Robot implementation Germany: Going live in 8 weeks

The German economy is facing an unprecedented demographic challenge. There is a shortage of tens of thousands of skilled workers in sectors such as nursing, hotels and logistics. Nevertheless, robot implementation in Germany often falls short of expectations. The reason is rarely the poor quality of the hardware, but rather the complexity of the integration. Many companies try to buy robots as isolated hardware products instead of seeing them as part of a digital workflow. This leads to long pilot phases without a real rollout.

werob has industrialized this process. As a system integrator, we view the hardware as an interchangeable component. As of May 2026, 200 robots are already in live operation in eleven European countries. This scaling is made possible by a platform that covers the entire lifecycle from specification to fleet management. Instead of relying on a single manufacturer, werob relies on a catalog of over 44 OEM partners. This prevents the so-called vendor lock-in and ensures that the most efficient device is selected for each specific task. In Germany, werob is the compliance path that ensures that all installations meet strict regulatory requirements.

The classic planning of a robot introduction in German companies often takes three to six months. During this time, specifications are written, inspections are carried out and feasibility studies are drawn up. werob has shortened this process to 48 hours using the Spec Engine. This tool translates the human description of a workflow directly into a usable robot specification. The engine was trained on the basis of over 35,000 projects and immediately recognizes which hardware requirements are necessary for a specific shift or floor.

The operator simply has to describe the process in his own words. The Spec Engine analyzes factors such as floor conditions, door widths, elevator connectivity and human interaction. The result is a technical action graph that forms the basis for subsequent supplier matching. This speed is crucial in order to quickly reduce operational pressure in companies. While competitors are still philosophizing about synergies, werob delivers a precise technical roadmap within two days. This automated approach eliminates human error in the planning phase and ensures that the robot actually delivers the promised performance in the end.

A common mistake when implementing robots in Germany is deciding on a manufacturer early on. A nursing home that ties itself directly to a manufacturer of service robots is dependent on its software and its innovation cycle. werob breaks down this model. Using the hardware-agnostic approach, over 280 different robot models are ranked against the customer's individual specifications. Partners include leading names such as Boston Dynamics, Keenon, Pudu, Apptronik and Unitree.

The Supplier Match System evaluates the robots not based on marketing promises, but based on hard operational data. Can the robot fit through the narrow hallways of an old building? Can he transport the specific medication boxes? Is the battery life sufficient for a 12-hour shift? Through this ranking, the operator receives an offer that is technically validated within five days. werob takes on the role of a neutral entity that is only committed to the success of the workflow. Should an OEM discontinue its software support or a more powerful model comes onto the market, the werob platform enables a seamless change of hardware without having to re-set up the entire integration.

A critical factor for any robot implementation in Germany is the legal framework. The new EU Machinery Regulation 2023/1230, which will become binding from January 20, 2027, is particularly relevant. Many Asian robot manufacturers currently do not have the necessary conformity assessments to permanently meet this standard. werob acts as a necessary compliance path for European operators. Every installation is planned so that it not only works today, but also meets future legal requirements.

In addition, specific standards such as ISO 13482 for personal assistance robots must be observed. In care, the inspection by the home supervision is also required, while in the security area the security regulations (BewachVO) are relevant. werob integrates these regulatory checks directly into the implementation process. The cockpit constantly monitors the compliance status of the fleet in live operation. This protects managing directors and operators from liability risks. At a time when the EU AI Act and stricter data protection guidelines (GDPR) regulate the use of sensors and cameras, werob offers the necessary legal certainty for the large-scale use of autonomous systems.

A robot that does not communicate with the existing software remains an expensive toy. The real value creation comes from integration into the company's existing IT stack. werob supplies prefabricated connectors for this. In care, this means a direct connection to systems such as PointClickCare or MatrixCare. In the hotel industry, interfaces to Opera PMS or Mews are used, for example to handle room service fully automatically. Integration into SAP EWM is the standard in logistics.

These connectors enable the robot to receive orders directly from the leading system and report its status in real time. When a guest in the hotel orders a towel via the PMS, this order is transmitted to the robot without human intervention. After successful delivery, the task is marked as completed in the system. This seamless communication eliminates manual interfaces and reduces error rates. werob sees itself as an operating level that sits between the physical hardware and the logical software level of the operator. This is the crucial difference to a pure hardware reseller who only supplies the device but leaves the customer alone with the IT integration.

The decision for a robot implementation in Germany is ultimately made based on the return on investment (ROI). werob works with concrete numbers instead of vague adjectives. In care, the automation of the medication round leads to cost relief of 92,000 euros per site and year. The transport of laundry or meals saves another 71,000 euros per year. In hospitality, a robot for room service brings 112,000 euros in annual relief, while the automation in bar and breakfast preparation amounts to 54,000 euros. These numbers are not estimates but are based on real data from the live operation of over 200 robots in 11 European countries.

As soon as the robots are implemented, the operational phase begins. werob provides the Cockpit, a central fleet management system. This tool uses a four-dimensional traffic light system to monitor the health of the entire fleet. The first dimension concerns the hardware: What is the battery level? Are there mechanical problems? The second dimension monitors the infrastructure: Are the WiFi connections and elevator controls working? The third dimension is regulation: Are all safety certificates up to date? The fourth dimension checks compliance with the specification: Does the robot complete its tasks in the scheduled time?

This proactive monitoring prevents downtime before it occurs. When a robot in a hotel in Hamburg shows an error message, the werob team often sees it in the cockpit before the on-site staff. Through remote maintenance and automated updates, most problems can be solved without a technician having to be called out. The cockpit also provides detailed reports on the service provided and the cost reduction achieved. This makes robotics a transparent and controllable key figure in corporate management. The operator maintains full control over its autonomous resources at all times, whether it is a single robot or a nationwide fleet.

Speed ​​is a core promise of werob. While traditional projects often come to nothing, werob follows a strict schedule. After the first contact, the specification will be created within 48 hours. A binding offer will be made within five days. The actual implementation on site, including IT connection and employee training, usually takes eight weeks. This process is highly standardized and minimizes the burden on the customer's day-to-day business.

The path begins with an eight-step intake process in which all relevant data on the shift, infrastructure and regulatory requirements are requested. werob takes over the entire coordination with the OEM partners and the IT departments. At the end of the eight weeks, there is a robot that is not only physically present, but has been productively integrated into the work processes. This pace is unique in the industry and is only made possible through the combination of specialized software and many years of operational experience. Operators can realize significant efficiency gains within a quarter instead of waiting years for results.