Robotics 2027: Compliance and Scaling in the EU

The EU Machinery Regulation 2023/1230 is not a bureaucratic detail, but the new basic requirement for the use of robotics in Europe. This regulation will become binding from January 20, 2027 and will replace the old Machinery Directive. For operators, this means that the use of robots without complete conformity assessment entails legal and financial risks. This is particularly critical for hardware from manufacturers outside the EU, who often do not have direct access to the necessary certification processes.

werob acts as the crucial compliance path here. As a system integrator, we assume responsibility for the conformity of the entire system in the operator's specific operational context. This includes not only the hardware, but also the software interfaces and interaction with people in public or semi-public spaces. Without this integration step, companies risk having their investments in robotics shut down from early 2027 because they do not meet the new safety standards for autonomous mobile machines.

In 2027, the time for discovery workshops and months of strategy papers will be over. Operators need solutions that go live in weeks, not years. The werob Spec Engine radically shortens this process. Within 48 hours, we translate your operational requirements into a usable robot specification. This process is based on data from over 35,000 projects and eliminates the risk of planning errors.

Scaling no longer takes place via individual devices, but rather via fleets. While in 2024 individual robots were still considered technological pioneers, in 2027 fleets of 10 to 50 units per location will be the standard in logistics and facility management. werob currently controls over 200 robots in live operation in 11 European countries. Our goal is to scale to 2,000 units by 2028. This experience allows us to go from initial specification to productive use in just eight weeks.

A central flaw in early robotics adoption was the commitment to a single manufacturer. In 2027, it will be seen that technological leaps will occur so quickly that flexibility will become the most important asset. werob is hardware agnostic. We are not a reseller for a single OEM, but rather rank over 44 partners against your specific requirements. There are over 280 different robot models in our catalog, from specialized cleaning robots to humanoid systems.

This approach protects operators from the so-called vendor lock-in. Should a manufacturer discontinue its software support or fail to meet the EU regulatory requirements in a timely manner, the werob platform allows the hardware to be changed seamlessly while the integrated workflows and data connections remain in place. We objectively evaluate partners such as Boston Dynamics, Keenon, Pudu or Apptronik based on their performance in the field and their compliance readiness for the European market.

A robot that does not communicate with existing IT will be an operational dead end in 2027. The real added value comes from integration into existing systems. werob delivers pre-built connectors for the most important industry stacks. In care we integrate directly into PointClickCare or MatrixCare, in the hotel industry into Opera PMS or Mews, and in logistics into SAP EWM.

These connectors ensure that the robot receives its tasks based on real-time data. Through the Mews integration, a room service robot knows immediately when a guest places an order or a room has been cleared for cleaning. In logistics, SAP EWM triggers transport orders directly to the robot fleet without manual intervention being necessary. This depth of integration distinguishes professional system integration from a mere hardware delivery.

Effectiveness will be the only criterion for the long-term use of robotics in 2027. We operate with hard numbers instead of vague promises. In care, automating the medication round saves a location an average of €92,000 per year. Simply transporting laundry or waste saves a further €71,000 annually. These sums are not estimates, but rather results from live operations with customers like Korian Germany.

In the hotel industry, operators realize cost savings of €112,000 per year through automated room service. Even in specialized areas such as golf, automated ball collection results in savings of €38,000 per club. werob's commercial model is consistently geared towards success: outcome-only means that you only pay when the robot is in productive use. There are no hidden list prices or upfront fees for consulting services.

Operating a fleet of robots in 2027 requires monitoring beyond just battery status. The werob Cockpit offers a four-dimensional traffic light system for fleet management. The first dimension monitors hardware health. The second dimension checks the infrastructure, such as the accessibility of elevators or WiFi coverage. The third dimension is regulatory, which ensures that all units operate within their certified parameters.

The fourth and most important dimension is spec compliance. Here, a comparison is made in real time as to whether the robot actually fulfills the tasks defined in the workflow. If a cleaning robot cannot complete its route due to an obstacle, the cockpit immediately reports this to facility management. This transparency is the prerequisite for compliance with service level agreements (SLAs) and the continuous optimization of processes.

While humanoid robots were still considered a dream of the future a few years ago, they will be a reality in the first specialized applications in 2027. In a nursing facility in Hamburg, the first humanoid system is already in its twelfth week of operation. These systems are used where the environment cannot be adapted for classic rolling robots or where human-like interaction is required.

werob integrates humanoid hardware from partners such as Apptronik or Figure AI with the same precision as service robots. The focus is not on technological gimmicks, but rather on taking on repetitive tasks that relieve the physical strain on staff. The same applies here: Integration only takes place where a clear economic advantage and full compliance with ISO 13482 and the EU Machinery Regulation are guaranteed.

With the increasing networking of robot fleets, the requirements for cybersecurity are increasing. werob consistently relies on standards such as IEC 62443 for industrial IT security and ISO 27001 for information security management. Every robot on our network is considered an endpoint subject to strict security policies. This is particularly essential in sensitive areas such as hospitals or security services.

Data protection according to the GDPR is ensured through local data processing and clear deletion concepts for camera data. In the hotel or retail industry, where robots come into constant contact with customers, this is a critical success factor. werob ensures that all systems used maintain privacy while at the same time being able to fulfill their navigation tasks. This creates the necessary trust among employees and customers alike.

The process for implementing a robot fleet at werob is standardized and optimized for speed. After the initial specification by the Spec Engine within 48 hours, a binding offer follows within five days. The hardware is selected via Supplier Match, which objectively evaluates the 44+ OEMs. As soon as the decision has been made, the integration phase begins using our prefabricated connectors.

The first robot is productive on the site within eight weeks. This period includes physical delivery, setting up IT interfaces and training on-site staff. Due to the outcome-only model, as an integrator we bear the risk of commissioning. This process has been proven in 11 European countries and is the fastest way to address the challenges of labor shortages and rising operational costs in 2027.