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rag-wiki

LLM Wiki

An LLM reads the corpus and discovers its topics, writing a synthetic wiki article per topic. Queries match against article embeddings by cosine similarity, and answers are synthesized from whole articles rather than fragments — knowledge that compounds as documents are added.

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Interactive Architecture diagram
TOPIC CLUSTERING & SYNTHESISWIKI STORAGE (WIKI/)QUERY MATCHING & GENERATIONClusterWriteEmbedEmbedMatchSelect ArticleSynthesize
Diagnostics Dashboard

Stage-by-Stage Data Flow Explorer

Select a phase from the controller below, then click individual step nodes to view their technical role, inputs, outputs, and mockup diagnostics data stream.

Phase Summary:

Ingestion

The LLM clusters the corpus into topics and authors an article for each one.

Click a Node to Inspect:
[ROLE]:Reads source documents from files, repositories, or URLs, parsing the binary content and encoding it into standard, clean UTF-8 text passages.
[TECH STACK]:PyPDF2 / Docx2txt / LangChain WebBaseLoader / PDFPlumber
[INPUT]:Raw binary data stream (PDF, DOCX, TXT, HTML, JSON)
[OUTPUT]:Normalized string representing document plaintext content with structure metadata
[RAW DATA STREAM]:
> INGEST_STREAM: "financial_report_2026.pdf" (Size: 2.4 MB)
> DECODING_META: { mime: "application/pdf", pages: 12 }
> READOUT: "Ragiment Corp Annual Report 2026. EBITDA grew 18% to $4.6M. Product lines expanded by..."

Best suited for

Static, knowledge-dense corpora queried many times — build once, query forever.

Corpus
Static · technical
Queries
Conceptual
Infra
Vector DB + LLM build
Latency
Low at query time

Complexity

Moderate–high

A costly LLM build step — topic discovery plus an article synthesized per topic — layered on top of a standard vector pipeline.

Relevance today

A newer, opinionated pattern (inspired by Karpathy's “LLM wiki” idea) — niche today, but compelling for static, knowledge-dense corpora.

Where it's used

Onboarding & training

Synthesized topic articles give newcomers coherent, readable knowledge.

Documentation portals

Serve whole-topic pages instead of scattered fragments.

Long-lived research corpora

Knowledge compounds and improves as more documents are added.

Why it matters

  • Answers come from coherent, whole-topic articles rather than disjointed chunks.
  • High query-time quality because the heavy synthesis happens once at build time.
  • Knowledge compounds — adding documents enriches existing articles.

Trade-offs & considerations

  • Expensive one-time build: the LLM synthesizes an article for every discovered topic.
  • Best for static corpora; frequent updates trigger costly re-synthesis.
  • Answer quality depends on how well topic discovery clusters the corpus.