Humanoid Robots in Operational Use: Integration and ROI

The distribution of roles in the robotics landscape requires a clear definition. werob is not a manufacturer of robots, not a single-OEM reseller, and not a classical consulting firm with lengthy discovery phases. We act as the operational layer that translates an operator's workflow into a ready-to-deploy specification. While manufacturers such as Boston Dynamics, Apptronik, or Figure AI deliver the hardware, werob ensures that this hardware functions in the specific environment of a care home, hotel, or logistics center.

Our Spec Engine only needs 48 hours to create a technical specification from a verbal description of your shift workflows. The rapid specification avoids the planning phases of three to six months that are common in conventional projects. With data from over 35,000 projects, werob matches your requirements to the most suitable robots from a catalog of over 44 OEM partners. This hardware-agnostic approach prevents vendor lock-in and ensures that the most efficient solution for the respective task is always chosen.

The market for humanoid robots is developing dynamically. werob currently observes and ranks over 280 different robot models. Leading candidates in our catalog include systems such as the Apollo from Apptronik, the Figure 02 from Figure AI, as well as solutions from 1X from Norway. Asian manufacturers such as Unitree with the models H1 and G1 or AgiBot are also gaining importance. For European operators, however, not only mechanical performance is decisive, but above all regulatory conformity.

werob places this hardware directly in the European context. While a US American or Chinese OEM often delivers excellent hardware, the necessary interfaces and certifications for the local market are often missing. werob acts as a bridge here. We evaluate the systems according to their suitability for specific verticals such as care or the hotel industry and ensure that the chosen hardware communicates directly with our software layer. We can, for example, integrate NEURA Robotics from Germany just as efficiently as specialized systems from Enchanted Tools from France.

Investments in humanoid robotics must be measured against hard numbers. In the care industry, we have already achieved significant results. At a leading European care group, double-digit cost relief was realized in the first year. Specifically, for an average facility this means significant annual cost relief solely from automating the medication round, as well as additional savings from taking over general transport tasks.

These figures are not theoretical projections, but are based on the data of 200 robots that werob currently manages in live operation in eleven European countries. In the hotel industry, the potential looks similar: A room service robot can save considerable costs per location and year, while preparation of the bar and breakfast enables additional relief. The commercial model of werob is consistently focused on success: a results-based model ensures that compensation is tied to productive operation. The model avoids high upfront investments in hardware that ultimately remains unused.

Legal certainty is a basic prerequisite for productive deployment. From 20 January 2027, the new EU Machinery Regulation 2023/1230 becomes binding. This regulation imposes high requirements on conformity assessment, especially for robots that operate in the immediate vicinity of people. Many non-European OEMs are not prepared for these strict requirements. werob offers the necessary compliance path here.

We ensure that every deployed robot not only meets ISO 13482 for personal care robots, but also takes into account the requirements of the EU AI Act and GDPR. Especially in sensitive areas such as care, where the home supervision authority plays a central role, this legal protection is indispensable. Our Cockpit continuously monitors the status of the fleet in four dimensions: Hardware, Infrastructure, Regulation, and Specification. As soon as regulatory framework conditions change, this is reflected in the system so that the operator remains audit-ready at all times. This also applies to specialized requirements such as the BewachVO in the security sector or HACCP standards in gastronomy.

A robot is only as valuable as its integration into existing digital processes. werob provides pre-built connectors for the most common systems in our target industries. In care, we integrate directly into PointClickCare or MatrixCare. In the hotel industry, we use interfaces to Opera PMS or Mews, while in the food and beverage area, systems such as Toast or Lightspeed are connected. For logistics, integration into SAP EWM is available.

This connectivity enables the humanoid robot to prioritize tasks autonomously. If a medication request comes in to the care system, it is directly translated into an Action Graph that the robot executes. The operator does not have to learn new software, but controls the fleet via the familiar interface, while human experts retain final control over all processes. The werob Cockpit serves as a superordinate monitoring layer that displays the live status of all units and ensures full traceability of all process steps. This ensures that the hardware does not act as an isolated island solution, but is perceived as an integral part of the operational infrastructure.

Not every task requires a humanoid form. The decision for a system depends heavily on the environment and the type of activity. In the following table, we compare the application areas:

While a specialized cleaning robot in the F&B kitchen brings significant relief, a humanoid robot can achieve significantly higher values in care through its versatility, as it can switch between transport, documentation, and simple assistance.

werob relies on rapid implementation. Our process is designed to bring a robot productively onto the floor within eight weeks. The process starts with a 48-hour specification phase. Here you describe to us your shifts and tasks, and our Spec Engine creates the technical requirement from this. Within five days, you receive a concrete offer based on the Supplier Match from over 44 OEMs.

Once the decision has been made, the integration phase begins. Thanks to our pre-built connectors, time-intensive individual programming is eliminated. We configure the Action Graph and prepare the infrastructure on site. In week eight, the Go-Live takes place. From this moment, the werob Cockpit takes over monitoring. Since our model is outcome-only, billing only begins when the robot performs its tasks as specified. This structured approach minimizes risk for the operator and enables rapid scaling across multiple locations, as we have already successfully implemented at large care groups.

Robotics is only at the beginning of its development. With currently 200 robots in live operation, werob has already taken a leading position in Europe. Our goal is to have over 2,000 robots in operational care by 2028. The role of humanoid systems will continually increase, as the hardware becomes more and more powerful and cost-efficient. The decisive factor, however, will not be the hardware itself, but the intelligence of the integration and adherence to regulatory standards.

Operators investing in humanoid robotics today are not only securing a lead in the competition for skilled workers, but also building the necessary competence for the automated future. werob accompanies you on this path as a hardware-agnostic partner that focuses on results. Whether in care, the hotel industry, or logistics: the question is no longer whether robots will come, but how efficiently they can be integrated into your existing processes. Start your spec in 48 hours and improve the operational processes of your company.