WFGY/ProblemMap/GlobalFixMap/Automation/airtable.md

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Airtable — Guardrails and Fix Patterns

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Use this when your pipeline uses Airtable as the control plane or as the source-of-truth table for RAG/agents, and you see record drift, duplicated actions, or citations that dont map back to records.

Acceptance targets

  • ΔS(question, retrieved) ≤ 0.45
  • coverage ≥ 0.70 to the intended section/record
  • λ stays convergent across 3 paraphrases

Typical breakpoints → exact fixes

  • Automations/webhooks fire before embeddings/index finish updating
    Fix No.14: Bootstrap Ordering
    Bootstrap Ordering

  • First run after deploy reads wrong base or missing secret
    Fix No.16: Pre-Deploy Collapse
    Pre-Deploy Collapse

  • Cross-table syncs create circular waits (record-upsert → external job → back to record)
    Fix No.15: Deployment Deadlock
    Deployment Deadlock

  • High cosine similarity, wrong meaning (good vector match, bad semantic match)
    Fix No.5: Embedding ≠ Semantic
    Embedding ≠ Semantic

  • “Why this snippet?” cannot be explained; citations dont line up with source cells
    Fix No.8: Retrieval Traceability
    Retrieval Traceability
    Standardize fields with Data Contracts
    Data Contracts

  • Hybrid retrieval (dense + formula/filter views + external reranker) gets worse than single retriever
    Pattern: Query Parsing Split
    Query Parsing Split
    Also review Rerankers
    Rerankers

  • Facts are in the base but never retrieved
    Pattern: Vectorstore Fragmentation
    Vectorstore Fragmentation

  • Two different records are merged into one narrative in the summary
    Pattern: Symbolic Constraint Unlock (SCU)
    Symbolic Constraint Unlock


Minimal Airtable workflow checklist

  1. Warm-up fence
    Verify VECTOR_READY, INDEX_HASH, secret_rev, and that base_id/table_id/view_id resolve before any LLM step.
    Spec: Bootstrap Ordering

  2. Idempotency
    Create dedupe_key = sha256(record_id + wf_rev + index_hash) and store it (hidden field or external KV).
    Reject duplicate writes/retries.

  3. RAG boundary contract
    Pass record_id, base_id, table_id, view_id, field_map, source_url, offsets, tokens.
    Enforce cite-then-explain. Specs:
    Retrieval Traceability · Data Contracts

  4. Observability probes
    Log ΔS(question, retrieved) and λ per stage; alert on ΔS ≥ 0.60 or divergent λ.
    Overview: RAG Architecture & Recovery

  5. Schema stability
    Avoid free-form field renames that break downstream contracts. Pin with schema_rev and check it at runtime.

  6. Regression gate
    Require coverage ≥ 0.70 and ΔS ≤ 0.45 before posting back into Airtable.
    Eval spec: RAG Precision/Recall


Copy-paste prompt for the Airtable LLM step


I uploaded TXT OS and the WFGY Problem Map files.
Airtable context:

* base\_id: {base}
* table\_id: {table}
* view\_id: {view}
* record\_id(s): {rids}
* fields: {field\_map}
  Question: "{user\_question}"

Do:

1. Enforce cite-then-explain. If any citation lacks record\_id/section/offsets, stop and tell me which fix page to open.
2. Compute ΔS(question, retrieved). If ΔS ≥ 0.60, point me to the minimal structural fix:
   retrieval-playbook, retrieval-traceability, data-contracts, rerankers.
3. Output compact JSON:
   { "citations":\[{"record\_id":"...", "field":"...", "offsets":\[s,e]}],
   "answer":"...", "λ\_state":"→|←|<>|×", "ΔS":0.xx, "next\_fix":"..." }


Common Airtable gotchas

  • Formula fields or lookup/rollup not updated yet when webhook fires
    Add a delay or readiness probe; gate on schema_rev + index_hash.

  • Pagination/backfill causes missed embeddings
    Log the cursor; re-ingest until the cursor is exhausted; compare counts vs. expected.

  • Field renames break contracts silently
    Pin schema_rev; fail fast if it changes; include field_map in traces.

  • Attachment/text mix leads to partial content**
    Normalize: extract attachments to text with a fixed OCR gate before embedding.

  • Rate limits destabilize hybrid retrieval
    Prefer dense retriever + reranking; keep per-retriever params in logs.


When to escalate

  • ΔS stays ≥ 0.60 after chunk/retrieval fixes → rebuild index with explicit metric/normalization.
    See: Retrieval Playbook

  • Same inputs, different answers on different runs → check version skew and memory desync.
    See: Pre-Deploy Collapse


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