AI-supported anomaly detection for your production
The intelligent analysis of curve progressions and time series detects even the smallest deviations at an early stage and creates more quality, efficiency and process reliability in your production.
In many industries, the precise recording and evaluation of curve values is crucial. However, traditional methods are often only based on the last measured values, which leads to an incomplete analysis.
Without a holistic view of the time series, deviations from the standard can remain undetected, which can impair product quality and lead to failures.
Manual and inadequate analysis procedures lead to time-consuming processes and wasted resources. This impairs the efficiency and competitiveness of your production.
Our solution
Detect anomalies,
before errors occur
The AI-supported analysis not only recognizes conspicuous curves, but also identifies anomalies, trends and critical changes in the process at an early stage. This allows quality problems to be avoided, causes to be identified more quickly and manufacturing processes to be improved in a targeted manner.
Fewer production downtimes, less rework and faster root cause analysis reduce follow-up costs in operation.
What our customers say
Frequently asked questions
AI-supported anomaly detection automatically analyzes curve progressions and time series and detects deviations that often remain undetected with conventional testing methods. This allows problems to be identified at an early stage before they affect quality or process stability.
Traditional methods often only look at individual measuring points or end values. AI-supported anomaly detection, on the other hand, analyzes the entire curve. This also reveals subtle patterns, trends and anomalies that would otherwise remain hidden.
The holistic analysis creates more transparency about your processes, detects deviations earlier and improves the basis for well-founded decisions. This helps to reduce errors, stabilize processes and ensure sustainable product quality.
Curves and time series data from industrial manufacturing processes can be analyzed. This includes, for example, process data from screwdriving processes, test sequences or other quality-relevant applications.
The solution is suitable for industries with high quality and process reliability requirements, such as automotive, mechanical engineering, rail, aerospace and medical technology.
Deviations are detected at an early stage before they result in rejects, rework or failures. This means that quality is not only checked at the end, but actively assured during the ongoing process.
Get the most out of your production
Reduce errors, increase efficiency, and ensure lasting quality.
