End-to-End Robotics Provider: Systems Integration for Operations

The robotics market today is highly fragmented. There are hundreds of hardware manufacturers, yet very few offer a solution that fits directly into the specific processes of a care home, a hotel, or a logistics center. This is where werob comes in as an end-to-end robotics provider. werob is not a manufacturer and not a simple reseller of individual brands. The task consists of taking over the complexity of systems integration. This means that the focus is not on the robot but on the operator's workflow.

An operator needs not a machine but a result. In care, this means, for example, significant cost relief per site per year through the automation of the medication round alone. To achieve this result, hardware, software interfaces, and regulatory requirements must mesh perfectly. werob acts hardware-agnostically here and draws on a catalog of more than 44 OEM partners and 280 different robot models. This approach prevents vendor lock-in and ensures that the technically and economically best solution is always chosen for the specific use case.

Traditional consulting projects for introducing robotics often take three to six months. During this time, discovery decks are created and feasibility studies carried out, while the operational skills shortage continues to grow. werob breaks up this slow process with the Spec Engine. This AI-powered system translates the human description of a workflow into a deployable technical specification within 48 hours. The engine was trained on more than 35,000 projects and immediately recognizes which requirements are placed on the infrastructure, the sensor technology, and the software integration.

The operator simply describes the shift, the floor, and the task. The Spec Engine generates from this a precise action graph for the robot, with subject-matter experts retaining operational control. This process eliminates lengthy planning phases and leads directly to a robust quote within five days. Through this speed, robotics turns from a strategic distant goal into a short-term available operational resource. The promise is clearly defined: in eight weeks, the robot is on the floor and performing its service.

A decisive advantage of an end-to-end provider like werob is independence from individual manufacturers. While an OEM will always try to sell its own hardware, werob's Supplier Match system objectively evaluates which robot best meets the requirements of the specification. In doing so, 44+ OEMs worldwide are ranked, including renowned partners such as Keenon, Pudu, Boston Dynamics, or Apptronik. Whether it is a simple transport robot for hospitality or a complex humanoid for care is decided solely by suitability for the workflow.

This ranking takes into account not only the technical data of the hardware but also the availability, the maintainability in Europe, and conformity with local standards. werob currently looks after more than 200 robots in live operation in eleven European countries. This experience flows directly into the matching. Operators thus gain access to the world's best technologies without having to deal directly with the export restrictions or technical hurdles of Asian or American manufacturers. werob takes on the role of the local point of contact and responsible party.

A robot that does not communicate with the rest of the operating system remains a foreign body. In hospitality, a room service robot must know when an order comes in via the PMS (property management system). In logistics, it must communicate directly with SAP EWM. werob delivers pre-built connectors for this. These interfaces enable immediate integration into the operator's existing software stack. Among others, PointClickCare, MatrixCare, Opera PMS, Mews, Toast, Lightspeed, and SAP EWM are supported.

This depth of integration is decisive for the ROI. A hotel can achieve considerable annual cost relief through the automation of room service, but only if the process functions without manual intervention by employees. werob's connectors ensure that the robot becomes part of the digital infrastructure. It opens doors, calls elevators, and reports completion to the management system. This technical operational layer is the heart of the werob platform and fundamentally distinguishes it from pure hardware dealers.

The regulatory landscape for robotics in Europe is tightening massively. Especially important is the EU Machinery Regulation 2023/1230, which becomes binding for all operators from 20 January 2027. Many robots on the market today do not yet meet these strict requirements or do not have the necessary conformity assessments for the European market. werob acts here as a compliance path. As a systems integrator, werob ensures that every deployed solution complies with the current and future legal standards.

This includes not only the Machinery Regulation but also specific standards such as ISO 13482 for service robots in the personal area or the security guarding ordinance (BewachVO) for security robots. In care, alignment with the care home inspectorate and compliance with the GDPR during sensor data capture is also critical. werob automates the creation of the regulatory documentation, while experts take over the final validation and the risk management. For the operator this means legal certainty in a complex environment, in which compliance errors can lead to high fines or the immediate operating ban of the fleet.

An essential obstacle to introducing robotics is often the high initial investments and the uncertainty about the actual benefit. werob clears this risk out of the way through a consistent outcome-only model. This means: the operator only pays once the robot is in productive use and fulfilling the defined tasks. There are no hidden list prices or expensive consulting fees in advance. The focus is solely on operational relief and measurable economic success.

The figures speak for themselves. In logistics, a yard patrol achieves clear annual cost relief. In the food & beverage area, a tray bot in the dishroom saves significant personnel costs. werob calculates these savings precisely as early as the spec phase. Through the model as an end-to-end provider, automation turns from an investment decision (CAPEX) into a purely operational optimization (OPEX) that amortizes from the first day. This model is unique in the European market and underscores werob's aspiration to be a genuine partner of the operation.

As soon as the robots are deployed, the perspective shifts to ongoing operation. For this, werob provides the Cockpit, a central platform for live fleet management. The Cockpit uses a four-dimensional traffic-light system to make the status of the fleet transparent at all times. Monitored are the hardware (battery level, wear), the infrastructure (Wi-Fi coverage, elevator control), the regulatory compliance (validity of certificates), and the spec fidelity (is the workflow being executed as planned).

Should a robot encounter an obstacle that it cannot navigate around on its own, or should an interface to the PMS be interrupted, the Cockpit reports this in real time. This proactive approach minimizes downtime and ensures that the promised cost relief is actually realized. The Cockpit also serves as an audit trail for those responsible for compliance. All movements and actions are logged with full source traceability and in a GDPR-compliant manner, which is of decisive importance especially in regulated areas such as care or security.

The path to automation with werob is standardized and highly efficient. It begins with a simple intake process in which the operator defines their identity and the basic requirements. This is followed by the detailed description of the shifts and tasks in their own words. The Spec Engine then takes over the technical elaboration. In the further steps, the site infrastructure is analyzed, hardware preferences are queried, and the regulatory framework is defined. At the end stands a commercial framework based on results.

This structured process enables werob to consistently pursue the goal of 2,000 robots by the year 2028. Currently, 200 units are already successfully deployed in eleven countries, including at well-known operators in healthcare. Anyone who starts with werob today benefits from a proven platform that reduces the risk of introducing robotics to zero. The focus always remains the same: alleviating the skills shortage through intelligent technology while significantly increasing the operational margin.