ThyssenKrupp Elevator slashes downtime with predictive maintenance
ThyssenKrupp Elevator implemented AI-powered predictive maintenance to significantly reduce elevator downtime across their global fleet. By leveraging Azure IoT sensors, data were collected on vibration, temperature, and pressure. These data streams were processed via Azure Data Lake and analyzed using Azure Machine Learning to detect anomalies and predict faults before they occurred. When issues arose, Dynamics 365 Field Service was triggered to automate maintenance tasks and coordinate technician dispatch. Power BI provided real-time visibility for operational teams while Copilot streamlined piloting and team adoption. The initiative helped ThyssenKrupp move maintenance from a reactive to a proactive approach, extending equipment lifespans, optimizing resources, and lowering operational costs. Supported by AlfaPeople, the solution is robust and ready to scale across similar industrial deployments. This transformation enabled up to 50% reduction in elevator downtime, improved cost-efficiency, and greatly increased reliability. The process involves close integration between AI analytics and field service automation, allowing proactive identification and resolution of faults, supporting uninterrupted business operations.
- Organization
- ThyssenKrupp Elevator
- Industry
- Manufacturing
- Location
- Germany
- Published
- June 2025
Reported outcomes
−50%
timeTime & speed
Strategic outcomes
Catalog median for time & speed deployments: −60% across 727 reported metrics. Compare benchmarks →
Primary read
Use case focus
Showing 1 of 1
- 1Predictive Maintenance for Industrial Equipment
- Frequent unexpected elevator failures causing unplanned downtime and delayed service.
- High repair costs due to reactive maintenance.
- Customer trust and satisfaction impacted by unreliable elevator systems.
- Difficulty optimizing and predicting service schedules.
- Implemented predictive maintenance using Azure IoT sensor data.
- Analyzed machine health indicators with Azure Machine Learning for early anomaly detection.
- Automated issue response and service order creation via Dynamics 365 Field Service.
- Used Power BI for real-time visibility into maintenance and operations.
- Adopted Copilot for streamlined pilot deployment and support.
- Partnered with AlfaPeople for fast-track setup and scaling.
- Reduced elevator downtime by up to 50%.
- Optimized resources and reduced maintenance costs.
- Extended equipment lifespan through proactive interventions.
- Enhanced customer trust and satisfaction by achieving higher reliability.
Architecture
Sensors monitor elevator conditions and send data to Azure Data Lake. Azure Machine Learning analyzes data for anomalies. Detected issues trigger automated maintenance tasks in Dynamics 365 Field Service, coordinated by Copilot and visualized via Power BI.
Implementation partners1
Sources & evidence1
AI-generated summary. Verify important details with the linked sources before relying on this case.
Explore related AI use cases
Was this useful?