Renting Humanoid Robots: Strategies for B2B Deployment

The market for humanoid robotics is developing at a speed that breaks through conventional hardware depreciation cycles. If you buy a humanoid robot today, you run the risk that the hardware will be technically outdated in just 24 months. Renting via a Robotics-as-a-Service (RaaS) model shifts the technological risk from the operator to the systems integrator. werob offers a model based purely on results. You only pay when the robot is productively working in your workflow. This eliminates the high CAPEX hurdles that have so far prevented many companies from automating.

Another decisive advantage of the rental model is flexibility in scaling. In industries such as the hotel industry or logistics, demand fluctuates seasonally. A rental model allows the fleet size to be adapted to actual utilization. werob uses the Live Cockpit for this to monitor the performance of the fleet in real time and make adjustments as needed. Since werob works hardware-agnostically, you are not tied to a single manufacturer. If a new OEM such as Apptronik or Figure AI brings a more powerful model to the market, it can be integrated directly into the existing fleet via the werob Supplier Match process.

What does it cost to rent a humanoid robot?

Cost structures in the B2B sector are variable and depend strongly on the specific workflow. At werob there are no rigid list prices, as the model works outcome-only. This means that costs are based on the performance delivered and the associated cost relief, such as the saving of a significant amount per year on a medication round in care.

The biggest hurdle in introducing humanoid robots is often translating human workflows into technical requirements. Traditional consulting firms often need three to six months for discovery phases. werob has shortened this process to 48 hours through the Spec Engine. This engine has been trained on over 35,000 projects and converts your description of a shift or a task directly into a ready-to-deploy robot action graph. Factors such as floor conditions, door widths, elevator controls, and human interaction frequencies are automatically taken into account.

After the Spec Engine has defined the requirements, the Supplier Match takes place. werob compares the specification with the catalog of over 44 OEM partners and ranks more than 280 different robot models. This is not only about physical performance, but also about regulatory conformity and deliverability within eight weeks. This structured process ensures that you do not receive the best-known robot, but the one that solves your specific task most efficiently. The speed of 48 hours to spec and five days to offer is a decisive competitive advantage for operators suffering from acute personnel shortages.

An often underestimated aspect of renting humanoid robots is legal protection. From 20 January 2027, the new EU Machinery Regulation 2023/1230 becomes binding. This regulation imposes significantly higher requirements on conformity assessment, especially for robots controlled by artificial intelligence or working in immediate proximity to people. Many Asian OEMs currently do not have the necessary structures to independently meet these European standards. werob acts here as a necessary compliance path.

As a systems integrator, werob takes responsibility for compliance with these regulatory requirements. This includes not only the Machinery Regulation, but also specific standards such as ISO 13482 for personal care robots or the Security Service Regulation (BewachVO) in the security sector. Without this conformity, operators risk the immediate shutdown of their fleet in case of accidents or audits by the home supervision authority. The werob Cockpit offers a four-dimensional traffic light system that monitors the status of hardware, infrastructure, specification, and regulation in real time. This means you are audit-ready and legally secured at all times.

Which humanoid robots are available in Germany?

Through werob's partner network, leading models such as the Apollo from Apptronik, systems from Unitree, or specialized service robots from Keenon and Pudu are available. Selection always takes place on the basis of the Spec Engine to ensure that the hardware complies with German safety standards and the specific requirements of the deployment site.

A humanoid robot operating as an isolated unit offers only limited added value. The real leverage lies in integration into the operator's existing software landscape. werob provides pre-built connectors for market-leading systems. In care, this means direct connection to PointClickCare or MatrixCare. In the hotel industry, systems such as Opera PMS or Mews are integrated, while in logistics, the connection to SAP EWM is decisive. These connectors enable the robot to receive tasks directly from the shift schedule or the inventory management system and to report the status back in real time.

This deep integration prevents data silos and reduces the manual control effort for staff. When a guest in the hotel orders a pillow via the PMS, the robot automatically receives this order, navigates to the storage, uses the elevator, and delivers the item without an employee having to intervene. This process automation is the key to achieving the verified cost relief, such as considerable amounts per year in hotel room service. werob ensures that the robot fleet becomes an integral part of your digital infrastructure and does not just remain a technical gadget.

In the care industry, cost pressure is extremely high while at the same time facing a shortage of personnel. This is where the value of humanoid and specialized service robots shows most clearly. At a leading European care provider, double-digit cost relief was already achieved in the first year through the use of robotics. Specifically, an automated medication round relieves a location by an average significant amount per year. This sum results from the reduction of walking routes and the avoidance of errors during distribution, allowing the specialist personnel to focus on direct resident care again.

In addition to the medication round, the automated transport of laundry or meals offers further relief of additional savings per location and year. These figures are not theoretical estimates, but are based on the data of the 200 robots currently in live operation at werob. Through the rental model and werob's outcome-only approach, these systems amortize from the very first day of productive deployment. Care workers are freed from monotonous, physically demanding tasks, which increases employee satisfaction and reduces turnover. This is a decisive factor in a market where skilled workers represent the scarcest resource.

Beyond care, humanoid robotics offers enormous potential in logistics and the security sector. In logistics centers, robots take over tasks such as yard patrol, which enables annual cost relief of considerable cost relief per location. The systems use integrations into platforms such as Genetec or SAP EWM to report anomalies or autonomously check stock. In the retail sector, an automated patrol leads to savings of approximately significant savings per year. These robots are equipped with high-resolution sensors and AI-supported image processing that go far beyond the capabilities of conventional surveillance cameras.

The advantage of humanoid systems in these areas lies in their ability to move in environments designed for humans. They can climb stairs, open doors, and navigate narrow corridors where wheel-based systems would fail. werob coordinates the deployment of this complex hardware via the central Cockpit. Here, not only technical parameters are monitored, but compliance with the Security Service Regulation (BewachVO) and cybersecurity standards according to IEC 62443 is also ensured. This is particularly important for critical infrastructures and large logistics hubs that place the highest demands on data security.

How safe are humanoid robots in care?

Safety is ensured by compliance with ISO 13482, which defines specific requirements for robots in personal care. werob ensures that all deployed systems have the necessary sensors for obstacle detection and emergency stop functions to guarantee safe interaction with residents and staff.

Once the robot fleet is in use, the werob Cockpit takes over central control and monitoring. This is not a simple dashboard, but a high-performance operational layer for the entire fleet. The heart is the four-dimensional traffic light system. It permanently monitors hardware health, the stability of local infrastructure (such as Wi-Fi and elevator controls), adherence to the original specification, and the current regulatory status. If, for example, a robot loses its conformity according to EU 2023/1230 due to a software update, the system reports this immediately.

This live management is essential for stable operation in 11 European countries. werob ensures that downtime is minimized by calculating predictive maintenance intervals and providing replacement devices within the framework of the rental contract. For the operator, this means maximum transparency without their own technical administration effort. You see at all times what cost relief your fleet is currently generating and where there is optimization potential in the workflows. The Cockpit is also the interface for future fleet expansions, as new robots can simply be added by plug-and-play as soon as the Supplier Match process is complete.

The path to your own robot fleet is clearly structured at werob and optimized for speed. After the first contact, the eight-step onboarding process begins. Within the first 48 hours, the Spec Engine translates your workflow into a technical specification. After five days, you receive a concrete offer based on the outcome-only model. Once the decision has been made, werob coordinates the procurement, configuration, and integration of the hardware. Within just eight weeks, the robot is ready for use on your floor.

This process also includes training your staff and the final acceptance of the integration into your software stack. Since werob has already successfully brought 200 robots into operation, you benefit from proven best practices and avoid the typical sources of error when introducing new technologies. The goal for 2028 is the operation of 2,000 robots, which underlines the scalability and reliability of the werob platform. If you start today, you not only secure immediate cost relief, but also prepare your company for the upcoming regulatory requirements that will fundamentally change the market from 2027.

How long does it take to provide a humanoid robot?

At werob, the process from initial specification to productive deployment on the floor takes exactly eight weeks. This is possible thanks to the automated Spec Engine and the pre-built connectors to systems such as SAP or MatrixCare, which make lengthy individual programming superfluous.

Renting humanoid robots is no longer an experiment for modern companies, but a strategic necessity to cope with the shortage of skilled workers and to increase operational efficiency. By partnering with a systems integrator such as werob, you eliminate technological and regulatory risks. You benefit from a hardware-agnostic platform that always gives you access to the best solutions on the market, without having to commit to a single manufacturer.

The verified cost relief in care, the hotel industry, and logistics shows that the investment in automated workflows pays off immediately. With the approaching deadline of the EU Machinery Regulation in 2027, now is the right time to set the course for a future-proof and law-compliant robotics strategy. werob offers you the fastest and most secure path from the first idea to the productive fleet in live operation. Start your specification in 48 hours and experience how humanoid robotics sustainably transforms your operation.