Structured Outputs and JSON Mode: Reliable LLM Data
Learn how structured outputs and JSON mode make LLM responses reliable and parseable, with schema design, validation, and cost-aware implementation tips.
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Learn how structured outputs and JSON mode make LLM responses reliable and parseable, with schema design, validation, and cost-aware implementation tips.
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Learn how to evaluate LLM outputs with automated evals, LLM-as-judge patterns, and metrics that catch regressions before users do.
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Learn how LLM quantization works: INT8 and INT4 precision, memory savings, speed trade-offs, and how much quality you lose when compressing model weights.
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Learn how to run LLMs on your own machine: GPU and VRAM requirements, quantization formats, and practical sizing rules for local inference.
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Understand why LLMs hallucinate, from tokenization to alignment, and learn practical techniques to reduce made-up answers in your AI applications.
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Learn how prompt injection attacks compromise LLM applications, from direct jailbreaks to indirect data poisoning, and the defenses that actually work.
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Compare RAG and fine-tuning on cost, latency, and accuracy. Work through the actual math to pick the right approach for your LLM use case.
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Learn what MCP (Model Context Protocol) is, how it connects LLMs to tools and data, and why it standardizes context for AI applications.
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Reasoning models spend extra thinking tokens before answering. Learn how hidden token costs affect latency and pricing, and how to estimate them before you ship.
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Learn when batch APIs cut LLM costs by 50% versus real-time APIs, how async throughput changes latency tradeoffs, and how to estimate savings per workload.
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Understand how context windows and KV-cache make long prompts expensive, and why a 1M-token window still costs real memory, latency, and money.
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Learn how prompt caching reuses repeated prompt prefixes to cut LLM API costs by up to 90% and reduce latency, with practical setup and cost examples.
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