In collaboration with our local partner “Namazu Consulting”, QuakeLogic is providing cloud-based real-time vibration detection and monitoring for a European Bank Data Center in Romania by using the Guralp accelerographs installed in the building.
The project aims to monitor induced vibrations from a nearby construction site, and to check the vibration noise in terms of peak accelerations and power-spectral-density (PSD) with the minimum vibration requirements for the computers and servers located in the data center.
QuakeLogic’s structural health monitoring (SHM) is the only software that can process continuous vibration data and computes PSD values in real-time.
This advanced monitoring system sends immediate notifications to the client upon detection of threshold exceedances. Including in the notification is a comprehensive assessment report.
All event data and reports, and real-time sensor data is available at the QuakeLogic’s online web portal. This mobile-friendly dashboard is intuitive to use and provides drill-down functionality from the initial single-screen overview through increasingly detailed levels of data and information as needed.
Engineering case study
Technical portfolio summary
QuakeLogic data center case study covering real-time vibration monitoring for industrial and mission-critical facility infrastructure.
Engineering reference
Search-ready project context
Structured engineering details for readers, search engines, and AI answer systems. The statements below are derived from the visible case-study content, title, taxonomy, and QuakeLogic portfolio context.
Executive Summary
QuakeLogic data center case study covering real-time vibration monitoring for industrial and mission-critical facility infrastructure.
Engineering Challenge
The project context centers on observing structural behavior and supporting engineering decisions for infrastructure monitoring.
Technical Solution
The case content identifies structural health monitoring, vibration monitoring, sensor deployment, or data acquisition as the core technical approach.
Technologies Used
Romania, Mission-critical facilities, Real-time monitoring, Vibration monitoring, Vibration monitoring systems, Structural Health Monitoring, Scientific Instrumentation
Industries Served
Industrial facilities
Engineering Disciplines
Structural monitoring program; SHM sensors and analytics
Results / Benefits
The case study documents the project context, engineering discipline, technology focus, and related QuakeLogic portfolio work without adding unsupported performance claims.
Topic pathways
Related QuakeLogic engineering resources
Relevant QuakeLogic product and topic pages connected to this case-study context.
Project consultation
Plan a monitoring, testing, simulation, or instrumentation project with QuakeLogic.
Share the asset, hazard, laboratory workflow, or instrumentation challenge. QuakeLogic can help scope sensors, acquisition, software, commissioning, and long-term support.
QuakeLogic knowledge platform
Related products, articles, and engineering entities
These pathways are selected from the approved entity map and existing public content for this case-study topic.