• AnyViz
  • Overview
    • Concept
    • System constellations
    • OEM Cloud Instance
    • VPN Cloud Access
    • Security
  • Use Cases
    • IIoT
    • Industry 4.0
    • Cloud HMI
    • Energy Management
    • Building Automation
    • Water supply
    • Machine to Machine (M2M)
    • Remote Monitoring
    • Energy Monitoring
    • Wastewater treatment
    • Smart Grid
  • Connectivity
    • Cloud Adapter
    • Getting started
    • IoT Gateway
  • FAQ
  • Features
enEN
deDE
AnyViz Portal
en
de
Portal

Machine learning based anomaly detection in the cloud

3 years ago
Automation, New features
Cloud Anomaly Detection

Monitoring tags via limits or condition monitoring is not always sufficient. Machine learning-based anomaly detection is much more flexible and powerful.

“Show me your past and I’ll tell you who you are” – this could be the maxim of Machine Learning algorithms. Unlike simple limit value monitoring, history and, above all, tendency play a major role in machine learning-based anomaly detection. Thus, one and the same value can mean a completely plausible value in one case and an anomaly in the other.

Anomaly detection with a few clicks in the cloud

With just a few clicks, the anomaly detection of a tag can be activated. A prerequisite for activation is recorded data in the cloud so that the AI algorithm is able to identify patterns and regularities. The data does not have to be evaluated in advance and can be processed without further intervention. This is also referred to as unsupervised machine learning.

The configuration is very simple: Only the sensitivity has to be set – the rest is done by the machine learning service in the cloud. If an existing anomaly is not detected, the sensitivity can be increased. A graphical display visualizes the results of the algorithm during configuration, enabling quick monitoring.

SPS - Anomalieerkennung

Once the anomaly detection has been set up, all anomalies found are automatically displayed in already configured diagrams. The diagram is also the tool of choice – often the problem does not show up at the value that led to the anomaly, but in the course of the curve before.

Live monitoring

A logical tag is created for each activated anomaly detection. Depending on whether the value of the tag is active or inactive, an anomaly is currently present. The tag can be monitored via alerting and users can be notified via email, push notification, SMS or voice call.

The detection of anomalies has primarily an informative character. No automated action is performed. Ultimately, the user of the cloud project decides whether there is actually a need for action or not. The goal is to be able to bring about the decision as quickly as possible.

Currently, the Machine Learning service of AnyViz Cloud is still in testing phase. Feel free to contact us if you want to learn more about it or try out the AI feature in your cloud project.

Previous Post
Universal Cloud Adapter available in PLCnext Store
Next Post
AnyViz celebrates fifth anniversary

Latest posts

  • AnyViz Universal Cloud Adapter 2.1: Now with Lua scripting for local logic and data preprocessing
  • Universal Cloud Adapter Version 2.0 Released
  • Efficient load management and monitoring of charging stations with OCPP
  • Direct integration of LoRaWAN sensors into the AnyViz Cloud
  • SunSpec protocol for connecting inverters, meters and storage systems

Archive

  • 2025 (2)
  • 2024 (3)
  • 2023 (2)
  • 2022 (5)
  • 2021 (5)
  • 2020 (1)
  • 2019 (1)
  • 2018 (3)
  • 2017 (1)

Categories

  • Automation (15)
  • IoT Gateway (5)
  • New features (10)
  • News (1)
  • Uncategorized (1)

Mirasoft Logo

© 2025 AnyViz
Made with by Mirasoft

AnyViz

Blog
References
Online Help
Changelog
Media
Legal Information
Privacy Statement
Terms

Topics

Getting started
Connectivity
Concept
System constellations
OEM Cloud Instance
VPN Cloud Access
Features
Security

Contact

+49 (0) 9351 9793 320

info@anyviz.io

X
YouTube
LinkedIn
Xing
RSS