Generative AI Core
Building Quality Generative AI Capabilities
GENERATION MATURITY LADDER
G0 → G5 with the diagnostic build path — each step escalates only on demonstrated failure of the previous one.
G2–G4 are branches, not rungs — compose by need; many systems need RAG and never need function calling.
GROUNDING SPECTRUM
Factuality Axis — From Creative Generation to Verified Claims
Free-form creative generation
Cites sources inline
Refuses when unsure
Every claim fact-checked
Citation-check vs. retrieval + judge-model verification + human spot-audit · adds latency & cost
CAPABILITY REFERENCE
The 11 pillars that implement every G-tier · Click any tile for component details
Use Cases
GenAI Use Case Patterns
Knowledge & Context
Prompt Engineering
Input/Output
Response Quality
Evaluation & Testing
Model Orchestration
Human-AI Interaction
Safety & Guardrails
GenAI Operations
Fine-Tuning
Outputs
RAG DEEP DIVE — FROM NAIVE TO ADVANCED
Where most GenAI projects actually fail · Escalate only when the previous tier can't explain the failure
ANTI-PATTERNS TO AVOID
Common mistakes that make generative systems hallucinate, drift, or burn cash
Fine-tuning when a better prompt would have worked
→ Exhaust prompt engineering first
Shipping retrieval with no golden dataset
→ Define eval data before retrieval code
Temperature 1.0 on factual queries
→ Low temp for facts, high for creative
Reaching for a bigger model to fix a prompt issue
→ Diagnose: prompt, context, or model?
No LLM-as-judge or human eval pre-production
→ Build an eval harness before shipping
Giant system prompt with conflicting instructions
→ Decompose: one prompt, one job
Top-k dumped straight into context, no rerank
→ Always add a reranker above naive RAG
No refusal behavior — model confidently makes things up
→ Teach the system to say “I don’t know”
RAG corpus never refreshed after launch
→ Treat index freshness as a first-class metric