HBK launches AI-enabled structural monitoring platform

Hottinger Brüel & Kjær has launched HBK Monitor360, an AI-enabled smart monitoring platform designed to provide real-time structural health insights for critical infrastructure and industrial operations.

The physics-informed platform converts high-fidelity sensor data into operational insights for owners and operators of data centers, semiconductor manufacturing facilities and other AI infrastructure. It also supports monitoring for power generation facilities, bridges and rail networks.

As AI infrastructure expands and operational demands increase, periodic inspections may not provide enough visibility into asset condition or operating risk. In data centers and semiconductor manufacturing environments, unplanned disruption can create financial and operational impacts.

HBK Monitor360 supports continuous condition monitoring and predictive maintenance using sensor technology, edge computing and AI-supported analytics. The platform provides real-time dashboards with historical context, allowing live signals to be compared with long-term operational baselines for anomaly detection. This supports condition-based and predictive maintenance for infrastructure such as data centers, bridges and rail systems.

HBK Monitor360 uses a physics-informed AI approach based on HBK’s engineering and sensor technology experience. The platform integrates multi-sensor data, including strain, vibration, temperature and displacement, with AI-driven analytics to learn normal machine behavior and identify anomalies.

The platform is designed to integrate with existing monitoring ecosystems, including operational technology and asset management systems. It supports scalable deployment without requiring users to replace existing systems.

For more information, visit hbkworld.com.

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