Reduce Personnel Costs Through Automation: Strategies for 2026

Reducing personnel costs through automation in 2026 is no longer a question of technological feasibility but rather a question of operational integration. werob operates as a system integrator in eleven European countries and currently manages over 200 robots in live operations. The focus is not on selling hardware but on translating workflows into automated processes. Many companies make the mistake of viewing robots as isolated gadgets. However, real economic leverage only emerges when the machine is seamlessly integrated into the existing software stack and regulatory requirements such as EU Machinery Regulation 2023/1230 are met.

werob offers a platform that creates a deployment-ready specification within 48 hours. This reduces the industry-standard discovery phase from several months to just a few days. The goal is measurable relief of personnel from unproductive tasks, so skilled workers can be deployed where they create the highest value. Through werob's hardware agnosticism, over 44 OEM partners and 280 different robot models are tested against the operator's specific requirements. This ensures that not the best-marketed robot is deployed, but the model that is technically and economically most suitable for the respective location.

The Spec Engine from werob is the centerpiece of operational planning. It is based on data from over 35,000 projects and transforms the description of a workflow into a technical specification. While traditional consulting firms often require months for analysis, werob delivers results within 48 hours. This process considers not only the task itself but also the on-site infrastructure, such as elevators, door controls, and WLAN coverage. The supplier match follows next. werob is not a manufacturer and thus is not tied to any particular brand.

The catalog contains 44+ OEM partners, including manufacturers such as Keenon, Pudu, Boston Dynamics, and Apptronik. The system ranks 280 different robot types against the created specification. Factors such as payload capacity, battery life, sensors, and compliance with European safety standards are evaluated. For the operator, this means enormous time savings and the assurance of receiving a manufacturer-independent recommendation. The focus is on functionality in real-world operations, not theoretical datasheets. This approach ensures that the selected solution perfectly matches the shift schedule and spatial conditions, which forms the basis for effective reduction of personnel costs.

Economic validation of automation projects is performed using concrete figures for cost relief. In the care sector, automating the medication round enables annual cost relief of €92,000 per location. Transporting laundry or meals accounts for an additional €71,000. These sums result from savings in travel time, which skilled personnel can use for value-added patient care activities. In hospitality, the potential is often even higher. A robot in room service relieves operations by €112,000 per year, while bar and breakfast preparation saves €54,000.

These figures are based on real deployment scenarios with customers such as Korian Deutschland. A key factor here is werob's commercial model. It is an outcome-only model. This means the operator only pays once the robot is in productive use. There are no list prices or hidden upfront costs for consulting. This approach shifts risk from the operator to the system integrator and ensures that only solutions generating genuine economic value are implemented.

A robot without integration into the existing IT infrastructure remains an isolated tool. werob solves this problem through pre-built connectors in the operator's stack. This includes integrations into systems such as PointClickCare and MatrixCare for the care sector, Opera PMS and Mews for hospitality, and Toast and Lightspeed for gastronomy. In logistics and facility management, connections to SAP EWM and Genetec are available. These connectors enable tasks to be generated automatically.

For example, when a room service request is received in Opera PMS, the robot receives the command and target coordinates directly. No manual intervention by staff is required. This is a critical factor in actually reducing personnel costs, as every manual interface consumes time and introduces error sources. Integration also ensures complete documentation of all processes in the werob Cockpit. Here, the status of the entire fleet is monitored in real time. A four-dimensional traffic light system provides information on hardware condition, infrastructure stability, regulatory compliance, and performance against the original specification.

Legal security is often an underestimated component in reducing personnel costs through automation. From January 20, 2027, EU Machinery Regulation 2023/1230 becomes mandatory. This regulation sets high requirements for conformity assessment, particularly for robots operating near humans. Many Asian OEMs lack the necessary structures to meet these requirements independently in Europe. werob acts as a compliance pathway.

As a system integrator, werob ensures that all deployed solutions comply with applicable standards such as ISO 13482 for personal care robots or IEC 62443 for industrial cybersecurity. In Germany, additional requirements such as care facility supervision or security service regulations apply. Ignoring these requirements risks not only fines but also immediate operational shutdown, which nullifies calculated savings. werob integrates regulatory review directly into the Spec Engine's selection process. This gives operators the guarantee that their investment is protected long-term and can be legally operated even after the 2027 deadline.

The werob Cockpit is the central control level for fleet management. It enables operation of robots from different manufacturers through a single interface. This is particularly important for companies with different requirements at various locations. An operator might, for example, deploy a cleaning robot from Gausium in the kitchen while a Keenon model runs in service. The Cockpit consolidates this data. Monitoring occurs through a traffic light system that proactively alerts to issues.

If a robot stops due to a blocked path or WLAN failure, this is immediately reported. This minimizes downtime and ensures planned cost savings are realized. A stationary robot incurs costs instead of reducing them. The Cockpit also provides detailed analysis of utilization and efficiency. Operations managers can see how many kilometers a robot has traveled and how many staff work hours it has replaced. This data is essential for reporting and continuous process optimization. This transparency is the prerequisite for turning automation from an experiment into a permanent part of operational value creation.

werob's commercial model differs fundamentally from traditional purchase or lease models. werob follows an outcome-only approach. This means operators incur no costs before the solution is in productive use. This model is designed to minimize barriers to entry into automation. At a time when budgets are strictly controlled, this provides maximum financial security. There are no hidden fees for specification creation or hardware selection.

Compensation is based on delivered performance or achieved results. This ensures werob as a system integrator has a direct interest in the project's long-term success. If the robot doesn't run, werob doesn't earn money. This incentive mechanism leads to significantly higher quality in implementation and ongoing operations. Operators don't have to deal with complex price lists from various OEM partners. werob bundles costs for hardware, software integration, maintenance, and compliance in a transparent model. This greatly simplifies ROI calculation.

Speed is a critical factor in addressing labor shortages. werob promises a clear timeline: 48 hours to finished specification, five days to binding offer, and eight weeks to productive robot deployment on-site. This process begins with an eight-step onboarding intake where the facility's specific requirements are gathered. This includes details on shift schedules, infrastructure, and desired interfaces.

Once the specification is created by the Spec Engine, supplier matching occurs from the catalog of 44+ OEMs. The selection is hardware-agnostic, meaning werob always chooses the objectively best solution for the use case. Following placement of the order, technical integration occurs via werob Connectors. Since these integrations are already pre-built, lengthy software development projects are eliminated. Within two months, the system is live and monitored through the werob Cockpit. This rapid rollout enables companies to promptly respond to rising personnel costs and labor shortages. While competitors are often still in the planning phase, werob customers are already realizing initial savings.