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Read articleWhat MLOps is, why an AI model does not end when trained, and how this discipline ensures AI keeps working well in production.

Many AI initiatives die after the demo: the model worked in the lab, everyone applauded, and six months later nobody knows if it still works well. The reason is nobody planned how to keep it running in the real world. MLOps is the discipline that prevents that ending.
MLOps (from "Machine Learning" and "Operations") is the set of practices to deploy, monitor, maintain and update AI models in production reliably and continuously. It is to AI what operations practices are to any critical system.
Unlike traditional software, an AI model degrades over time: the world changes and the patterns it was trained on stop reflecting reality (called "drift"). Without monitoring and retraining, a model that worked ends up giving ever-worse predictions unnoticed, until the decisions it supports start to fail.
MLOps turns an AI experiment into a reliable, sustainable capability. For the business, it means the AI relied on for decisions stays accurate over time. In a managed service, these practices are part of the operation, so the client gets AI that is maintained, not just trained once and abandoned.
An AI model does not end when trained: it degrades, and without maintenance its predictions worsen unnoticed.
MLOps are the practices to deploy, monitor, maintain and update AI models in production. They matter because a model degrades over time and, without maintenance, its predictions worsen silently. MLOps is to AI what operations are to any critical system — turning a flashy experiment into a sustainable capability.
The set of practices to deploy, monitor, maintain and update AI models in production reliably and continuously.
Because it degrades over time (drift): the world changes and the patterns it was trained on stop reflecting reality, worsening its predictions.
It ensures the AI relied on for decisions stays accurate over time, turning an experiment into a sustainable capability.
The degradation a model suffers when the world changes and its training patterns no longer reflect reality, worsening predictions.
The model’s production lifecycle: controlled deployment, monitoring, drift detection, retraining and governance (versioning, traceability).
Because nobody planned how to maintain the model in production. Without MLOps it degrades and stops being reliable, even if it worked in the lab.
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