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9.2 Generative AI Integration

Generative AI integration covers LLMs, embeddings, retrieval-augmented generation (RAG), agent frameworks, and the operational concerns of cost, latency, and prompt governance.

9.2 Generative AI Integration

Three integration patterns

PatternBehaviour
Direct APIPrompt to model; immediate answer
Retrieval-AugmentedRetrieve relevant docs first; ground the prompt
AgenticModel uses tools (search, db, API) to complete

Retrieval-Augmented Generation (RAG) flow

User query Embed query Vector search Top-k chunks Build prompt LLM Answer chunks Figure 9.2 - RAG: retrieve top-k chunks; ground the prompt; return cited answer.

Key model families

FamilyExamples
CommercialGPT (OpenAI), Claude (Anthropic), Gemini
Open weightsLlama, Mistral, Qwen, Gemma
ImageStable Diffusion, FLUX
SpeechWhisper, gpt-realtime

Operational concerns

ConcernPractice
CostCache aggressively; track input+output tokens
LatencyStreaming for perceived performance
PrivacyNo PII in third-party prompts unsafe
HallucinationGround every assertion; require citations
VersioningLock model versions; test before upgrade
EvaluationGolden set + regression + qualitative review

Risks for the enterprise

RiskMitigation
Confidential data leakPrompt PII filter + private models
Copyright exposureProvenance tagging on generated content
Authority biasUX states 'AI-generated; verify'
Cost surprisesPer-team quota + usage alerting
Vendor lock-inAbstract via gateway; portable prompts
Mentor’s tip: GenAI = direct API + RAG + agents. Treat retrieved chunks as primary; never let the model invent facts. Token cost, prompt PII, and silent model upgrades are the three operational traps to control.

Test yourself

Q1. RAG stands for:
Q2. A vector database is used to:
Q3. A prompt-injection attack targets:
Q4. Fine-tuning is preferred over prompting when:
Q5. A hallucination happens when the LLM:

Discussion

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