THE HUMANOID ROBOTICS SUPPLY CHAIN

1X Technologies supplies the humanoid robotics market for over a decade

A humanoid robot is not a single invention that appears fully formed from one factory. It is an extraordinarily complex assembly of thousands of precision-engineered components — wires, connectors, motor windings, audio speakers, networking modules, semiconductor devices, structural frames, protective textiles, power systems, and more. Each of these components is a manufactured good with its own supply chain, engineering requirements, and performance demands.

The global race to build humanoid robots is accelerating rapidly. According to Morgan Stanley’s Humanoid 100 report (February 2025), the humanoid robotics market is projected to reach trillions of dollars in economic impact by 2050, with over one billion humanoid robots potentially in operation. McKinsey and other major research firms have repeatedly highlighted that supply chain bottlenecks — particularly in actuators, sensors, wiring, connectors, and power electronics — remain one of the biggest barriers to scaling humanoid robotics.

This is where 1X Technologies LLC has been operating for over a decade.

Since May 15, 2015, 1XTECH has been designing, manufacturing, and supplying the exact categories of goods that form the physical and electronic foundation of humanoid robots and the AI that powers them. These are not peripheral or “related” components. They are the core systems that allow a humanoid robot to stand, walk, grasp objects, process information, communicate, and operate safely alongside humans.

As of June 1, 2025, 1X expanded beyond components and now designs and delivers complete, custom-integrated robotic systems — including humanoid robots, quadrupeds, industrial robotic arms, mobile service units, and drones — for residential, commercial, and industrial applications across the United States.

We are the supply chain that makes humanoid robotics possible in America.

II. THE ROBOT, LAYER BY LAYER

A humanoid robot is a highly integrated system. The following table maps each major subsystem to the specific categories of goods and capabilities that 1X Technologies has been supplying to the U.S. market for over a decade.

Note on Scale and Importance

According to Morgan Stanley’s The Humanoid 100 report (February 2025), the physical “Body” of a humanoid robot — which includes actuators, wiring, connectors, sensors, and power systems — represents the largest segment of the value chain, significantly outnumbering pure integrators (Morgan Stanley, 2025). This underscores that the components listed above are not peripheral but form the core of what makes humanoid robotics viable at scale.

III. EVERY LAYER OF THE ROBOT IS BUILT WITH 1X COMPONENTS

A humanoid robot is not assembled from unrelated parts sourced from hundreds of different vendors. It is a layered system in which nearly every critical component traces directly back to the categories of goods that 1X Technologies has been manufacturing and supplying for over a decade.

The Complete Motor & Actuator Assembly

Consider a single humanoid robot arm joint or leg actuator. This one subsystem contains multiple layers of components that must work in perfect coordination under extreme conditions:

• Stators and rotors made with precision copper coil windings
• Armatures and magnetic wire for electromagnetic force generation
• High-flex control cables that carry power and signals through constant motion
• Wiring harnesses that bundle dozens of individual conductors into organized, protected assemblies
• Connectors and slip rings that allow continuous rotation without cable twisting
• Mechanical joint assemblies that house rotary electrical interfaces
• Torsion-resistant cable supports that prevent damage during high-speed movement
• Thermal management components and power delivery cables

Every single one of these elements falls within the core product categories that 1X Technologies has supplied since 2015. The actuator is not merely “powered by” these components — it is physically constructed from them. Industry reports confirm that actuator systems represent one of the highest-cost and most reliability-critical subsystems in humanoid robots, with the global humanoid robot actuator market projected to grow from approximately $150 million in 2024 to nearly $9.86 billion by 2031 (Valuates Reports, 2026).

The AI Chip & Intelligence Core Ecosystem

At the center of every modern humanoid robot is an advanced AI-capable System-on-Chip (SoC) assembly. This “brain” module does not function in isolation. It requires a complete supporting ecosystem, including:

• Semiconductor devices and integrated circuits that form the processing foundation
• Neural processing units for real-time AI inference
• Audio and video decoders that process speech, vision, and natural language commands
• Home networking modules that maintain constant connectivity to cloud-based AI systems
• Wiring harnesses that physically connect the chip to dozens of sensors and actuators
• Connection fittings and power delivery systems that ensure stable operation
• Shielded interconnect cables that prevent electromagnetic interference in dense electronic environments

The bare chip is inert without this surrounding infrastructure. 1X Technologies supplies the semiconductor devices, decoders, networking modules, harnesses, and power systems that transform a silicon chip into a functioning robotic intelligence core.

The Full Internal Cable Harness & Dress Pack System

A humanoid robot contains hundreds of feet of internal cabling that must survive extreme mechanical stress. This complete system includes:

• High-flex, torsion-resistant robotic cables rated for millions of bending cycles
• Shielded multi-conductor harnesses for electromagnetic compatibility
• Robotic dress packs and energy chains that guide and protect cables through moving joints
• Umbilical systems with advanced strain-relief connectors
• Precision wiring looms that organize and route cables throughout the chassis
• Torsion-resistant cable assemblies specifically engineered for 3D motion sequences
• Slip rings and rotary electrical interfaces for continuous rotation
• Thermal and environmental protection layers

This entire ecosystem represents core engineering competencies that 1X Technologies has developed and supplied for over a decade. IEEE engineering literature and robotics reliability studies consistently identify cable fatigue, connector failure, and signal integrity issues as leading causes of downtime in dynamic robotic systems (IEEE, various publications). The ability to design and manufacture cable systems that survive millions of cycles under real-world conditions is a fundamental requirement for any viable humanoid platform.

IV. THE TRUE BILL OF MATERIALS: WHY THE ROBOT IS NEARLY 100% COMPOSED OF 1X GOODS

Conventional industry estimates — including those presented in Morgan Stanley’s The Humanoid 100 report — often place the “wiring and connectors” category at roughly 15–20% of a humanoid robot’s total Bill of Materials (Morgan Stanley, 2025). That figure captures only the most visible cabling and connector components. It dramatically understates the true extent to which a humanoid robot is composed of goods that 1X Technologies designs, manufactures, and supplies.

When a deeper Bill of Materials (BOM) analysis is performed — disaggregating the robot beyond broad categories and into the actual manufactured goods that go inside every subsystem — the proportion of components falling within 1X Technologies’ registered goods becomes overwhelming.

The following table presents a more accurate breakdown:

A More Accurate Assessment of the True Proportion

While Morgan Stanley’s The Humanoid 100 report (2025) estimates that “wiring and connectors” represent approximately 15–20% of a humanoid robot’s total Bill of Materials, this figure significantly understates reality when a true component-level analysis is performed.

Morgan Stanley’s categorization primarily captures visible, standalone cabling. It does not account for the extensive use of wire, cable, windings, harnesses, and related components that are embedded within virtually every other subsystem.

Consider, for example, that a typical electric motor — which can represent 25–35% of a humanoid robot’s total cost — is itself composed of approximately 90–95% wire and cable-related components, including tightly wound copper coils (magnetic wire and winding wires), wiring harnesses, connectors, control cables, power delivery cables, and often communications cabling such as EtherCAT along with associated home networking modules. Similar embedded wiring and cabling exist throughout power systems, sensors, control electronics, and structural assemblies.

When these embedded components are properly included — all of which fall within 1X Technologies’ registered goods under U.S. Trademark Reg. Nos. 7,771,161 and 7,771,162 — the true proportion rises dramatically, likely exceeding 70% or more of the robot’s total physical architecture.

When properly analyzed, a humanoid robot is not merely “related” to the goods 1X Technologies manufactures. It is composed of them — virtually layer by layer, component by component — approaching 100% coverage of the physical and electronic architecture.

This is not a theoretical claim. It is a bill-of-materials reality. 1X Technologies’ federal registrations explicitly cover the exact goods that form the core of every humanoid robot, including winding wires, magnetic wire, audio speakers, audio amplifiers, audio and video decoders, power conversion devices, power inverters, home networking modules, and extensive cable management and protection products.

This depth of coverage is precisely what enables 1X Technologies to offer complete, custom-integrated robotic systems as an integrator in its own right. We already manufacture the overwhelming majority of what goes into a humanoid robot. Final integration is a natural extension of capabilities we have developed and refined over more than a decade.

V. BEYOND COMPONENTS — CUSTOM ROBOTIC SYSTEMS & AI HARDWARE

1X Technologies does not stop at components. On June 1, 2025, after more than a decade of continuous, vertically integrated research and development spanning the full electrical, electronic, mechanical, and AI intelligence stack, the company launched the sale of its complete robotics and AI systems division.

This was the realization of a vision established from the company’s very first public action. On February 27, 2015 — weeks before 1X Technologies LLC was officially incorporated on May 15, 2015 — the company highlighted MIT’s groundbreaking inFORM project, the “living clay” table that enabled real-time physical teleoperation across hundreds of miles. This early demonstration of embodied AI, tactile interaction, and robotics that bridge digital intelligence with the physical world set the direction from day one.

The name “1X Technologies” was deliberately chosen — rather than a narrow name such as “1X Insulated Wire Company” — because “1X” embodies our core brand ethos of 1X Speed.

From the very beginning we set out to build a broad technology platform focused on robotics, AI, and advanced systems. At the same time, “1X Speed” means our normal operating speed is faster than what most companies consider expedited. As we stated in our 2018 video, “1X Technologies: Because You Require Quality, Quickly!”, we ship custom products faster than others ship from stock.

Our speed and technological focus began with the most important part of robotics and a major component of AI hardware: wire & cable — the foundational component. Many companies start in components, but many of those components ultimately depend on our foundational technology. Wire and cable is the most expensive and highest failure point in robotics, making it the most critical part of the entire system.

As early as late 2017 and throughout 2018, 1X Technologies was already publicly advertising and marketing dexterous humanoid hands and advanced robotic manipulation concepts under the 1X, 1X Technologies, and 1XTECH brands — years before most other companies had functional prototypes. This early public vision was reinforced through creative works featuring the iconic “Flexing Humanoid” motif that captured the strength and potential of American manufacturing and robotics innovation.

Throughout this period, 1X Technologies executed extensive R&D across the critical domains that define next-generation humanoid robots and advanced custom robotics platforms: precision actuation systems, high-flex power and data architectures, industrial machine building, thermal management for high-density AI hardware, real-time control systems, and the rigorous engineering standards demanded by medical and clinical environments. The emphasis on medical-grade requirements was intentional — technology engineered to meet the uncompromising safety, reliability, and performance standards of hospitals and surgical settings is inherently capable of excelling in any other application.

This R&D was conducted in direct collaboration with global leaders in industrial automation and data infrastructure — including ABB, Belden, Corning, CommScope, Leviton, ProLabs, and Milbank. These partnerships delivered accredited, hands-on mastery in harmonic drive actuation, industrial machine building, high-speed data fabrics, Power-over-Ethernet systems, fiber optic infrastructure, advanced electrical distribution, and industrial AI platforms such as ABB’s Ability Axis and Genix platform for digital twins, robotic simulation, and AI-driven smart-factory intelligence.

At the same time, the company was actively developing and selling the exact hardware components that form the foundation of advanced robotics — while publicly communicating its long-term vision through creative works that captured the spirit of American manufacturing, innovation, and humanoid robotics. This unbroken consistency between early marketing, component sales, and deep R&D created a clear and natural path toward full system integration.

A Hybrid Model Built for Speed and Scale 1X Technologies operates as both a manufacturer and a global distributor with established brand authority. We work directly with world-class partners to design, develop, and deliver complete 1X-branded robotic systems and sub-assemblies. This hybrid model — the same approach used by Apple, Tesla, Samsung, Siemens, and Amazon — allows rapid integration of the best available technology while maintaining strict quality control and full brand ownership.

For customers, this means access to complete, custom-integrated humanoid robots, quadruped platforms, industrial robotic arms, mobile service units, drones, and AI hardware systems — all backed by a decade of component-level expertise and a supply chain that already produces the overwhelming majority of what goes inside them.

Our Current Robotics & AI Systems Portfolio

Today, 1X Technologies offers the following complete robotic and AI systems:

All platforms are offered under the 1X brand and built using the same vertically integrated approach that has defined the company since 2015.

On June 1, 2025, 1X Technologies publicly launched the sale of its complete robotics and AI systems division, offering fully integrated humanoid robots, quadrupeds, industrial robotic arms, mobile service units, and autonomous platforms to customers worldwide through 1xtechnologies.com. This launch builds directly on more than a decade of continuous U.S.-based hardware sales, component manufacturing, research and development, and public marketing of advanced robotics technology. Today, 1X Technologies delivers these complete systems globally to industry leaders such as Amphenol, which operates in more than 30 countries. With the 1X Technologies brand fully protected in the United States and already established through worldwide component sales, the company brings proven strength and global reach to every customer it serves.

Customers who work with 1X Technologies gain more than hardware. They gain a partner that has spent over a decade mastering the physical nervous system, power architecture, and AI intelligence layer of advanced robotics — all engineered to the highest standards from the very beginning.

VI. WHY CUSTOMERS WORK WITH 1X

One supplier. The whole robot.

Structural, electrical, electronic, and protective components from a single source — reducing vendor count from hundreds down to one. This slashes procurement overhead, eliminates compatibility issues, and dramatically lowers assembly and quality-control risk.

Trusted by the world’s most demanding organizations for over a decade.

Since 2015, 1X Technologies has supplied leading technology, automotive, aerospace, defense, and entertainment companies — including Disney, NASA, the U.S. Army Corps of Engineers, Tesla, Google, Apple, Meta, Samsung, Amphenol, Southwire, and ABB. Many of these organizations are not only long-term customers but also strategic partners. We have worked with a significant portion of the companies featured in Morgan Stanley’s Humanoid 100 report — particularly the wire, cable, connector, and component manufacturers that form the foundation of the humanoid robotics supply chain.

U.S.-based manufacturing with true global reach.

No four-to-eight-week trans-Pacific shipping delays. No customs bottlenecks or tariff exposure. No dependence on fragile foreign supply chains. Hardware that is fully auditable, secure, and delivered on your timeline.

When specialized materials are only available from global sources, we leverage deep, long-standing relationships with major logistics partners — including CH Robinson, FedEx, UPS, and DHL — to source what’s needed quickly and reliably. Our priority remains sourcing from the United States whenever possible, backed by decades of proven execution.

Deep engineering foundations.

Harmonic drives, AI digital twins, fiber optic termination, Power over Ethernet, and advanced motor-control electrical distribution — all certified through hands-on programs with ABB, Belden, Corning, CommScope, Leviton, ProLabs, and Milbank. This is real, certified expertise in the exact technical stack required for advanced humanoid robotics and intelligent systems.

Quality, delivered quickly.

Our first commercial order was custom robotics hardware manufactured and delivered in just six days. That same operating standard — “Because You Require Quality, Quickly!®” — has defined every relationship we’ve built since 2015. Leading organizations don’t just buy from 1X. They return because we deliver both.

VII. THE “NO SUPPLY CHAIN” CLAIM IS A MISUNDERSTANDING

The claim that humanoid robotics “has no supply chain” is a misunderstanding of both the problem and the solution.

This narrative confuses the absence of complete, off-the-shelf humanoid robots with the absence of a domestic component and systems manufacturing base. The supply chain for humanoid robotics is not missing — it is the Electrical & Electronic Equipment (EEE) sector, and 1X Technologies has been building critical parts of it since 2015.

Morgan Stanley’s Humanoid 100 report (February 2025) found that 86 of the top 100 companies in the humanoid value chain are component suppliers — producing sensors, actuators, wiring and connector networks, power systems, and batteries. In a December 2025 follow-up analysis, Morgan Stanley concluded:

“Operational depth, not the visible robot prototypes, will determine which companies can supply thousands of reliable components for commercial humanoids.”

This view is echoed by the industry’s most credible voices. Brett Adcock, founder of Figure AI, has stated that the primary bottleneck to scaling humanoid robots is not artificial intelligence, but reliable, high-volume supply of precision components — particularly actuators, power systems, and custom wiring harnesses. Elon Musk has made nearly identical observations regarding Tesla’s Optimus program, emphasizing that the challenge lies in producing thousands of consistent, high-quality components at scale rather than building a single impressive prototype.

While our foundation is wire and cable — the literal nervous system of every advanced robotic platform — our capabilities extend far beyond it. Every product and service we offer is a natural extension of this core expertise:

• Batteries require high-performance battery cables, connectors, and power distribution systems.
• CNC machining and 3D printing are used to produce precision connectors, cable management hardware, strain reliefs, and custom mounting solutions.
• Industrial robotic arms, humanoids, and quadrupeds are built around complex networks of high-flex cabling, power systems, signal harnesses, and integrated electronics.

More importantly, through our deep engineering expertise and extensive manufacturing network, we can produce virtually any component or system a humanoid robot requires — from structural parts and mechanical assemblies to full custom robotic platforms. We are not limited to wire and cable. We are a full-service partner capable of supporting the complete development and production of advanced humanoid systems.

As demonstrated in Section IV, when every actuator winding, every connector, every dress pack, every networking module, and every layer of intelligence is properly accounted for, the humanoid robot is not merely “powered by” 1X goods — it is built from them.

The real gap in the United States is not the complete absence of components or capabilities. It is the lack of density and speed — the ability to source, customize, and deliver high-mix, low-volume parts and complete systems quickly from a single, reliable domestic partner.

1X Technologies bridges that gap. We have spent over a decade refining exactly the components, systems, and services that leading robotics companies, manufacturers, and innovators need most — all delivered with the speed and reliability that “Because You Require Quality, Quickly!®” demands.

The supply chain is not missing. It is being built — and 1X Technologies is proud to be at the center of that effort.

VIII. WHY THE PHYSICAL LAYER IS THE MOST CRITICAL — AND COSTLY — PART OF THE ROBOT

A humanoid robot costs between $20,000 and $200,000+ to build. While actuators often receive the most attention, the true cost driver lies in the physical layer — the complete electrical, electronic, and electromechanical nervous system that makes the robot function.

This includes wiring, connectors, cables, power electronics, networking modules, audio/visual components, structural routing systems, and integrated sub-assemblies. As shown in Section IV, components supplied by 1X Technologies account for the overwhelming majority of the physical robot.

At the scale projected by Morgan Stanley — over one billion humanoid robots by 2050 — the aggregate market for these foundational components alone is measured in trillions of dollars (Morgan Stanley, 2025).

These Are Not Off-the-Shelf Parts

Humanoid robots demand highly engineered solutions across multiple critical categories. This is only a representative sample of what 1X Technologies supplies. The full scope of our Class 9 registered goods is significantly broader.

Central Intelligence & Networking

• Home networking modules and AI-capable chip hubs
• Audio receivers, audio decoders, and video decoders for human-robot interaction

Power Systems

• Power conversion devices, inverters, and converters
• High-voltage distribution networks, fuse wire, and thermal management systems
• Tightly wound copper coils and magnetic wire for every actuator
• Charging infrastructure — including high-performance charging cables, connectors, and intelligent inductive charging docking stations designed specifically for humanoid, quadruped, and aerial robotic systems

Signal & Data Pathways

• Shielded multi-conductor harnesses and high-flex torsion-resistant cables
• High-speed data transmission systems
• Precision wiring looms and connectors engineered for continuous motion

Cable Management & Protection

• Custom dress packs, energy chains, and industrial cable glands
• Strain-relief connectors, umbilical systems, and protective sheaths

Structural & Actuation Systems

• High-tensile steel wire rope for traditional tendon-driven kinematics
• Synthetic high-performance fibers (Dyneema, Spectra, Vectran, Kevlar, and Technora) for advanced, lightweight tendon systems — the same fibers 1X Technologies already uses extensively in high-performance wire & cable and protective textiles (Class 25). These materials offer superior strength-to-weight ratios, low friction, and resistance to creep and heat, making them ideal for dexterous robotic hands used by more than 10 leading robotics companies worldwide.

Audio & Visual Components

• Audio amplifiers, audio receivers, audio decoders, and video decoders
• Specialized electrical audio and speaker cables and connectors designed for high-fidelity signal transmission in robotic systems
• Speakers and consumer electronic interfaces

One Supplier. Dense. Fast. American.

A typical robotics program sources components from 200–500 different vendors scattered across continents. The result is procurement chaos, inflated costs, extended lead times, and constant quality-control risk.

1X operates differently. We deliver the entire nervous system—integrated joint assemblies, complete dress packs, full power and data pathways, AI-capable chip modules, structural components, charging infrastructure, and protective textiles—from a single U.S. supplier with a high-mix, low-volume manufacturing model. This is the density and speed advantage we have been building since 2015: responsive domestic supply chains measured in hours, not weeks.

The #1 Cause of Robotic Downtime

Industry research consistently identifies cable, connector, and electronic failures as the leading cause of unplanned downtime in robotic systems (IEEE, 2023; ABB Robotics, 2024).

What part of your robot moves or works at all without a wire or cable connected to it for data or power?

Every actuator, every sensor, every speaker, every joint, every processor, and every power system depends on the physical layer. When any part of this integrated system fails, an entire limb — or the entire robot — goes down.

Because the physical layer is both high-cost and the #1 failure point, it creates a 10X cost multiplier when downtime is factored in. The direct cost of parts is only the beginning. The total economic impact — including lost production, service calls, technician time, expedited shipping, and reputational damage — can be orders of magnitude higher than the cost of the failed component itself. Over the 10–15 year lifespan of a humanoid robot, the cumulative cost of physical layer failures far exceeds the original purchase price of the robot itself (Universal Robots, 2024; Fanuc America, 2025).

We Are the Infrastructure.

1X Technologies has spent over a decade mastering exactly this layer — designing, manufacturing, and delivering the high-performance wire, cable, connectors, power systems, charging infrastructure, audio/visual components, networking modules, and integrated electronics that make humanoid robotics possible at scale.

We built the foundation it runs on — starting in 2015.

IX. THE BRAIN OF THE ROBOT — 1X TECHNOLOGIES BUILDS THE INTELLIGENCE LAYER

A humanoid robot’s central processing unit is far more than a simple chip. It is an advanced AI-capable System-on-Chip (SoC) that simultaneously serves as a video decoder, an audio decoder, a home networking module, a real-time controller, and the central command center for the entire robot.

This intelligence platform is never a standalone device. It is a highly integrated assembly that includes wiring harnesses, connectors, power management systems, and signal pathways — all of which are core 1X Technologies products.

1X Technologies doesn’t just supply the wiring around the brain. We supply the brain itself.

The SoC is the delivery vehicle for multiple technologies we have been developing and protecting since 2015:

• Home Networking Modules that enable high-speed communication across the robot and with the outside world.
• Audio and Video Decoders that process real-time sensor data and enable natural human-robot interaction.
• Specialized Wiring Harnesses and Connectors that physically and electrically integrate the SoC with every motor, sensor, speaker, and camera.
• Power Conversion and Management Systems that deliver clean, stable power to the intelligence core.

When these elements are combined with an AI-capable processor, the result is a complete intelligence platform — one that 1X Technologies has the technology, experience, and intellectual property foundation to design, manufacture, or private-label as a finished system.

The chip controls our goods — and is built upon them.

Every command the SoC sends to a motor travels through 1X wiring and connectors. Every audio signal it processes travels through 1X speaker cables and connectors. Every video feed it decodes travels through 1X networking modules and high-speed data pathways. The semiconductor is not an independent foreign component with some of our parts attached to it. It is the central hub of a system we have been building for over a decade.

We are not adjacent to the intelligence layer of robotics.

We are the company that has been building it since 2015.

This is why 1X Technologies is positioned to lead — not follow — in the next generation of humanoid and autonomous systems. We don’t just enable the robot’s brain. We provide the complete intelligence platform that makes advanced robotics possible.

X. BUILT IN THE UNITED STATES — A TRUSTED NATIONAL SUPPLIER

In an era of escalating geopolitical risk, supply chain weaponization, and the global race for artificial intelligence and robotics dominance, the origin and trustworthiness of critical technology has become a strategic national priority.

1X Technologies designs, manufactures, and sources its core technologies entirely within the United States.

We are a registered U.S. Government contractor with CAGE Code 8JU94 and DUNS Number 080314274. We deliver direct sales to federal agencies and are a preferred supplier to the United States Defense Industrial Base.

Our products are designated as Essential Critical Infrastructure by the United States Department of Homeland Security, covering Energy Infrastructure, Communications Infrastructure, and the Defense Industrial Base. This designation allows us to continue operations during national emergencies and shelter-in-place orders — a recognition reserved for companies whose goods are vital to national security and public safety.

We proudly serve elite government and critical infrastructure clients, including:

• United States Army Corps of Engineers
• U.S. Navy
• NASA (including space flight applications)
• Emergency Response & Public Safety agencies

100% of our electrical wire and cable products sold are manufactured in the United States, and we provide Buy American Approval letters for qualifying projects.

While many robotics companies assemble systems from imported components sourced across continents, 1X Technologies offers something rare: end-to-end domestic control of the entire robotics stack — from the wire and cable that form the nervous system, to the home networking modules, audio/video decoders, and integrated intelligence platforms that constitute the brain, to complete humanoid, quadruped, and industrial robotic systems.

In a world where technological sovereignty and supply chain resilience are no longer optional, 1X Technologies stands apart as a trusted, auditable, and fully domestic supplier of the physical and intelligence layers that power advanced robotics.

We don’t just build in America.

We build America’s robotics future.

XI. A DECADE OF CONSISTENT VISION

From the very first day, 1X Technologies has been building toward the future of robotics.

On February 27, 2015 — just two weeks before the company was even incorporated — its first public communication highlighted MIT’s inFORM project, focusing on teleoperation, tactile AI, and embodied robotics. This was a full decade before teleoperation became a mainstream technique used by today’s leading humanoid robotics companies.

That early signal was not an outlier. It was the beginning of a consistent, decade-long vision.

Over the past ten years, 1X Technologies has invested deeply in the foundational technologies required for advanced robotics and intelligent consumer electronics through continuous R&D and certified technical training with global leaders in automation and connectivity — including ABB, Belden, Corning, CommScope, Leviton, ProLabs, and Milbank. This work has covered machine building, harmonic drives, AI digital twins, fiber optic systems, Power over Ethernet, advanced motor-control electrical distribution, and high-performance audio/video systems.

This long-term focus is visibly documented in our extensive portfolio of registered copyrights depicting humanoid robotics, dexterous manipulation, and the transformation of cable systems into functional robotic architectures — creative and technical works created years before the current humanoid robotics wave.

By June 2025, that decade of preparation culminated in the public launch of 1X Technologies’ complete robotics division — offering custom humanoids, quadrupeds, industrial arms, drones, and mobile service units as an integrator.

Today, 1X Technologies stands as a fully integrated U.S. supplier capable of delivering everything from the foundational nervous system to complete, custom-engineered robotic platforms — all under one roof with full domestic control.

XII. RECOGNIZED GLOBAL LEADERSHIP IN THE FOUNDATIONAL MARKETS POWERING HUMANOID ROBOTICS

Morgan Stanley’s landmark Humanoid 100 report (February 2025) mapped the entire humanoid robotics value chain and reached a definitive conclusion: 86 of the top 100 companies are component and technology suppliers, not finished-goods OEMs. The dominant “Body” segment — 64 companies producing sensors, actuators, wires and connector networks, and lithium-ion batteries — forms the physical and electronic foundation of every humanoid robot.

These are the exact categories in which independent third-party market research firms have repeatedly identified 1X Technologies LLC as a top global provider.

Collectively, these markets represent well over $120 billion in projected global value by 2033, with several segments growing at double-digit rates.

Mapping Recognition to Morgan Stanley’s Humanoid 100

Every category above falls squarely within the “Body” segment that Morgan Stanley identified as the largest and most critical portion of the humanoid robotics value chain. In its December 2025 follow-up analysis, Morgan Stanley reinforced this point explicitly: “Operational depth, not the visible robot prototypes, will determine which companies can supply thousands of reliable components for commercial humanoids.”

1X Technologies has built exactly that operational depth since 2015 — and independent research firms have now documented it across multiple foundational markets.

This is the documented record of where 1X Technologies sits in the global supply chain that makes humanoid robotics possible.

We are not adjacent to the humanoid robotics supply chain. We are the humanoid robotics supply chain.

THE BOTTOM LINE

From the structural steel frame to the winding wire in the motors.

From the audio speakers in the head to the integrated intelligence core that forms the brain.

From the protective textiles to the fiber optic cables linking the robot to the global cloud.

From the power electronics to the complete custom-engineered robotic systems.

1X Technologies provides the essential components, the intelligence core, and the complete custom-integrated robotic platforms of the humanoid robotics supply chain.

We have done so for over a decade — manufacturing the most critical infrastructure right here in the United States.

The visible robot is only the beginning.

The supply chain is the robot.

Ready to build the future together?

If you are developing next-generation humanoid, quadruped, or industrial robotic systems and need a trusted U.S. partner who can supply the complete stack — from foundational components to fully integrated platforms — we would welcome the opportunity to discuss how 1X Technologies can support your project.

Contact us:

Sales & Partnerships: sales@1xtechnologies.com

Robotics & Integration: robotics.engineering@1xtechnologies.com

AI & Intelligence Systems: ai@1xtechnologies.com

Call 1-888-651-9990 to order any robotics & AI hardware products you see above, from components to full systems, 1X has you covered.

Sources and References

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11. U.S. Bureau of Labor Statistics (BLS). Occupational Outlook Handbook — Electrical and Electronic Equipment Manufacturing. https://www.bls.gov/ooh/
12. Dun & Bradstreet. Industry Classification Codes — Electrical & Electronic Equipment Manufacturing. https://www.dnb.com/
13. U.S. Census Bureau. North American Industry Classification System (NAICS) — Sector 335: Electrical Equipment, Appliance, and Component Manufacturing. https://www.census.gov/naics/
14. U.S. Office of Management and Budget. Standard Industrial Classification (SIC) Manual. https://www.osha.gov/sic-manual
15. U.S. International Trade Commission. Harmonized Tariff Schedule (HTS) of the United States. https://hts.usitc.gov/
16. World Intellectual Property Organization (WIPO) / European Patent Office. Cooperative Patent Classification (CPC) and International Patent Classification (IPC) — Section G: Physics (including Robotics). https://www.wipo.int/classifications/en/
17. European Union. Directive 2012/19/EU on Waste Electrical and Electronic Equipment (WEEE). https://eur-lex.europa.eu/legal-content/EN/TXT/?uri=CELEX:32012L0019