially on front lines of conflict, within the next 12 to 18 months. This aggressive timeline underscores the company’s confidence in its rapid development cycle and its ability to meet stringent military demands.

The company’s strategic positioning has been further amplified by the recent involvement of Eric Trump, son of the former president, who joined Foundation as its chief strategy advisor. This move has attracted scrutiny, with concerns raised about the potential for undue influence on government contracting. A spokesperson for Foundation clarified that Eric Trump was an investor prior to his advisory role, and both parties share a vision for revitalizing U.S. manufacturing.

Foundation is strategically leveraging its alignment with Washington’s geopolitical priorities, framing its technological advancements as crucial in the broader competition between the United States and China. Pathak emphasized the company’s commitment to delivering “the best robots we can build” to the U.S. military, aiming to surpass any capabilities developed by China. This competitive framing underscores the national security implications of the ongoing advancements in robotics and AI.

While several American companies are collaborating with the U.S. government on autonomous robotic systems for military use, the Pentagon has yet to officially announce the deployment of humanoid robots for such applications. Meanwhile, China, a leading player in humanoid robotics, has been actively supporting and funding the technology, primarily for industrial and economic applications. Although Chinese military researchers have published on the potential of humanoid robots in warfare, the actual extent of their operational trials remains largely undisclosed. China’s military has previously showcased early AI-powered robotic dogs for combat roles and motion-controlled humanoid robot soldiers, indicating a keen interest in this domain.

Proponents of integrating humanoid robots into military and industrial sectors argue that their human-like form factor offers distinct advantages over other robotic designs. This anthropomorphic design is believed to be better suited for navigating complex, unstructured environments such as construction sites, sprawling logistics hubs, and dynamic war zones.

Kateryna Bondar, a senior fellow at the Wadhwani AI Center at CSIS, suggested that humanoid robots could provide significant tactical benefits on the battlefield due to their inherent autonomy and human-like dexterity. “Modern urban combat spaces—where there are stairwells, ladders, basements, and narrow corridors—were created for human movement, which could give humanoid systems an advantage over tracked or quadruped robots in certain scenarios,” Bondar explained. This adaptability to human-designed infrastructure is a key differentiator.

However, the development and widespread adoption of humanoid robots face substantial hurdles. The complexity and cost associated with manufacturing these advanced machines remain significant concerns when compared to simpler robotic systems. Furthermore, as these robots move closer to battlefield integration, profound ethical questions arise, particularly concerning the implications of autonomous decision-making in lethal combat scenarios.

While Foundation’s current approach emphasizes retaining human oversight in the decision-making loop for weaponized applications, Pathak acknowledges the necessity for fully autonomous decision-making in certain time-critical situations to ensure operational effectiveness. This balancing act between human control and autonomous capability is a central challenge in the development of advanced military robotics.

The U.S. military has already demonstrated a clear willingness to integrate AI models into its operations. Reports indicate that AI technologies are being employed to inform strike decisions and overall strategic planning in ongoing conflicts, such as the engagement with Iran. This precedent suggests an increasing openness to incorporating advanced autonomous systems.

A more substantial obstacle for companies like Foundation may be proving the practical and economic advantages of their human-like robots over existing military alternatives. Many experts express skepticism regarding this proposition. Melanie Sisson, a senior fellow at the Brookings Foreign Policy program, commented, “Making robots look like humans is a complex and expensive engineering challenge, and what Ukraine has taught us is the opposite—that we need the ability to adapt rapidly and manufacture quickly and cheaply.” This perspective highlights the ongoing debate about the optimal form factor and cost-effectiveness for military robotics.

Despite differing opinions on the specific form factor, there is a broad consensus among experts that the era of AI-powered robots in warfare is rapidly approaching. Toby Walsh, chief scientist at The University of New South Wales’s AI Institute, predicts, “I expect tracked, flying, and underwater robots to replace human forces.” However, he cautioned that the vision of “humanoid terminator-style robots” might remain in the realm of science fiction for the foreseeable future.