Public and private ways money can touch humanoid robotics — direct programs, parent companies, funds, ETFs, listed vehicles, and suppliers. Educational only; not a recommendation.
Everything in this section is editorial and educational. We do not recommend buying or selling anything, we do not accept manufacturer sponsorship, and we don’t publish price targets. Read the risks first.
Listed companies with visible humanoid programs or parent-company exposure to a tracked humanoid builder. Caveat: even the clearest public names may have humanoids as a tiny part of revenue.
Figure, Apptronik, 1X, Agility Robotics, Sanctuary AI, Unitree, and other venture-backed builders. Caveat: mostly inaccessible to retail investors, with opaque valuation marks and limited liquidity.
Closed-end funds, ETFs, UCITS funds, and other listed vehicles that package robotics, automation, AI, or private robotics exposure. Caveat: holdings, fees, premiums/discounts, and methodology matter more than the ticker theme.
Compute, sensors, actuators, batteries, precision reducers, factory automation, and contract manufacturing. Caveat: exposure can be useful but highly indirect.
Not ranked picks — just listed companies where humanoid robotics is explicit enough to track, with a caveat for how financially diluted the exposure may be.
Optimus humanoid program
Optimus is one of the most visible public-company humanoid programs, but Tesla revenue is still dominated by vehicles, energy, services, and software narratives.
Walker / Walker S humanoids
Cleaner humanoid exposure than most public companies, but readers still need to inspect revenue mix, deployment scale, dilution, China-market access, and latest filings.
IRON humanoid robot
IRON is official, but XPeng is primarily an electric-vehicle and smart-mobility company. Humanoid revenue is not the core business today.
Boston Dynamics / Atlas parent exposure
Boston Dynamics is private within Hyundai Motor Group rather than a clean Hyundai Motor pure-play subsidiary. Auto and mobility businesses dominate Hyundai Motor.
Minority / historical robotics exposure
SoftBank has historical robotics exposure and retained Boston Dynamics exposure after Hyundai's acquisition structure, but the group is a broad investment company.
ASIMO and humanoid robotics history
ASIMO is foundational humanoid history, not a current commercial humanoid product line. Treat Honda as legacy robotics context, not pure humanoid exposure.
Toyota robotics R&D / T-HR3 lineage
Toyota has serious robotics research, but no obvious public humanoid revenue stream. The financial exposure is extremely diluted.
CyberOne / robotics prototypes
CyberOne is an official humanoid prototype, but Xiaomi's public-company exposure is mostly phones, IoT, EVs, and consumer electronics.
A robotics ticker usually means broad automation exposure, not a pure humanoid bet. Holdings, methodology, fees, liquidity, and concentration are the product.
| Ticker | Name | Issuer | Product type | Theme purity | Notes | Risks |
|---|---|---|---|---|---|---|
| BOT | RoboStrategy | RoboStrategy | other | Broad Robotics | Listed robotics / embodied-AI vehicle to verify | Nasdaq currently presents BOT as common stock, not a confirmed closed-end fund. Treat it as a listed-vehicle research lead until official issuer materials support the structure and holdings. |
| BOTZ | Global X Robotics & Artificial Intelligence ETF | Global | ETF | Broad Robotics | Broad robotics and AI public equities | Not humanoid-specific. Holdings can include industrial automation, chips, healthcare robotics, and non-humanoid AI infrastructure. |
| ROBO | ROBO Global Robotics & Automation Index ETF | ROBO | ETF | Broad Robotics | Robotics and automation index exposure | Diversified automation exposure. Humanoids are one possible end-market, not the fund's defining exposure. |
| ARTY (formerly IRBO) | iShares Future AI & Tech ETF | iShares | ETF | Broad Ai | AI, automation, and robotics-adjacent public equities | BlackRock now presents this product as ARTY, formerly IRBO. Treat old IRBO references as stale and check current holdings before assuming robotics exposure. |
| ARKQ | ARK Autonomous Technology & Robotics ETF | ARK | ETF | Broad Robotics | Autonomous tech, robotics, energy storage, AI | Active, thematic, and broader than humanoids: EVs, autonomous vehicles, space, 3D printing, and AI can dominate the story. |
| ROBT | First Trust Nasdaq AI and Robotics ETF | First | ETF | Broad Ai | AI and robotics public equities | A useful wrapper to compare methodology, but not a direct humanoid robotics vehicle. |
| IBOT | VanEck Robotics ETF | VanEck | ETF | Broad Robotics | Robotics and automation public equities | Check fund size, spreads, methodology, and holdings. A robotics ticker does not equal humanoid purity. |
| BOTT | Themes Robotics & Automation ETF | Themes | ETF | Broad Robotics | Robotics and automation theme | Newer thematic wrappers can have liquidity and concentration issues. Holdings and methodology matter. |
Listed robotics / embodied-AI vehicle to verify
Nasdaq currently presents BOT as common stock, not a confirmed closed-end fund. Treat it as a listed-vehicle research lead until official issuer materials support the structure and holdings.
Broad robotics and AI public equities
Not humanoid-specific. Holdings can include industrial automation, chips, healthcare robotics, and non-humanoid AI infrastructure.
Robotics and automation index exposure
Diversified automation exposure. Humanoids are one possible end-market, not the fund's defining exposure.
AI, automation, and robotics-adjacent public equities
BlackRock now presents this product as ARTY, formerly IRBO. Treat old IRBO references as stale and check current holdings before assuming robotics exposure.
Autonomous tech, robotics, energy storage, AI
Active, thematic, and broader than humanoids: EVs, autonomous vehicles, space, 3D printing, and AI can dominate the story.
AI and robotics public equities
A useful wrapper to compare methodology, but not a direct humanoid robotics vehicle.
Robotics and automation public equities
Check fund size, spreads, methodology, and holdings. A robotics ticker does not equal humanoid purity.
Robotics and automation theme
Newer thematic wrappers can have liquidity and concentration issues. Holdings and methodology matter.
This section is intentionally indirect. A supplier can be technically important to the humanoid stack while still earning almost all revenue from other markets.
If humanoids scale, they need training compute, simulation, edge inference, connectivity, and embedded controllers.
AI accelerators, simulation, robotics platforms
Very relevant technically, but humanoids are a small subset of NVIDIA's data-center and AI platform exposure.
CPUs, GPUs, adaptive SoCs and embedded compute
Relevant to robot compute, but direct humanoid design wins are what would make the exposure stronger.
Low-power AI SoCs, connectivity, edge inference
Mobile and edge AI overlap well with robots, but revenue impact depends on OEM adoption.
CPU IP for embedded and edge-AI chips
Indirect royalty exposure. Arm may benefit from chip volumes without being visible in robot branding.
Safety-certified RTOS, hypervisor, and embedded software for robotics, physical AI, automotive, medical, and industrial systems
QNX is relevant to robotics infrastructure, but no HumanoidRoster robot is currently publicly documented as using QNX. BB is not a pure-play humanoid robotics company.
Humanoids need cameras, depth sensing, safety sensors, inspection systems, and factory perception stacks.
Image sensors and camera components
Robotics is one end-market among phones, cameras, autos, industrial sensing, and entertainment hardware.
Industrial vision, sensors, measurement, inspection
Strong automation exposure, but not a humanoid manufacturer.
Machine vision and industrial perception
Benefits more from automation adoption than from humanoid unit volumes specifically.
Sensors, controllers, safety, automation components
Broad industrial and healthcare exposure dilutes the humanoid signal.
The picks-and-shovels bottleneck may be joints: compact motors, reducers, bearings, actuators, drives, and motion-control systems.
Precision strain-wave gearing for robot joints
High technical relevance, but humanoid OEMs may choose cheaper or more integrated actuator designs over classic harmonic reducers.
Precision reduction gears for industrial robots
Strong robot-joint adjacency, but humanoids may use different cost, weight, and form-factor tradeoffs.
Electric motors, drives, and components
Broad motor exposure. Specific humanoid design wins would matter more than the category thesis alone.
High-performance motion control and actuation
Advanced motion-control expertise is relevant, but direct commercial humanoid exposure is unclear.
Motion, electromechanical, hydraulic, pneumatic, and power systems
Diversified industrial supplier; humanoids would be one possible demand source among many.
Even if humanoids are new, deployment happens inside factories with existing controls, safety, robot-cell, and integration vendors.
Industrial robots, drives, automation, electrification
Strong robotics adjacency, but humanoids may complement or compete with traditional automation.
Industrial robots, CNC, servo motors, factory automation
Robotics exposure is direct, but not humanoid-specific.
Industrial robots, servo drives, motors, motion control
Motion-control expertise is relevant; direct humanoid revenue is not automatic.
Factory controls, software, drives, automation architecture
More exposed to automation infrastructure than humanoid bodies.
Industrial software, PLCs, simulation, digital twins, automation
Huge diversified industrial company; humanoid robotics would be a small theme inside a much larger business.
Robots that work for hours need batteries, power electronics, thermal management, electronics assembly, and scalable manufacturing partners.
Batteries, electronics, sensors, factory equipment
Battery demand is dominated by EVs and storage; humanoids would need very large volumes to move the needle.
Lithium-ion cells and battery systems
Robots are a plausible mobile-battery end-market, but EVs remain the main volume driver.
Battery cells, packs, and electronics materials
Direct humanoid exposure depends on chemistry, form factor, safety, and customer wins.
Battery cells, packs, and energy systems
Scale matters, but humanoid demand would be small compared with EV and grid-storage markets at first.
Electronics manufacturing and supply-chain scale
Could matter if humanoid OEMs outsource production, but margins and design ownership may be limited.
Electronics manufacturing and supply-chain services
Exposure depends on winning specific robotics programs; EMS revenue can be lower-margin and customer-concentrated.
Many of the most important humanoid companies on this site are private. That includes Figure AI, Apptronik, 1X, Agility Robotics, Sanctuary AI, Unitree, Boston Dynamics, and Dyna Robotics. HumanoidRoster tracks their robots because they matter technically and commercially; that does not mean their equity is accessible, fairly priced, or appropriate for any reader.
When a public vehicle claims exposure to these private companies, we treat it as a fund-structure question first and a robotics question second.