How Robotics and AI Are Transforming Perimeter Security for Industrial Sites

Filderstadt, Germany - May 29, 2026

The industrial security sector is undergoing a transformation across Europe. Rising labor costs, new regulatory requirements, and growing security demands in the critical infrastructure sector are forcing companies to reevaluate their physical security strategies. Autonomous robotics and AI-powered surveillance systems are increasingly evolving from pilot projects into real-world operational solutions.

BOSWAU + KNAUER, a German industrial company with roots dating back to the 19th century, is positioning itself within this trend with autonomous security technologies for industrial and infrastructure applications. The company focuses on AI-powered surveillance systems, autonomous patrol robotics, and mobile perimeter protection solutions for industrial sites, logistics locations, and operators of critical infrastructure.

Industrial companies in Germany and Europe are increasingly facing the challenge of maintaining continuous physical security coverage. Staff shortages in the security industry, as well as rising operating costs, are putting pressure on traditional security models. Operators are therefore increasingly seeking technologies that can provide scalable and sustainable support for security structures.

At the same time, regulatory developments surrounding resilience and the protection of critical infrastructure are driving interest in modern surveillance technologies. Operators in the logistics, manufacturing, energy supply, warehousing, and construction sectors, in particular, are facing increasing demands for security and operational continuity.

BOSWAU + KNAUER believes that the future of perimeter security will be based on a combination of human monitoring and autonomous systems capable of operating around the clock. Robotics and artificial intelligence are intended to complement existing security structures and support them through automated patrols, real-time alerts, and intelligent event detection.

"Industrial operators are increasingly seeking security solutions that enable continuous situational awareness across large areas," the company explains. "Autonomous technologies make it possible to design surveillance processes that are both more efficient and scalable."

Modern autonomous surveillance systems combine various technologies such as AI-powered image analysis, thermal imaging, LiDAR navigation, motion detection, and autonomous mobility. The systems can autonomously monitor defined routes, detect unusual activities, control sensitive areas, and notify operators in real time.

For industrial operators, scalability in particular is becoming a decisive advantage. Large industrial sites often require security coverage that is difficult to implement economically using personnel alone. Autonomous systems support central control centers and provide continuous operational visibility across critical areas.

The discussion surrounding technological sovereignty in Europe is also gaining increasing importance within the security industry. Many companies are paying closer attention to issues such as cybersecurity, data control, system stability, and European technology infrastructure when selecting long-term security solutions.

BOSWAU + KNAUER views autonomous security technologies as an increasingly important component of modern industrial infrastructure. With the ongoing networking of industrial facilities and growing security requirements, robotics and AI will play a greater role in the future in protecting facilities, personnel, and operational continuity.

https://boswau-knauer.de/

BOSWAU + KNAUER GmbH
Raiffeisenstrasse 4
70794 Filderstadt
Germany

BOSWAU + KNAUER is a German industrial company headquartered in Filderstadt. The company develops autonomous security and surveillance solutions for industry, logistics, and critical infrastructure. Its focus is on AI-powered robotics, mobile perimeter security, and modern security technology for industrial applications.

This release was published on openPR.