GDPR Robots: A Compliance Guide for Operations

Mobile robots are equipped with a variety of sensors in order to move safely in dynamic environments. These include LIDAR systems, ultrasonic sensors, and high-resolution cameras. While LIDAR data is mostly uncritical, as it merely captures distance points, camera images constitute a direct processing of personal data. As soon as a robot operates in a care home or hotel, it inevitably captures people. The GDPR requires the principle of data minimization here. This means that data may only be stored as long as it is necessary for the immediate purpose of navigation.

A critical point is the transmission of this data to the cloud. Many Asian OEMs use cloud servers outside the EU. This creates a considerable liability risk for European operators. werob acts as a systems integrator and examines specifically in the Supplier Match how the 44+ OEM partners handle data streams. We ensure that the data processing complies with European standards before a robot is integrated into your operation. This reduces the risk of fines and protects the privacy of your customers and employees.

On 20 January 2027, the EU Machinery Regulation 2023/1230 becomes binding. This regulation replaces the old Machinery Directive and imposes considerably higher requirements on the cybersecurity and data protection of autonomous systems. For operators this means that robots without a corresponding conformity assessment may no longer be operated in a legally compliant manner from this date. Asian manufacturers in particular face the challenge of being unable to meet these strict EU requirements without a local partner.

werob acts here as the decisive compliance path. As a local integrator, we specialize in carrying out the conformity assessments for our OEM partners. This means for you: if you obtain a robot via werob today, the path to compliance in 2027 is already built in. We assess not only the hardware but also the software stacks and their integration into your IT infrastructure according to standards such as IEC 62443 for industrial cybersecurity. This secures your investment over the long term.

Before a robot drives its first meter, the operator must carry out a data protection impact assessment (DPIA). This is mandatorily required for systems with a high risk to the rights and freedoms of natural persons, as is the case with camera-based robots. The DPIA must describe the purpose of the processing, the necessity and proportionality, as well as the risks for the data subjects. In care, where residents are particularly in need of protection, this documentation is the prerequisite for approval by the care home inspectorate.

werob supports this process through the Spec Engine. Within 48 hours, we translate your workflow into a technical specification that already contains all the necessary data for the DPIA. We deliver the technical descriptions of the data processing paths of our 44+ OEM partners directly. This considerably shortens the process from planning to deployment. Instead of months-long discovery phases, you receive a finished compliance package that makes the work easier for your data protection officer.

An essential advantage of the werob model is hardware agnosticism. We are not tied to a single manufacturer. In the Supplier Match, we rank more than 280 different robot models against your specific requirements. If a manufacturer does not meet the GDPR requirements or the requirements of the EU Machinery Regulation, it is not considered for your project. This approach prevents vendor lock-in with manufacturers that do not adapt to regulatory changes in Europe quickly enough.

Through access to a broad portfolio, we can specifically select robots that, for example, support edge processing. Here, image data is processed and anonymized directly on the robot before it leaves the device. This is the gold standard for data protection in sensitive areas such as hospitals or security zones. Our independence guarantees you that the safest and most efficient solution is always chosen for your site, without compromising on compliance.

The true complexity of the GDPR becomes apparent when integrating the robots into existing systems such as SAP EWM, Opera PMS, or MatrixCare. Data flows between the robot, the werob Cockpit, and your corporate software. Here, interfaces (connectors) must be designed so that no unauthorized access is possible and data integrity is maintained. werob offers pre-built connectors developed according to the principle of privacy by design.

In logistics, for example, the integration into SAP EWM ensures that transport data is used for process improvement but no conclusions about individual employee performance are possible without a corresponding works agreement. In the hotel area, the connection to Opera PMS ensures that the room service robot receives only the absolutely necessary information to find the right floor and room number. After completing the order, this personal data is immediately deleted in the robot system. This deep integration is a core component of our promise to bring the robot into your operation productively and safely within eight weeks.

Compliance is not an end in itself but serves to minimize risk. A GDPR violation can entail fines of up to 4% of global annual turnover. Against this stands the massive relief through robotics. In care, we realize cost relief of a significant amount per site on the medication round alone. In the hotel area, a room service robot saves around a six-figure amount annually. These efficiency gains – a partner at a Big Four consultancy reported a reduction in examination time from three weeks to five days – are only valuable if operations are not jeopardized by regulatory stops.

werob's commercial model is outcome-only. You only pay once the robot is running and all regulatory hurdles have been cleared. We take on the risk of the specification and the matching. Through our live Cockpit, we monitor the fleet in four dimensions: hardware, infrastructure, regulatory compliance, and spec. As soon as regulatory frameworks change or a security update is required, this is controlled via the Cockpit. This way, your fleet remains permanently compliant and profitable.

The werob Cockpit is the central operational layer for your robot fleet. It offers a 4-dimensional traffic-light system that visualizes the status of each individual robot. A decisive part of this system is the regulatory monitoring. Here it is examined in real time whether the software versions of the robots comply with the current safety requirements and whether the data transmission paths are encrypted and stable. This is especially important for companies operating in several European countries.

Because werob is active in 11 countries, we know the local nuances of GDPR interpretation and national additional rules such as the BewachVO in Germany for security robots. The Cockpit aggregates this information and offers you an audit-proof audit trail with full source transparency down to the document level. In the event of an inspection by data protection authorities, you can demonstrate at the push of a button which data was processed when and how. This transparency creates trust among employees and supervisory authorities alike.

The path to automated relief begins with a clear process. In the first phase, we use our Spec Engine to analyze your workflow. We do not ask for technical frills but for the shift, the task, and the environment. Within 48 hours, you receive a specification that already takes all compliance requirements into account. After the Supplier Match and the selection of the optimal robot, integration takes place via our connectors into your software stack.

Within five days, you receive a binding quote, and after eight weeks the robot is deployed. This accelerated process is only possible because we regard the regulatory requirements not as an obstacle but as an integral part of the specification. Whether it is about cleaning the kitchen floor or the yard patrol in logistics: with werob, you secure technological market leadership without risking your legal integrity.