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Streaming-First Infrastructure for Real-Time Machine Learning

Streaming-First Infrastructure for Real-Time Machine Learning

This article discusses the benefits of a streaming-first infrastructure for real-time machine learning, including:

  • fast responses,
  • continual learning,
  • and adapting to changes in data distributions in production.
Online prediction can be improved through a real-time pipeline, and event-driven microservices architecture is a good choice for continual learning. In-memory storage and real-time transport stream processing can handle streaming data. A unified approach to batch and stream processing can help avoid common production problems.

The article also explores the advantages of request-driven event-driven architecture and monitoring for continual learning. The iteration cycle should be order minutes, and there are great cases for continual learning, including recommendation systems. Finally, the article discusses barriers to streaming-first infrastructure and how it can be the future of real-time machine learning.


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The FAUN watches over the forest of developers. It roams between Kubernetes clusters, code caves, AI trails, and cloud canopies, gathering the signals that matter and clearing out the noise.
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