ms-ai-architect/docs/r11-pilot-results.md
Kjell Tore Guttormsen 064078b8c2 docs(ms-ai-architect): R11 pilot — appendiks A med de 15 hånd-dommene + reprodusér-kommandoer [skip-docs]
To durabilitets-hull i resultatdokumentet, begge funnet ved gjennomgang:

1. Korpus-tallene (218 filer / 776 flagg / 15 sluppet / 9 korrekte) kom fra en
   --threshold 1-kjøring, men det persisterte artefaktet er PILOT-kjøringen. En
   senere økt kunne ikke regenerere §1/§3 uten å vite om flagget. Reprodusér-
   kommando står nå ved hver tabell.

2. Hånd-verifiseringen av de 15 var det eneste som skiller 9 fra 15, og den lå
   kun i en økt-transkripsjon. Appendiks A fører hver enkelt: file:line, swap,
   type, dom, begrunnelse. En senere kjøring som slipper gjennom en 16. kan nå
   diffes mot lista.

RETTELSE i §3-tabellen: `number`-raden sto med «Correct 2». Det var ikke hånd-
verifisert — de to (gpt-4.1-mini → gpt-5-mini, 40 → 10 MB) er UVERIFISERTE, ikke
bekreftet korrekte. Riktig fordeling: 9 korrekte · 4 gale · 2 uverifiserte.
Hovedtallet (9) er uendret; det var alltid iso_date alene.
2026-08-03 16:32:14 +02:00

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# R11 pilot results — measured, 2026-08-03
**The §10 acceptance measurement of `docs/r11-tiered-fix-design.md`, run against
the live ledger. No KB file was edited and no ledger record was written.**
Instrument: `scripts/kb-eval/lib/fix-op.mjs` (+ `tests/kb-eval/test-fix-op-classify.test.mjs`,
30 tests) driven by `scripts/kb-eval/classify-fix-ops.mjs`. The classifier **is**
the O1 driver with writes disabled — it constructs the swap and checks the §4
invariant, so measurements 1 and 3 come out of the mechanism that would later
touch the corpus, not out of a proxy heuristic.
Artefact: `scripts/kb-eval/data/r11-pilot-classification.json` (untracked,
regenerable; per-flag records so the run can be re-analysed without re-running).
It holds the **pilot** run — `node scripts/kb-eval/classify-fix-ops.mjs --write`.
Every corpus-wide figure below is from `--threshold 1`, and the per-table
reproduce command is stated where it is used.
> **Two different 202s.** This population is 202 flags. §3's "202 flags whose
> claim *and* quote contain a numeric token" is a different 202, measured over
> the full 712-flag population. They are unrelated.
---
## 1. The headline
**Nine provable, correct value swaps exist in the entire 776-flag `not_grounded`
population — 1.2 %.** The machine half of the R11 tiering buys nine edits. Every
other flag needs a human.
| Population | Files | Flags | O1 admitted | O1 hand-verified correct |
|---|---|---|---|---|
| Pilot (`not_grounded` ≥ 7) | 24 | 202 | 2 | 2 |
| Whole `not_grounded` corpus | 218 | 776 | 15 | **9** |
Reproduce: `node scripts/kb-eval/classify-fix-ops.mjs` (pilot) and
`node scripts/kb-eval/classify-fix-ops.mjs --threshold 1` (corpus). The nine are
enumerated with verdicts in appendix A — that hand-verification is the only thing
separating 9 from 15, so it is recorded rather than left in a session transcript.
This is the answer §10 asked for, and it is materially worse than the design
assumed: *"If the split is materially worse than assumed, that is known after one
session rather than after ten."*
## 2. §4 as written is not sufficient — measured, not argued
§4 claims its invariant is *"deliberately stronger than human review at scale."*
It is not. Run exactly as specified over the pilot, it admitted **6 swaps, of
which 4 were wrong** — precision **2/6**:
| Proposed swap | Why it is wrong |
|---|---|
| `30-dagers``24-dagers` | **Unit crossing.** The quote says 24 **hours**. |
| `3000 requests/sekund``50` | **Metric crossing.** The quote is a *query* throttle per index; the claim is an *indexing* rate per replica. |
| `Microsoft Agent 365``Agent 7` | **Identifier mutilated.** The `7` was harvested out of `E7`. |
| `text-embedding-ada-002``ada-2` | **Identifier mutilated.** The `2` came from a dimensions column. |
The defect is structural, not incidental. §4 constrains **where the new value
came from** (verbatim in the cited quote) and **what the edit looks like** (one
line, rest byte-identical). It constrains nothing about whether the two tokens
**denote the same quantity**. Same-type-and-provenance is not same-referent.
### The added condition
`contextCorresponds()` requires the token to sit under **the same label or the
same trailing unit on both sides**. It is deliberately lexical, with **no
translation table**: `dokumenter` is not taught to equal `documents`, because a
synonym table introduces a new fact source and is an operator decision, not an
engineering one. Consequence, measured: a swap is provable essentially only where
the context is language-neutral — a URL, a code sample, a parameter key.
## 3. The condition is necessary but still not sufficient
Corpus-wide the context condition cut 38 admissions to 15. Hand-verifying all 15
splits them cleanly by token type:
Reproduce: `node scripts/kb-eval/classify-fix-ops.mjs --threshold 1`
(the persisted artefact is the **pilot** run — the corpus-wide tables in §1 and §3
come from this threshold-1 run). Per-proposal verdicts: appendix A.
| Token type | Proposals | Correct | Wrong | Unverified | Failure mode |
|---|---|---|---|---|---|
| `iso_date` | 9 | **9** | 0 | 0 | — every one is an `api-version=` bump in a URL or code sample |
| `number` | 5 | 0 | 3 | 2 | `AI-900``AI-901`, `gpt-4o``gpt-5.1o` (×2) |
| `version` | 1 | 0 | 1 | 0 | Java agent `3.7.5``3.4.0` — a downgrade |
A matching identifier *prefix* (`AI-`, `gpt-`) satisfies the context condition
while the digit is part of a **name**, not a quantity. **Only `iso_date` survives
hand-verification**, and the report marks it as the sole recommended class
(`o1_recommended`). `number` and `version` proposals must not be applied.
## 4. The four §10 measurements
1. **O1 / O2 / O3 split.** O1 = 2/202 on the pilot (9/776 corpus-wide, safe
class only). O2 is **undetermined** — it does not exist as a class until §5 is
ratified, so every non-O1 item is O3 by design. O3 ≥ 200/202.
2. **How much of R8 resolves as O2.** **Not answered, and not answerable by
machine.** R8 is 87/202 on the pilot (366/776 corpus-wide) and yields **zero**
O1. Of the pilot's 87, **46 are structural enumerations** — the O2 candidate
shape. Which of them subtract cleanly turns on the judge's prose `reason`, and
no regex reads prose. This needs prose classification (see §6).
3. **O1 abort rate: 99 % (200/202).** Typed, because "99 %" alone is not
actionable:
| Code | Pilot | Class |
|---|---|---|
| `MULTI_PART_CLAIM` | 96 (47.5 %) | intrinsic — not a value swap at all |
| `MULTI_VALUE_TOKEN` | 29 | intrinsic |
| `NO_VALUE_TOKEN` | 28 | intrinsic — the claim asserts prose |
| `STATUS_SYNONYM` | 15 | **operator question** (§6.2) |
| `NOT_VERBATIM` | 15 | intrinsic |
| `LOCATOR_AMBIGUOUS` | 7 | **fixable engineering gap** |
| `MULTI_REPLACEMENT` | 6 | intrinsic |
| `CONTEXT_MISMATCH` | 4 | intrinsic — these are the 4 wrong edits above |
**Only 7 of 200 aborts (3.5 %) are a fixable engineering gap.** More locator
engineering cannot move the O1 number materially.
4. **Review throughput per class. NOT MEASURED.** It requires human review
sessions, which have not happened. Recording it as measured would be false.
## 5. Two further findings
**F1 — subtraction can leave a misleading remainder.** §5 argues O2 *"cannot
introduce a new error, because it asserts strictly less."* True of the sentence,
false of the reader's inference. Real case: *"Deep Research tool (o3-deep-research
+ Bing) er GA (juni 2025)"* where the source says the tool is **deprecated**.
Subtracting `er GA (juni 2025)` leaves the tool standing in a list of available
tools. Strictly less asserted; still misleading. O2 therefore still requires a
human to look at the remainder — cheaper than O3 (no fact-finding) but not
mechanical.
**F2 — subtraction can destroy true information.** Real case: a list of seven
prebuilt model IDs where the judge found six correct and `prebuilt-check` wrong —
the real ID is `prebuilt-check.us`. Subtraction drops a model that **exists**; the
correct fix is a swap. Subtraction is not the safe default everywhere.
**F3 — `disposition` carries zero information.** It is `outdated` on **202 of
202** flags. `docs/r11-flag-format-2026-07.md` specifies `not_grounded →
{outdated, wrong}` with *"the human assigns which at R11"*, but the pass
hard-assigned `outdated`. Do not use it as a classifier signal. Spec/data
divergence, recorded.
**F4 — claims are not file text.** `claim` is an LLM-extracted, translated
restatement: **0 of 202** match their file line verbatim, and 188 share no 40-char
run with it. For table claims, `line` points at the **header**, not the value.
This is why the locator exists at all, and why it searches the enclosing block
rather than the line.
## 6. Open operator decisions
1. **Ratify O2 (§5)?** Until then O2 does not exist and everything is O3. F1/F2
above argue for ratifying it **with a remainder check** rather than as a blanket
rule.
2. **Amend §4 with a ratified synonym table?** 15 pilot flags (54 corpus-wide) are
`STATUS_SYNONYM`: the corpus writes `**Preview**` / `**GA**`, the source writes
*"generally available"*. Either a small ratified equivalence table admits them,
or they are permanently O3.
3. **Is O1 worth building at all?** Nine edits corpus-wide, all `api-version`
bumps. The alternative is to drop the O1 driver and treat those nine as O3.
## 7. What this does not change
The design's core reading survives: the expensive half (locating the source,
reading it, extracting the deciding passage) was already paid for by the judge
pass, and §7's freshness re-fetch per distinct URL is untouched. What the pilot
falsifies is the assumption that a meaningful share of that evidence converts into
machine-provable edits. It does not. R11 is a human review programme with a
nine-item machine assist, and its leverage lies entirely in the O2 decision.
---
## Appendix A — the 15 admitted proposals, hand-verified
Every proposal the classifier (§4 + context condition) admitted over the whole
`not_grounded` population, with the verdict that produced §3's table. A later run
that admits a 16th can diff against this list; without it, "9 of 15" is an
unreproducible claim.
| # | File:line | Swap | Type | Verdict |
|---|---|---|---|---|
| 1 | `agent-orchestration/agent-evaluation-testing-frameworks.md:56` | `4.1``5` (`gpt-4.1-mini``gpt-5-mini`) | number | **unverified** — model identifier; the result is a real model name, but not checked against the source. Not applied. |
| 2 | `api-management/logging-analytics-ai-traffic.md:49` | `2023-09-01``2025-09-01` | iso_date | **correct** — ARM `loggers@` api-version bump |
| 3 | `azure-ai-services/translator-document-translation.md:162` | `40``10` (MB) | number | **unverified** — matched on the unit `MB`, but sync/async limits differ; metric-crossing risk. Not applied. |
| 4 | `monitoring-observability/log-analytics-kql-ai-queries.md:617` | `2025-09-01``2026-04-01` | iso_date | **correct**`api-version=` inside a KQL string literal |
| 5 | `responsible-ai/responsible-ai-training-awareness.md:77` | `900``901` (`AI-900``AI-901`) | number | **wrong** — certification identifier mutilated |
| 6 | `bcdr/cost-analysis-dr-configurations.md:120` | `4``5.1` (`GPT-4o``GPT-5.1o`) | number | **wrong** — model identifier mutilated |
| 7 | `bcdr/multi-region-azure-openai-deployment.md:316` | `2024-06-01``2024-10-01` | iso_date | **correct**`api-version=` in a management URL |
| 8 | `ai-security-engineering/ai-prompt-shield-network.md:309` | `2024-09-01``2024-09-15` | iso_date | **correct** — Content Safety api-version |
| 9 | `ai-security-engineering/content-safety-filter-calibration.md:277` | `2024-10-01``2024-10-21` | iso_date | **correct** — Azure OpenAI api-version in a curl sample |
| 10 | `ai-security-engineering/jailbreak-prevention-production.md:305` | `2024-09-01``2024-09-15` | iso_date | **correct** — Content Safety api-version in a curl sample |
| 11 | `cost-optimization/observability-cost-reduction.md:114` | `3.7.5``3.4.0` (Java Agent) | version | **wrong** — a downgrade; the quote's version is not the claim's referent |
| 12 | `cost-optimization/vector-storage-cost-optimization.md:266` | `2025-09-01``2026-04-01` | iso_date | **correct** — AI Search api-version |
| 13 | `cost-optimization/vector-storage-cost-optimization.md:318` | `2024-02-01``2024-10-21` | iso_date | **correct** — embeddings api-version |
| 14 | `performance-scalability/response-chunking-strategies.md:56` | `4``5.1` (`gpt-4o``gpt-5.1o`) | number | **wrong** — model identifier mutilated |
| 15 | `performance-scalability/token-per-second-optimization.md:295` | `2024-12-01``2025-01-01` | iso_date | **correct** — Azure OpenAI api-version |
**9 correct · 4 wrong · 2 unverified.** All nine correct are `iso_date`; every
wrong one is a digit inside a product, model or certification identifier, where a
matching prefix (`AI-`, `gpt-`, `Agent `) satisfies the context condition while
the digit is part of a name rather than a quantity. The two unverified are also
`number` and are excluded by the same class rule — verifying them costs a source
fetch each and would move the total to at most 11.