AI Act Robotics: A Compliance Guide for Operators

With the AI Act, the European Union has created the world's first comprehensive legal framework for artificial intelligence. For the robotics industry, this is a decisive turning point, as modern robots no longer merely execute rigid program sequences but act through AI-powered perception and decision-making. The regulation pursues a risk-based approach that divides applications into different categories. Many mobile service robots that work in direct contact with people or are deployed in critical environments fall under the high-risk AI systems category.

Operators now face the challenge of mastering these systems not only technically but also from a regulatory standpoint. This includes setting up a risk management system over the entire lifecycle of the robot as well as ensuring high data quality for the AI's training and test datasets. werob acts here as your systems integrator, taking these requirements into account as early as the planning phase. Our Spec Engine is trained on more than 35,000 projects and identifies early on which regulatory paths are relevant for your specific workflow.

In industries such as care (senior living) or logistics, classification as high-risk AI is almost unavoidable. When a robot autonomously distributes medication, for example, it intervenes directly in healthcare provision. Here the AI Act requires complete logging of system events in order to be able to precisely determine the cause in the event of an error. In addition, human oversight must be possible at all times, which requires technical interfaces that go beyond simple emergency stop switches.

A concrete example is the deployment at Korian Germany, where double-digit cost relief was realized in the first year. Such successes are only possible when compliance does not slow down operations. werob ensures that the deployed robots from partners such as Keenon, Pudu, or Unitree have undergone the necessary conformity assessments. We assess more than 280 different robot models against your specific requirements and the applicable EU rules, so that you run no risk of an operating ban by the supervisory authorities.

A critical date for every operator is 20 January 2027. On that day, the new EU Machinery Regulation 2023/1230 becomes binding. This regulation is closely interlocked with the AI Act. It requires machinery with AI functions to undergo a specific conformity assessment before it may be put into operation on the European market. Especially for Asian OEMs that have no direct seat in the EU, this poses an enormous market entry barrier.

werob acts as the local integrator that paves the compliance path for these manufacturers and their operators. We take on the role of conformity assessor and ensure that the hardware, the software action graphs, and the integration into your stack (such as SAP EWM or MatrixCare) meet the new safety standards. Without a partner like werob, companies risk investing in hardware that receives no operating license from 2027. Our model is outcome-only: you only pay once the robot is running legally compliantly in your operation.

The AI Act requires that AI systems be transparent for the user. This means that the staff on site must understand why a robot performs a particular action. werob solves this requirement via the live Cockpit. This fleet management system uses a four-dimensional traffic-light system that monitors the status of the hardware, the infrastructure, the regulatory compliance, and the specific task (spec) in real time.

Should a robot make an unforeseen decision, this is immediately visualized and logged in the Cockpit. This not only fulfills the documentation obligations of the AI Act but also increases acceptance among employees. In a Hamburg care facility, where the first humanoid is already running in its twelfth week of operation, it has been shown that clear transparency about robot activities massively improves the collaboration between human and machine. The Cockpit serves here as the central instance for human oversight, as required by the legislator.

It is often feared that new regulations undermine the economics of robotics projects. werob's figures prove the opposite. An automated medication round in care relieves a site by 92,000 euros annually. The transport of goods saves a further 71,000 euros per year. These savings, however, are only sustainable if the system is not shut down due to compliance deficiencies.

Through our pre-built connectors into systems such as PointClickCare, Opera PMS, or Toast, we reduce the integration time to eight weeks. The regulatory examination is integrated into this process. Instead of investing three to six months in discovery workshops with consultants, werob delivers a finished specification within 48 hours that takes into account both the operational goals and the legal guardrails of the AI Act and the Machinery Regulation. This secures your return on investment (ROI) from the first day of live operation.

Alongside the AI Act, the GDPR remains a central pillar for operating robots equipped with cameras and sensors. Because AI models often rely on data to understand their environment, it must be ensured that no personal data is processed without authorization or stored outside the EU. werob ensures that all data streams comply with European standards.

Our connectors are designed to pass on only the data necessary for the workflow to the operator stack. Whether it is the connection to Mews in hospitality or Genetec in security technology: data sovereignty remains with the operator. This is an essential component of werob's compliance strategy. We protect you from the high fines that both the AI Act and the GDPR provide for in the event of violations by offering a hardware-agnostic platform that defines security as standard.

The path to automation with werob is standardized and efficient. It begins with a 48-hour intake process in which we translate your workflow into a technical specification. In the next step, the Supplier Match takes place, in which we select from more than 44 OEM partners the robots that not only fulfill the task but also have the highest regulatory score. Within five days you receive a binding quote.

Implementation takes place within eight weeks. During this time, we prepare the infrastructure, integrate the connectors into your software landscape, and carry out the necessary safety acceptances. Because werob is operationally active in 11 European countries, we have the necessary experience with local authorities and standards such as the care home inspectorate in Germany or the BewachVO in the security sector. This structured process minimizes risk and maximizes the speed of your transformation.

The technology landscape in robotics is changing rapidly. New humanoids from manufacturers such as Apptronik or Figure AI are pushing onto the market. An operator who ties itself today to a single manufacturer (vendor lock-in) risks being left behind technologically and regulatorily within a few years. werob offers the necessary flexibility here. Because our platform is hardware-agnostic, you can expand your fleet at any time with new, compliant models.

Our goal is to manage more than 2,000 robots in live operation by 2028. This scale effect benefits our customers, as we can roll out regulatory updates centrally via the Cockpit for the entire fleet. When requirements in the AI Act change, werob adapts the operational layer without you having to replace all your hardware. This is the core of our promise as a systems integrator: we take on the complexity of the technology and the regulation so that you can concentrate on your core business.