LLM Observability: What to Log and Trace in Production AI Features
Quick answer: log every LLM call as a trace with the prompt version, model and parameters, redacted inputs and outputs, retrieved document IDs, tool calls,...
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Quick answer: log every LLM call as a trace with the prompt version, model and parameters, redacted inputs and outputs, retrieved document IDs, tool calls,...
Quick answer: start with prompting, because it is the cheapest to try. Use retrieval-augmented generation when answers depend on private, fresh, or frequently...
Quick answer: every model has a limited context window, and long conversations eventually exceed it or become expensive. Set a token budget for each part of...
Quick answer: vectors produced by different embedding models, or different versions of one model, live in different spaces and cannot be compared. Store the...
Quick answer: for most LLM chat interfaces, Server-Sent Events are the simpler choice. They stream text one way over plain HTTP, reconnect automatically, and...
Quick answer: there is no universal best chunk size. Small chunks retrieve precise passages but lose surrounding context, while large chunks keep context but...
Quick answer: treat prompts like code. Store them in version control, give each one a version identifier, and run a fixed regression test set against every...
Direct answer: Prompt changes can alter extraction or tool decisions without source code modifications. Production decisions about llm prompt drift monitoring...
Direct answer: Top-ranked passages may all repeat material from one source. Production decisions about rag context packing diversity should be guided by...