Guard Robots: Autonomous Security and Operational Integration

The use of guard robots in modern security architecture is not a question of enthusiasm for technology, but rather a business necessity. In logistics and plant security, operators are faced with the challenge of seamlessly monitoring large areas, while qualified personnel are difficult to find and expensive. An autonomous guard robot takes on repetitive patrols that are tiring and inefficient for human security forces. The numbers speak for themselves: an automated yard patrol leads to a cost reduction of €68,000 per location and year. In the retail sector, the savings are around €58,000 per year.

This relief does not come from simply replacing staff, but from increasing operational density. While it takes a significant amount of time for a security guard to walk around an 18-acre site, robots can operate continuously without breaks. werob not only supplies the hardware for this, but also the entire operational level. By integrating with systems like Genetec, incidents are immediately categorized and transmitted to the control center. The robot acts as a mobile sensor that detects thermal anomalies, unauthorized people or open gates before damage occurs. This transforms security from a reactive to a proactive discipline.

A crucial mistake when implementing robotics is the so-called vendor lock-in. Many providers lock customers into a specific model that often does not meet all of the site's requirements. werob takes a different approach: we are hardware-agnostic. Our catalog includes over 44 OEM partners and more than 280 different robot models that can be maneuvered for different terrains and tasks. The supplier match ranking decides whether a wheel-driven robot from Robotnik is the right choice for flat surfaces or a four-legged robot like the ANYbotics or Boston Dynamics Spot for rough terrain.

Within 48 hours, our spec engine translates your requirements into a technical specification. Factors such as ground conditions, slopes, radio coverage and climatic conditions are taken into account. A logistics yard in Northern Germany has different requirements for the IP protection class than a climate-controlled retail area. By comparing 44+ OEMs, we ensure you get the most powerful hardware for your specific use case. werob is not a reseller of a single manufacturer, but rather the integrator that embeds the best hardware into your existing process. This guarantees flexibility and future security, as the fleet can be expanded to include new models at any time without changing the software infrastructure.

A guard robot that operates in isolation from the rest of the security infrastructure is just an expensive toy. The real value comes from connectivity. werob offers ready-made connectors into the operator stack, especially for Genetec and SAP EWM. This integration allows the robot to not only deliver images, but generate active data points in your existing Video Management System (VMS) or Warehouse Management System (WMS). If a robot detects an anomaly, this incident is automatically logged in Genetec, provided with GPS coordinates and displayed on the dashboard for the responsible personnel.

In logistics, the connection to SAP EWM enables synchronization between goods movement and security. For example, the robot can check whether gates have been closed correctly after loading or whether there are obstacles in the paths. This automated documentation is invaluable for audits and proof of insurance. Instead of manual reports, the system provides a complete, digital audit trail. At werob, the implementation of these interfaces is not carried out as a lengthy IT project, but rather via standardized connectors, which shortens the time until productive use to eight weeks. This is the crucial difference between a pilot project and a scalable operational solution.

The legal landscape for autonomous systems in Europe is tightening. A critical factor for every operator is the EU Machinery Regulation 2023/1230, which will become binding from January 20, 2027. This regulation places high demands on conformity assessment, especially for robots that operate in close proximity to people. werob offers the necessary compliance path here. We ensure that all systems used, including those from non-European OEMs, meet the strict requirements. Without this certification, operators risk losing their operating license and significant liability risks after the deadline.

In addition, security robots in the DACH region must meet the requirements of the Security Ordinance (BewachVO). This concerns, among other things, data storage and privacy protection in accordance with the GDPR. Since guard robots are equipped with cameras and sensors, precise configuration of the surveillance areas and the anonymization of third-party data are essential. Cybersecurity also plays a central role. werob implements standards according to IEC 62443 to protect networked robot fleets against unauthorized access. Our platform takes care of the regulatory management in the background, so that the operator can rely on the operational results without having to fear legal pitfalls.

Traditional investments in robotics often fail due to high upfront costs and uncertain payback periods. werob breaks this model with an outcome-only approach. What this means for you is that you only pay when the robot is in productive use and completes the defined tasks. There are no hidden list prices or expensive discovery periods. Our goal is measurable cost relief. For a logistics location with annual savings of €136,000 through scaled robot fleets, the integration pays for itself in the first year.

This model shifts the risk from the operator to the integrator. Since werob is responsible for operations and live management, we have a direct interest in the maximum uptime of the systems. The werob Cockpit monitors the fleet in real time via a four-dimensional traffic light system: hardware status, infrastructure stability, regulatory compliance and specification fulfillment. If a robot fails or connectivity is interrupted, our support intervenes immediately. This full-service approach enables companies to manage robotics as an operating expense (OPEX) instead of as a capital expense (CAPEX), which massively lowers the hurdles for large-scale introduction.

The requirements for guard robots vary greatly depending on the vertical market. In logistics, the focus is on perimeter protection and monitoring large outdoor areas. Robustness, weatherproofness and a long battery life are crucial here. A typical scenario is yard patrol, in which the robot follows predefined routes and uses thermal imaging cameras to detect potential sources of fire or unauthorized persons. The cost reduction of €68,000 per year results primarily from the reduction in false alarms and the saving of nightly patrols by staff.

In the retail sector, however, the focus is on loss prevention and security during opening hours. Here, robots need to be more agile and be able to navigate safely between customers. Integration into the VMS is particularly critical here to report shoplifting or suspicious behavior in real time. With a cost reduction of €58,000 per year, use in large retail spaces offers an attractive return. The following table illustrates the differences:

Speed ​​is a core promise of werob. While traditional consulting firms often need months to analyze and create a concept, we deliver a ready-to-use specification within 48 hours. Our process is designed for efficiency: After your requirements are first recorded by the Spec Engine, a concrete offer is made within five days. Once the decision is made, it only takes eight weeks for the first robot to patrol your property. This period includes the procurement, configuration of the connectors and regulatory acceptance.

This is made possible by our extensive database of over 35,000 projects, on which our AI-supported Spec Engine was trained. We know in advance what challenges can arise at a logistics location or in a hotel and have the right solutions ready. The rollout will take place gradually, with the werob Cockpit offering full transparency from day one. You can see exactly which areas are covered and how high the operational availability of your fleet is. This structured approach minimizes the burden on your internal IT and security staff by taking on all the technical complexity.

The development in robotics does not stop at wheel or four-legged systems. werob is already integrating the first humanoid robots into pilot projects, such as in a nursing facility in Hamburg. Humanoid robots from partners such as Apptronik, Figure AI or Tesla (Optimus) open up completely new possibilities for the security sector. These systems can open doors, operate elevators and perform tasks that previously required human motor skills. Even though the widespread use of humanoids in security is still in its early stages, the werob platform is paving the way for this technology.

Thanks to the hardware-agnostic architecture, operators can start with proven systems today and later seamlessly upgrade to humanoid models as soon as they reach the necessary market maturity. The intelligence is not just in the robot itself, but in the orchestration by the werob cockpit. This is where the data streams come together and are analyzed by AI models to recognize patterns that go beyond simple motion detection. The combination of advanced hardware and a strong integration layer is the key to a future-proof security strategy that both reduces costs and increases protection.

What tasks does a security robot perform in logistics? A security robot carries out autonomous patrols, monitors fences for damage, detects unauthorized people using AI image analysis and checks thermal signatures for early fire detection. It also documents the condition of gates and loading stations directly in systems such as SAP EWM.

How is a guard robot integrated into existing VMS systems? werob uses prefabricated connectors to integrate robots as mobile cameras and sensors into systems such as Genetec. This means that alarms and video streams from the robot appear directly on the control center monitors without the need to operate separate software.

What will change as a result of the EU Machinery Regulation 2023/1230? From January 2027, all robots will have to undergo stricter safety and conformity assessments. werob ensures that the systems used meet these standards, which is a complex hurdle, especially when importing from non-European manufacturers.

What cost savings does a guard robot offer per location? In logistics, the verified cost reduction is around €68,000 per year for a yard patrol. In the retail sector, automated monitoring can save around €58,000 annually, primarily by reducing staff hours at night and on weekends.