Robot commissioning service provider: Live operation in 8 weeks

In modern robotics, hardware is increasingly interchangeable. A robot from manufacturers like Keenon, Pudu or Unitree is a tool, but not a solution to an operational problem. A specialized robot commissioning service provider like werob acts as the crucial operating level between the manufacturer (OEM) and the operator. werob is not a manufacturer or a simple reseller, but a system integrator that takes on the complexity of the implementation.

The challenge during commissioning rarely lies in the mechanics of the robot. It lies in the translation of a human workflow into a digital graph, the integration into existing IT systems such as SAP EWM or Opera PMS and compliance with strict regulatory requirements. werob uses a four-tier platform architecture for this purpose. The Spec Engine converts your requirements into a precise specification in 48 hours. The Supplier Match compares these with over 280 available robot models from more than 44 partners. The connectors ensure seamless communication with your software, and the cockpit enables live management of the fleet. This structured approach reduces the time to first productive deployment from the industry standard six months to just eight weeks.

A major obstacle for many companies when working with a robot commissioning service provider is unclear cost structures and high upfront investments. werob breaks this pattern with a purely results-oriented commercial model. You only pay when the robot is running in your company and provides the defined added value. This model shifts the risk from the operator to the integrator and ensures that only solutions that bring about measurable cost relief are implemented.

The practical figures prove the effectiveness of this approach. In care, the automation of the medication round leads to an annual relief of 92,000 euros per location. In the hotel industry, the use of robots for room service saves up to 112,000 euros per year. These savings are not theoretical projections, but are based on data from over 200 robots that werob is already operationally supporting in eleven European countries. By forgoing list prices and concentrating on the actual outcome, automation turns from a technical investment into a purely business decision that pays for itself in the first year.

A common error when commissioning robots is the so-called vendor lock-in. Companies commit to a single manufacturer too early and later discover that the hardware is not flexible enough to meet new requirements. As a hardware-agnostic service provider, werob follows a different approach. We rank over 44 OEM partners against your specific requirements. Whether humanoid robots from Apptronik or specialized service robots from Bear Robotics, the selection is purely data-based through our Supplier Match process.

This process takes into account not only the technical data sheets, but also reliability in live operation, the availability of spare parts and compatibility with the werob platform. Since werob already has 280 different types of robots in its catalog that can be maneuvered, the time-consuming search for the right model is no longer necessary. The operator receives a binding offer within five days that is tailored exactly to the specification previously created in 48 hours. This independence from individual manufacturers guarantees that the most technologically and economically sensible solution is always used, without the operator having to become an expert in the confusing robotics market.

In practice, technical commissioning often fails due to a lack of communication between the robot and the existing infrastructure. A robot that cannot call elevators or receive no information from the inventory management system remains an isolated system with little utility. werob solves this problem with a library of ready-made connectors. These interfaces enable immediate connection to market-leading systems such as PointClickCare, MatrixCare, Mews, Toast or SAP EWM.

Through this integration, the robot becomes an integral part of the digital process chain. In a hotel, for example, this means that the robot is automatically informed via the Opera PMS when a room service order is received. It navigates independently to the elevator, communicates with the building control and delivers the order without an employee having to intervene manually. It is this depth of integration that enables the high cost savings, such as the 76,000 euros per year for tray return in the catering industry. werob acts as the central node that coordinates the data flows between hardware and software stack.

An often underestimated aspect of robot commissioning is legal compliance. From January 20, 2027, the new EU Machinery Regulation 2023/1230 will be binding. This places significantly higher demands on the safety and documentation of autonomous systems, especially when they are used in areas with human traffic. Many Asian OEMs do not have the necessary conformity assessments for the European market. werob offers the necessary compliance path here.

As a system integrator werob takes responsibility for compliance with all relevant standards, from ISO 13482 for personal assistance robots to the GDPR when processing sensor data. We ensure that the systems used not only function technically, but also withstand the tests of the home inspectorate or the professional associations. In industries such as security, where the BewachVO and IEC 62443 apply to cybersecurity, this regulatory expertise is indispensable. werob integrates this compliance check directly into the cockpit so that the operator can view the status of his fleet in terms of hardware, infrastructure and regulations at any time via a four-dimensional traffic light system.

Commissioning does not end on the first day of the rollout. The long-term success of a robot fleet depends on monitoring and continuous optimization in live operation. The werob Cockpit offers a central management level for this. It monitors 200 robots in live operation across eleven countries and provides real-time data on the performance and status of the systems. The four-dimensional traffic light system immediately signals when problems arise with hardware, network infrastructure, regulatory compliance or adherence to the original specification.

This transparency is crucial for scaling. A facility management company that could deploy robots at 140,000 locations needs a central view of all operational units. The cockpit makes it possible to detect deviations at an early stage before they lead to failures. For example, if a cleaning robot in an F&B chain cannot complete its route, the system analyzes whether it is due to a change in furniture or a technical defect. This data flows back into the Spec Engine to make future commissioning even more precise. With the goal of operating over 2,000 robots by 2028, this automated monitoring layer is the backbone of the werob platform.

The decision for a robot commissioning service provider is ultimately driven by the return on investment. werob has validated specific cost relief for various vertical markets, which serves as a benchmark for new projects. These numbers represent the annual savings per location and illustrate the potential of automation when integrated correctly.

These values show that the highest savings are achieved where robots take over repetitive, time-intensive tasks that distract qualified personnel from value-adding activities. A hotel resort with eight robots across three properties thus achieves an annual relief of around 2.7 million euros. werob ensures that this potential is realized through rapid commissioning within eight weeks.

The process of working with werob is designed for maximum speed and minimum burden for the operator. It begins with a structured onboarding intake that includes eight essential points. First, define who the operator is and which specific layer should be automated in your own words. This is followed by an analysis of the task, the site infrastructure and any hardware preferences. Regulatory requirements and the commercial framework are also defined in this early phase.

After this intake, the Spec Engine starts. The finished specification is available within 48 hours. After another five days, the customer receives a concrete offer based on the supplier match. Once the decision has been made, the eight-week implementation phase begins. During this time, the connectors are configured, the hardware is prepared and the employees on site are trained. At the end of these eight weeks there is a fully functional system that goes live immediately. This process is trained to eliminate complexity for the customer and enable rapid scaling across multiple locations.