Key takeaways
- Gartner predicts fewer than 20 companies will put humanoid robots into production for supply chain and manufacturing by 2028.
- Polyfunctional robots, like AMRs and cobots, are designed for multiple tasks and offer a more immediate and practical path to automation.
- Humanoid robots face major hurdles, including high costs, technological limits, and complex integration, delaying their widespread use.
- Proven automation like robotic floor scrubbers and material transport robots deliver clear ROI without the risk of experimental technology.
- A vendor-neutral integrator can help you choose the right robot for the job, avoiding the hype and focusing on operational value.
The Humanoid Hype Meets a Reality Check
The robotics world is buzzing with images of two-legged, human-like robots. Yet for businesses making real-world investment decisions, a recent technology forecast offers a dose of reality. In a January 2026 report, the business and technology insights company Gartner predicted that through 2028, fewer than 20 companies will successfully move humanoid robots into production for supply chain and manufacturing use cases.
The report highlights that while nearly 100 companies will experiment with humanoids, the vast majority of these projects will not move beyond the pilot stage. The reason is simple: the technology remains immature and struggles to meet business expectations for versatility and cost-effectiveness.
Instead, Gartner expects 'polyfunctional' robots to be the superior solution for companies needing to maximize their return on investment. This analysis suggests that for most organizations, the path to automation in the near term runs through proven, practical robotics, not headline-grabbing humanoids.
What Are 'Polyfunctional' Robots?
The term polyfunctional may sound complex, but the idea is straightforward. These are robots designed to perform multiple tasks within a specific environment, valued for their flexibility over their form. Unlike a humanoid, a polyfunctional robot does not need to look like a person to be useful.
Think of the diverse automation already at work in commercial buildings. An autonomous mobile robot (AMR) can be a pallet transport robot one moment and a cart-pulling tug robot the next. A collaborative robot arm, or cobot, might perform machine tending on one shift and then be redeployed for end-of-line palletizing on another.
Even an autonomous floor scrubber for warehouses fits this description. It specializes in floor care but can execute different cleaning patterns in different zones, operating overnight with no operator. These machines are practical, purpose-built, and deliver value today by solving specific operational bottlenecks.
Why Is Scaling Humanoids So Difficult?
Gartner's forecast is not a dismissal of humanoid potential, but an acknowledgment of immense engineering and financial hurdles. The challenges preventing widespread adoption are significant and multifaceted.
Technological limitations are a primary barrier. Current models often lack the sophisticated dexterity and intelligence needed for complex, unstructured tasks like handling mixed inventory or unloading a trailer. Furthermore, their energy consumption is high, with limited battery life restricting their operational time for mobile tasks.
Integration complexity is another major issue. Getting a humanoid robot to work smoothly with existing warehouse management systems and established workflows is a massive undertaking. Finally, the cost is prohibitive. Humanoids currently cost several times more than their task-specific counterparts while delivering lower throughput and uptime.

The Proven Value of Today's Commercial Robots
While humanoids face a long road to commercial viability, polyfunctional robots are already driving efficiency across numerous industries. The global autonomous mobile robots market, valued in the billions, is projected to grow at a compound annual growth rate of over 15% between 2026 and 2031. This growth is fueled by tangible results.
In logistics and manufacturing, AMRs and cobots are essential. They handle repetitive transport automation, moving goods from receiving to storage or the production line. A cobot rental for manufacturing can solve persistent labor gaps in tasks like inspection or packing.
The applications extend far beyond the factory floor. A restaurant delivery robot rental can assist servers by running food, while a hotel delivery robot handles room service and amenity requests. In healthcare, robots are used for medication and meal tray transport, and UV disinfection robots help with infection control. For large facilities like airports and casinos, an industrial floor scrubbing robot provides consistent, after-hours cleaning that a skeleton night crew cannot match.
Choosing Practicality Over Promise: How to Invest Wisely
For a business leader, the key takeaway from Gartner's analysis is to focus automation investments on platforms that solve today's problems with a clear return. The allure of a single robot that can do anything a human can is strong, but the reality is that a fleet of specialized, proven robots is a more effective and financially sound strategy.
This is where a vendor-neutral robot integrator becomes a critical partner. The market is filled with excellent machines for specific jobs, from autonomous patrol robots for security to mail delivery robots for office environments. The challenge is not a lack of options, but choosing the right one and ensuring it works within your operational ecosystem.
Service Robot Co. operates as a full-service commercial robot integrator for exactly this reason. Because we are OEM-neutral, our guidance is based entirely on your facility's needs, not a manufacturer's sales quota. We select the best-fit robot, whether for purchase, lease, or a robot as a service (RaaS) monthly subscription, and then manage the entire lifecycle. Our nationwide network of engineers handles deployment, integration with systems like elevators, staff training, and ongoing maintenance and repair.
The Financial Advantage of RaaS and Leasing

The high capital cost of humanoid robots is a major barrier to their adoption. In contrast, the polyfunctional robots succeeding today are often available through flexible financial models that eliminate the need for a massive upfront investment.
Robot as a Service (RaaS) is a subscription-based model where businesses pay a monthly fee for the use of the robot, with maintenance and support typically included. This converts a large capital expenditure (CapEx) into a predictable operating expense (OpEx), making advanced automation accessible even for a small business.
Leasing programs offer similar benefits, allowing companies to acquire equipment with monthly payment programs. This approach preserves capital for other business needs and reduces the financial risk associated with new technology. For businesses that want to try before they buy, pilot programs and short-term rentals provide a low-risk path to validating a robot's effectiveness in a specific role.
The Future is Specialized
Humanoid robots will undoubtedly continue to improve. They are incredible research platforms pushing the boundaries of AI, locomotion, and manipulation. For now, however, they are best suited for companies with a high-risk appetite and a focus on pure innovation, as Gartner analysts have noted.
For the majority of businesses, the future of automation is specialized, practical, and polyfunctional. It is a future where the right robot is chosen for the right task. Success will not come from waiting for a single, universal machine, but from strategically deploying the effective and affordable automation that is available right now.
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Service Robot Co. is not affiliated with, sponsored by, or endorsed by the companies mentioned in this article.



