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LLMOps

As explained in The Art of AI Product Development

LLMOps is the set of operational practices and automation specialized for deploying, monitoring, maintaining, and updating large language model systems.

A language-model feature rarely ends when its first prompt works. LLMOps turns prompt experiments, model changes, evaluation, monitoring, and updates into a controlled operating loop that supports faster iteration without sacrificing safety or user trust. section 5.4.5 section 6.4.2

A practical LLMOps workflow combines:

  • Versioning prompts so each change is traceable and reversible rather than overwriting working behavior. section 6.4.2
  • Automating data monitoring, error tracking, evaluation, and model updates to shorten feedback cycles. section 5.4.5
  • Evaluating outputs for safety and quality with standardized benchmarks and custom metrics tied to user needs. section 6.4.2 section 5.4.5
  • Optimizing cost and performance through prompt compression, automated prompt tuning, and selective investigation of newer techniques. section 6.4.2 section 5.4.5

A safer prompt iteration loop

Alex’s team uses a graphical prompt tool so technical and nontechnical colleagues can collaborate, stores every prompt revision in version control, and rolls back changes when evaluation exposes regressions. As usage grows, the team compresses context to reduce token consumption and considers testing prompts directly in the application. section 6.4.2

How The Art of AI Product Development covers it

How deep it goes
Details prompt versioning, rollback, evaluation, compression, and tuning, but does not provide implementation code or operational runbooks.
Examples
Uses prompt version control, graphical collaboration tools, prompt compression, automated tuning, and custom evaluation metrics.
What it assumes
Assumes language-model selection, evaluation, customization, and deployment workflows, while emphasizing automation for ongoing optimization.
What you can do after
Operate language-model workflows by automating monitoring, evaluation, error tracking, prompt management, and model updates.
How it connects
Connects prompt engineering, MLOps, prompt optimization, model evaluation, and parameter-efficient fine-tuning.

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