Machine learning observability essentials (webinar)

Learn ML monitoring, anomaly detection, and data-driven retraining practices that help teams detect drift and maintain reliable model performance.

What's in this video

  • This webinar records the earlier SUPERWISE ML observability product.
  • It explains monitoring and anomaly detection for machine learning systems.
  • The session covers drift signals and data-driven retraining practices.

Frequently asked questions

Topics from this video and why governed AI matters.

Why is model observability hard at scale?
Model monitoring spans technical gaps (ML researchers vs production services), operational gaps (pipelines, tools, ownership), and organizational gaps (data scientists, engineers, product, business). SUPERWISE gives you one platform to surface incidents and govern tens or hundreds of models.
What does machine learning model observability include?
Model observability typically includes data drift (input distribution changes), model performance (accuracy, latency, throughput), and concept drift (feature–target relationship changes). SUPERWISE gives you monitoring, dashboards, and policies so you catch decay before it impacts users and improve AI in production at scale. See docs.superwise.ai.
Why do data scientists need model observability?
Data scientists focus on EDA and model development and can have less exposure to production services. Observability bridges that gap so they see how models behave in production, when to retrain, and who owns which part. Governed AI requires that visibility.
Why is governed AI essential for production ML?
Ungoverned models in production create risk and blind spots. SUPERWISE combines monitoring, dashboards, and policies so ML engineers and business units get a single place to control and improve AI at scale.

Duration37:32
UploadedOctober 3, 2025
Categorywebinar