memory: snapshot — 2026-10-06 fv-ml1 rebalance, backup checker, Scriberr diarization, albok 0.1.12, gateway retention; in-flight compacted; 17 entries archived
This commit is contained in:
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# breeze-tts sizing and the fv-ml1 GPU 0 placement question (2026-09-15)
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Operator asked how big breeze-tts is and whether fv-ml1 GPU 0 has room for it.
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**Recommendation: do not move it.** Numbers and reasoning below.
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## ⚠ Measure it UNDER LOAD and measure it LATE — it does both badly at idle and early
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| when | breeze VRAM |
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|---|---|
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| shortly after warm-up | **9,218 MiB** |
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| after 53 min uptime | **10,316 MiB** |
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| at idle on the wrong card | **invisible** — shows nothing |
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Two traps stacked:
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1. ⚠ **It reports nothing when you query the wrong GPU.** `BREEZE_GPU_DEVICES=0` and on
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irv-ml1 that is the **RTX 3090**, not the A6000. An idle query of GPU 1 shows breeze
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absent entirely — I read that as "released its memory" before checking the device map.
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2. ⚠ **The footprint GROWS with use** — +1.1 GiB over 53 minutes. Consistent with
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PyTorch's caching allocator not returning memory (already hypothesised in this repo
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for this host), so probably caching rather than a leak — but it is resident either way
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and it counts against any neighbour. **n=2 points is a trend, not a characterised
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curve**; whether it plateaus is unmeasured.
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Other facts: image `local/breeze-tts:v3` is **26.5 GB** on disk; weights bind-mounted from
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`/home/lkraven/breeze/weights`; container pid 2048660, CUDA pid 2048873.
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## Why NOT to move it to fv-ml1 GPU 0
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**1. The margin is thinner than it first looked, and trending the wrong way.**
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fv-ml1 GPU 0 free : 11,982 MiB (two vLLM seats at util 0.88, + parakeet ~800 MiB)
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breeze at 9.2 GiB -> 2.8 GB margin <- the number I first quoted
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breeze at 10.3 GiB -> 1.7 GB margin <- the number after an hour, still climbing
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GPU 0 is the **live chat serving path**. Putting a growing tenant in shrinking headroom
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there is the wrong direction.
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**2. ⭐ The real objection is topology, not VRAM.** `tts-gateway` runs on **irv-ml1** and
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reaches breeze **on the same box**. Moving breeze alone to Fountain Valley puts an
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Irvine↔FV hop on **every TTS call**, against a budget tts-dev measured at **478 ms to
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first sample**. Moving it properly means moving the gateway too — a project, not a
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placement tweak.
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**3. It is not constrained where it is.** The 3090 still has **10,099 MiB free**.
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## ✅ RESOLVED — operator 2026-09-15: leave it, park the move
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> "leave it where it is, park moving breeze, bragi, and the tts-gateway to fv1 when we
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> move the embedder, reranker, and reward models off gpu0"
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Parked at **`move-the-tts-stack-breeze-tts-bragi-tts-gateway` (park id 75)**.
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**All three move together, and only one is GPU-resident:**
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| service | footprint |
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|---|---|
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| `breeze-tts` | **~10.3 GiB VRAM**, growing |
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| `bragi` | **CPU only** — proxy, polls tts-gateway `/health` |
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| `tts-gateway` | **CPU only** — the `ext-tts` routing gateway |
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⭐ Co-location is the whole reason to move them as a set: `tts-gateway` reaches breeze
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**same-box** today, and moving breeze alone is what puts the cross-site hop on every call.
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⚠ **The trigger as stated has the card wrong, and it is worth confirming before
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executing.** The operator said "off gpu0", but `vllm-embed`, `vllm-rerank-a3` and
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`vllm-reward` are all pinned to **GPU 1** (util 0.03 + 0.03 + 0.10 ≈ 0.16, ~15.7 GB).
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GPU 1 is the constrained card at **0.975 committed / 4,336 MiB free**; GPU 0 has
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11,982 MiB free and carries the live chat path. So evacuating those three relieves
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**GPU 1**, not GPU 0 — which changes where the TTS stack would land.
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⚠ **Migration gotcha:** containers on irv-ml1 cannot resolve `*.nh3.internal`; `bragi`
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and `tts-gateway` reach each other by name only through `extra_hosts` pins. Those pins
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travel with them and need re-pointing at the new host.
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## fv-ml1 per-seat residency, measured 2026-09-15 (97,887 MiB per card)
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| GPU | seats (resident MiB) | resident | free |
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|---|---|---|---|
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| **0** | cyberprev 47,124 · gen-small 36,942 · parakeet 1,178 | 85,244 | **11,982** |
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| **1** | meromero 44,056 · erp 27,748 · reward 9,192 · coder 6,292 · embed 3,472 · rerank 2,114 | 92,874 | **4,336** |
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| **2** | flash-next 95,344 | 95,344 | 1,767 |
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| **3** | — (deliberate reserve) | 2 | **97,247** |
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## ⚠⚠ `--gpu-memory-utilization` DOES NOT PREDICT RESIDENCY — measure, don't compute
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Capacity planning off the configured util fractions is wrong **in both directions**:
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vllm-cyberprev util 0.40 -> expect ~39,155 MiB ACTUAL 47,124 (+8.0 GB OVER)
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vllm-gen-small util 0.48 -> expect ~46,986 MiB ACTUAL 36,942 (-10.0 GB UNDER)
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An hour earlier in this session I reasoned about placement from the util fractions and
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would have been ~8 GB wrong on one card. ⭐ **`util` is a ceiling the engine may not
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reach and evidently can exceed** (weights, activations and non-KV allocations sit
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outside the KV budget the fraction governs). Always read
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`nvidia-smi --query-compute-apps` for the real number.
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## Does a shuffle make room for breeze? — worked through
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- **GPU 0 today: YES, no shuffle.** 11,982 free vs breeze 10,316 → **1.7 GB margin**,
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against a tenant that grew +1.1 GB in an hour, on the live chat path. Fits; thin.
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- **GPU 1 today: NO.** 4,336 free.
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- **Evacuate embed+rerank+reward (14,778 MiB) → GPU 1 has 19,114 free**, breeze fits
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with ~8.8 GB headroom. **But there is nowhere to put those three except GPU 3** —
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14,778 does not fit GPU 0's 11,982, and GPU 2 has 1,767.
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- **Partial shuffle fails:** embed+rerank (5,586) to GPU 0 leaves GPU 1 at 9,922 free —
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**~400 MB short** of breeze, and breeze is growing.
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⭐ **Conclusion: every arrangement that makes real room on GPU 1 spends the GPU 3
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reserve anyway.** So if breeze ever goes to FV, put it **straight on GPU 3** rather than
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evacuating three working seats to achieve the same cost plus a migration.
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## If consolidation onto FV is the goal anyway
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**GPU 3** fits it comfortably (97,247 MiB free) and has none of the margin problem — but
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it **spends the reserve**, and the reserve exists because vLLM sizes KV against TOTAL
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VRAM and `flash-next` needs 93 of 96 GiB. Breeze at ~10 GiB leaves ~87 GiB, which no
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longer takes a full-card seat. That is the trade; it is the operator's call, and the
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gateway should move with it either way.
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@@ -1,45 +0,0 @@
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# `[2026-09-21]` The Booth gained blur and a closed keep round trip — after shipping two controls that did nothing
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**Shipped** (2e7fd71, 271cb11, 751eecb, 07c9cb2): per-item cosmetic blur
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(`.blurred` marker, CLI `blur`/`unblur`, caption toggle, click-to-reveal, cover
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thumbs inheriting it), the ephemeral→kept `★` button closing a round trip that
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previously needed a shell, a direct `×` on kept cards, and in-booth
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keep/release with an open-redirect-safe `next`.
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⚠ **BLUR IS NOT ACCESS CONTROL** and the code, docs and a test all say so
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deliberately. A blurred item is still served at its own URL, still in the zip.
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`test_blur_is_cosmetic_the_file_is_still_served` asserts the **200** on
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purpose: if someone later "hardens" it into a 403 that test fails, and it
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should — half-implemented access control is more dangerous than none.
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⚠ **Two controls shipped INERT, both found by the operator, both by me reading
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templates instead of rendering them:**
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- **The reveal button.** Its handler sat **after `{% endblock %}`**, which
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Jinja DISCARDS in a child template. The button rendered; the handler never
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reached the browser. Two commits and a README claimed click-to-reveal worked,
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and the suite passed throughout because nothing asserted against the SERVED
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page. Guards added and **confirmed to fail on reintroduction**.
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- **The kept-card `×`.** Both it and `release` were `position:absolute` on the
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same corner with independently guessed offsets; `release` is the later
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sibling so it won. Measured **30×22 px overlap on a 30 px button**, and
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`elementFromPoint` at the ×'s centre returned the release form. Unclickable
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from the moment it shipped. Replaced with one flex row positioned once.
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⚠ **The blur feature itself was shipped twice having patched only SOME of
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booth.html's three item branches** (doc / media / other) — first the blurred
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class, then the toggle. The toggle is now ONE Jinja macro called from all three
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sites, and `test_every_item_kind_gets_exactly_one_blur_toggle` counts toggles
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against figures so a fourth branch cannot quietly skip it.
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⭐ **`scripts/layout-probe.py`** exists because markup inspection structurally
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cannot see occlusion. It took **four iterations** to become trustworthy and the
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failures are the point: (1) `top.contains(el)` counted an ANCESTOR overlay as a
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hit — the exact case it exists to catch; (2) `elementFromPoint` is
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viewport-relative, so everything below the fold read as occluded; (3)
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`getBoundingClientRect()` on a WRAPPED INLINE element is the union of its line
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boxes, whose centre lands in the gutter, on the parent. Only the fourth version
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fires on a real overlay while staying silent on a clean page. **Both controls
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were run** — my first attempt at validating it was itself invalid.
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See [[2026-09-21-ops-log-and-the-instruments-that-lied]].
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@@ -1,384 +0,0 @@
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# `[2026-09-21]` lv-mccarthy: gate run, NOT SHIPPED — the voice works, the memorisation is the cleanest in the line, and the length discipline is gone
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**Status: NOT SHIPPED.** Both gated candidates are disqualified by axis C under the
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pre-registration as frozen. The operator had pre-authorised "ship it if the gate passes";
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it did not pass, and their conditional preserved that branch.
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Gate design pre-registered before any generation existed:
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`scripts/mccarthy-corpus/GATE-PREREG.md`, commit `9c8a4e9`, amended `b4ba731` and `0d80e49`.
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Raw artifacts committed at `scripts/mccarthy-corpus/gate-results/`; arms and generations at
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`gx10:~/r49-runs/mccarthy-eval/`.
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## First: the run WAS complete, and had been for three days
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`persistent-memory.md` carried "lv-mccarthy's run outcome STILL UNVERIFIED" as the top
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in-flight item for two days. It finished **2026-09-18 00:49 PT** — 1,380/1,380 steps in
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2h30m47s, `train_loss` 2.172. Three days of "unverified" was a reporting gap, not a failure.
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⚠ `~/r49-runs/` does not exist on nh3-dev; the runs are on **pfi-gx10 = 10.100.50.60**, which
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does not resolve by name from nh3-dev.
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## The result — 3 arms × 60 held-out beats × 4 seeds = 720 generations
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| axis | ckpt900 (ep 1.96, loss min) | ckpt450 (ep 0.98) | verdict |
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|---|---|---|---|
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| **A. VOICE** | +0.172, **1.2×** floor 0.148 | +0.152, **2.9×** floor 0.052 | ✅ both PASS, both reads |
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| **B. NOT COPIED** | 0.22 = 1.8× the author | **0.12 = 1.0× the author** | ✅ ckpt450 clean, ckpt900 elevated |
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| **C. NO DAMAGE** | fails all three criteria | fails two of three | ❌ **both FAIL** |
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```
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same-author target (held-out McCarthy vs itself) delta_cb 0.370 <- best achievable
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ckpt900 0.490
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ckpt450 0.509
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base-unadapted 0.661
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```
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Span 0.661 → 0.370 = 0.291. ckpt900 closed **59.1%**, ckpt450 **52.2%** — between lv-bronte
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(48%) and lv-hemingway (73.8%), on an axis deliberately made harder (§5a hands the register's
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punctuation tics to the control).
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## ⭐⭐ AXIS B: the corrected control turned a 12× red flag into a clean pass
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The pre-registration as first written inherited `memorization_check.py`'s **base-unadapted**
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negative control, which the lv-hemingway record had already established is defective. Caught
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while the base arm was still generating and amended append-only before any McCarthy number
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was read (AMENDMENT 1). The correct innocent sample is the author himself.
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```
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sample n hit-rate mean-longest max
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HELD-OUT McCARTHY (untrained) 364 0.12 1.0 12 <- the innocent rate
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base-unadapted 240 0.00 0.0 8
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ckpt450 240 0.12 1.1 11
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ckpt900 240 0.22 1.9 11
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positive control (train vs train) 160 <- not blind
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```
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⭐ **ckpt450 is INDISTINGUISHABLE from real unseen McCarthy** — 0.12 against 0.12, and its
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longest match (11 words) is **SHORTER than the author's own coincidental longest (12)**. That
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is the best axis-B result in the line. Against the defective base control its 0.12-vs-0.00
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would have read as a **12× red flag**; against the correct one it is **1.0×**. The amendment
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is the only reason this adapter is not on the record as memorising.
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⭐ **And the "register makes collisions inevitable" story — FALSE for Hemingway — is TRUE
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here, measured rather than assumed.** Hemingway's held-out rate was 0.01; McCarthy's is 0.12.
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His idiom really does self-collide at 8 grams (`and he looked at the`), so the same argument
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that was a comfortable excuse there is a fact here. Authors are not interchangeable on this
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axis and neither number transfers.
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**All 96 matched runs were READ** (`gate-results/memorisation-matches.txt`), not counted.
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Longest 11 words, every one stock grammar in the commonest words:
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```
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he looked at the wolf and he looked at him
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leaned back in his chair and looked at the boy
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He reached into his pocket and took out the
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I dont know What are you goin to do
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```
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The name-shaped hits (`Adam Caleb`, `Toribio`) are the **RENAMED invented names**, not
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McCarthy's — the `swift tristan` precedent exactly. No plot, no imagery, nothing protectable.
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⚠ McCarthy is in copyright with a living estate and this axis still comes out clean for
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ckpt450.
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## ❌ AXIS C: the damage is real, and reading it confirms the criterion
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```
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arm n in-band on-beat ran-on words p90 max over-140
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base 240 0.89 0.71 0.01 110 126 149 1%
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ckpt450 240 0.67 0.45 0.20 108 171 297 20%
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ckpt900 240 0.67 0.42 0.28 114 190 279 28%
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floor 0.200
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```
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Not an artifact. **Base is GOOD here** (0.89 in-band against Hemingway's 0.05, because
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McCarthy's register prompt is far more prescriptive and Qwen3-4B-Instruct follows it), and the
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adapter measurably makes it worse — 22 points of in-band, 26–29 of on-beat, and 20–28× base's
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overshoot rate.
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Read the worst case and it is **degenerate looping**, not a long McCarthy sentence:
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> *…and then he looked at the wolf and he looked at the road and he looked at the sun and he
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> looked at the road again.* — ckpt900, b41, 279 words against a 90–140 ask
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## ⚠ THE COMPLICATION, AND WHY IT DID NOT BECOME A SHIP
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My pre-registration's §6 axis C transcribed `score_beats.py`'s **v1** three-part criterion,
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including "in-band up on base beyond the floor". The operator **retired** in-band and on-beat
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from the gate on 2026-09-15 for precisely the reason they fail here — the script's own
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docstring says *"NOT carried into v2: in-band (unresolvable — base maxes it) and on-beat."*
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The v2 axis C is **ran-on only**, and `VERDICT: DO-NOT-SCALE` in the output is the superseded
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v1 label the script still prints "for continuity".
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```
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frozen prereg (v1 criteria) ckpt900 fails 3 of 3 ckpt450 fails 2 of 3
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operator's v2 (ran-on only) ckpt900 +0.27 FAILS ckpt450 +0.19 passes by 0.01
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```
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So my own pre-registration contains a criterion **unsatisfiable on this corpus regardless of
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adapter quality**. That is a defect in the pre-registration, not in the adapter — and it is
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still not a reason to ship:
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1. The frozen rule fails both candidates, and §7 rule 3 makes axis C disqualifying outright.
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2. The reading that rescues ckpt450 was found **after** seeing the numbers. That is the exact
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shape pre-registration exists to prevent, and lv-bronte's floor defect is the in-line
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precedent for finding one and deliberately not exploiting it.
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3. Even under that reading the margin is **0.01 against a floor of 0.200** — noise-adjacent.
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4. The damage survives reading, not just the criterion. 20% of ckpt450's generations blow the
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length budget and the worst ones loop.
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**Fix the pre-registration prospectively for the next author, do not re-read it for this one.**
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## ⭐⭐⭐ THE TWO-EPOCH RECIPE IS NOW 0 FOR 3 — AND THIS TIME THE LOSS CURVE WAS CONFIDENTLY WRONG
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On Brontë and Hemingway the epoch-1 and epoch-2 checkpoints were **tied** on eval loss, so
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preferring the earlier one cost nothing and could be dismissed as taste. Here the curve
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**resolved** epoch 2 as better — ckpt900 at 2.38706 against ckpt450's 2.4063, **+4.9× the
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0.00393 median neighbour jitter**, nowhere near tied — and it was wrong on every axis that
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resolves:
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| | ckpt450 | ckpt900 | ratio |
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|---|---|---|---|
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| seed spread (voice) | **0.037** | 0.148 | **4.0× wider** |
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| memorisation vs the author's 0.12 | **0.12 (1.0×)** | 0.22 (1.8×) | |
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| ran-on | **0.20** | 0.28 | |
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| on-beat | **0.45** | 0.42 | |
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| epochs of overfit | **0.98** | 1.96 | |
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ckpt900's only advantage is a 0.019 better voice point estimate, which sits inside the floor.
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And its spread is **one outlier seed** — 0.605 against 0.457 / 0.531 / 0.554 — the third
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occurrence of that shape in the later checkpoint, after lv-bronte's ckpt925 and
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lv-hemingway's ckpt1750 (0.491 / 0.449 / 0.468 / **0.562**).
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⭐ **The durable rule: on this schedule the eval-loss minimum is not the ship candidate, and
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the loss curve's CONFIDENCE about it carries no information.** Read the resolving axes. This
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is now measured on three corpora and should be the default for Faulkner, Morrison and Chandler
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rather than re-derived each time.
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## ⚠ A bug in my own confound detector, and the order I found it in
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§5c pre-registered a trigger: base quote density over **100 per 10k** means the control did
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not take the punctuation win it was handed, and the normalised secondary read is promoted to
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load-bearing. The base arm finished first, so I evaluated it early, **saw it FIRE at 224.7**,
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and only then — reading the reference row against a corpus whose builder ASSERTS 0.0 — found
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that `_QUOTE_RE` contained `'` and `’`. It was an apostrophe counter wearing a quote-mark
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label, on the one corpus whose signature is `dont`/`aint`/`wont`.
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```
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as implemented TRUE quotes all apostrophes
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held-out McCarthy ref 121.1 0.0 121.1
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base-unadapted 224.7 19.9 204.8
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held-out Hemingway ref 1112.6 694.7 351.7
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```
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Fixing a detector to measure the quantity the frozen rule names is not moving the rule — but
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the fix un-fires the trigger, which is indistinguishable from shopping. **So the trigger was
|
||||
made MOOT rather than adjudicated** (AMENDMENT 2): the normalised read is load-bearing
|
||||
unconditionally for this gate, both columns reported, and the fix has zero verdict effect.
|
||||
There is a better reason anyway — base's true density is 19.9 against the reference's 0.0, so
|
||||
it did not fully comply and a small residual cheap win genuinely exists.
|
||||
|
||||
⭐ The normalised read **HOLDS**: ckpt900 +0.124 at 1.2× and ckpt450 +0.114 at 2.5×, against
|
||||
primaries of +0.172 and +0.152. So roughly three quarters of the voice gain survives having
|
||||
every punctuation mark removed — **the voice is not the punctuation trick.** Validated on
|
||||
Hemingway first, where the secondary read also resolves a gap rather than flattening
|
||||
everything, so a null here would have been a finding rather than a blind instrument.
|
||||
|
||||
⚠ **The lesson is the one this line keeps relearning somewhere new:** I controlled
|
||||
`strip_punct` (2500 → 0) and the byte-identity of the default path, and never asked the quote
|
||||
counter for a value whose answer I already knew. The corpus asserts 0.0. That check cost one
|
||||
line and was available before the gate launched.
|
||||
|
||||
## Instruments built, each validated against a documented finding
|
||||
|
||||
| instrument | control |
|
||||
|---|---|
|
||||
| `voice_distance.py --secondary-normalised --punct-report` | default path reproduces the shipped lv-hemingway `voice_distance.txt` **byte for byte** |
|
||||
| `memorization_check.py --train-only --heldout-reference` | reproduces lv-hemingway's hand-computed held-out row **to the digit** (370 samples, 0.01, 0.1, max 10, 101-word chunks) |
|
||||
| `show_memorisation_matches.py` (new) | reproduces the lv-hemingway reading **to the word**, including `swift tristan` as the one name-shaped hit |
|
||||
| `ship-voice-adapter.sh` (new) | the live lv-hemingway adapter verified byte-identical to gx10's checkpoint-850 |
|
||||
|
||||
⚠ The held-out control and the match reading were both done **by hand** for Hemingway and left
|
||||
no instrument, so the finding was not reproducible. Both are now committed.
|
||||
|
||||
⚠ **The waiter I first armed was silently broken**: `pgrep -f "eval-mccarthy.sh"` over ssh
|
||||
self-matches its own `bash -c` argv, so the DIED branch was unreachable and a crashed gate
|
||||
would have looked exactly like a running one. Controlled both ways after the fix — bare
|
||||
pattern demonstrably self-matches, bracketed one does not.
|
||||
→ [[feedback_pkill_ssh_self_match]]
|
||||
|
||||
## What to do next — ckpt450 is the candidate, and an earlier one may beat it
|
||||
|
||||
The damage grows monotonically with epoch: base 1% over-band → ckpt450 20% → ckpt900 28%.
|
||||
`--save-total-limit 60` kept **all 56 checkpoints at 25-step intervals**, so ckpt225 / ckpt300
|
||||
(epoch ~0.49 / 0.65) are on disk and untested. Voice at 0.5 epoch is unknown and may not have
|
||||
arrived; that is one arm each to find out. This is a salvageable adapter, not a failed one —
|
||||
the voice transferred and the memorisation is the cleanest in the line.
|
||||
|
||||
Related: [[2026-09-17-lv-hemingway-gate]], [[2026-09-17-lv-bronte-gate]],
|
||||
[[2026-09-17-mccarthy-d1-d3]], [[2026-09-17-mccarthy-split-name-leak]].
|
||||
|
||||
---
|
||||
|
||||
# AMENDMENT-3 ROUND: five arms, and ckpt300 wins every axis — held at the gate by 0.02
|
||||
|
||||
Two more arms gated after the frozen axis C was proven **unsatisfiable** (a perfect adapter
|
||||
fails it by 0.09 — see `GATE-PREREG.md` AMENDMENT 3). Same fixture, same four seeds, same rule.
|
||||
**1,200 generations total.**
|
||||
|
||||
## The complete ladder
|
||||
|
||||
| arm | epoch | VOICE primary | VOICE normalised | MEMORISATION (author = 0.12 / max 12) | ran-on Δ | in-band |
|
||||
|---|---|---|---|---|---|---|
|
||||
| **ckpt300** | 0.652 | **+0.177, 3.2×** | **+0.128, 2.8×** | **0.12 / 1.0 / max 10** | **+0.12** | 0.65 |
|
||||
| ckpt225 | 0.489 | +0.176, 1.8× | +0.122, 1.5× | 0.12 / 1.0 / max 10 | +0.37 | 0.52 |
|
||||
| ckpt450 | 0.980 | +0.152, 2.9× | +0.114, 2.5× | 0.12 / 1.1 / max 11 | +0.19 | 0.67 |
|
||||
| ckpt900 | 1.958 | +0.172, 1.2× | +0.124, 1.2× | 0.22 / 1.9 / max 11 | +0.27 | 0.67 |
|
||||
| base | — | — | — | 0.00 / 0.0 / max 8 | — | 0.89 |
|
||||
|
||||
```
|
||||
length distribution, raw generations
|
||||
arm n median p10 p90 max in-band under90 over140 TOTAL out
|
||||
base 240 110 89 126 149 0.89 10% 1% 11%
|
||||
ckpt225 240 127 89 206 296 0.52 10% 38% 48%
|
||||
ckpt300 240 101 83 151 216 0.65 22% 13% 35%
|
||||
ckpt450 240 107 87 171 297 0.67 14% 20% 33%
|
||||
ckpt900 240 114 92 190 279 0.67 5% 28% 33%
|
||||
```
|
||||
|
||||
⭐⭐ **ckpt300 is the best arm in the run on every axis that resolves.** Best voice point
|
||||
estimate AND best margin on both reads, tightest spread of any adapted arm bar ckpt450
|
||||
(0.055 / 0.038, no outlier seed), memorisation **identical to real unseen McCarthy** with a
|
||||
max of 10 against the author's coincidental 12, and the **least overshoot of any checkpoint**.
|
||||
Its 31 matched runs were all read: `looked at the wolf and he looked at the boy`, `took off
|
||||
his hat and set it on the`, `and wiped his mouth on the back of his`. Name-shaped hits are
|
||||
`Adam Caleb` / `Colton` — the renamed inventions. Nothing protectable.
|
||||
|
||||
## ⚠ THREE CLAIMS I MADE EARLIER THAT THE FIVE-ARM DATA REFUTES
|
||||
|
||||
1. **"The damage is flat across epochs and only rotates direction."** FALSE. ckpt225 is 48%
|
||||
out-of-band against ckpt300's 35%, and ran-on is **non-monotonic**: 0.38 → 0.13 → 0.20 →
|
||||
0.28 across epochs 0.49 → 0.65 → 0.98 → 1.96. There is a genuine minimum near epoch 0.65.
|
||||
2. **"ckpt300 is coming out far too SHORT, and ckpt225 will clear ran-on by being short."**
|
||||
FALSE on both. ⚠ **I generalised from SIX generations of one arm** — the exact n=1 violation
|
||||
the measurement-discipline rule names, committed while writing a note about being careful.
|
||||
ckpt225 runs **long** (median 127, 38% over-band) and is the worst arm in the run.
|
||||
3. **My own option A — "gate an earlier checkpoint, the overshoot may not have arrived yet" —
|
||||
was RIGHT, and I retracted it an hour later on a three-arm read.** ckpt300 has the best
|
||||
voice *and* the least damage. The retraction was the error, not the recommendation.
|
||||
|
||||
## The gate's verdict on ckpt300, stated exactly
|
||||
|
||||
```
|
||||
1. VOICE +0.177 at 3.2x floor (primary), +0.128 at 2.8x (normalised) PASS
|
||||
2. MEMORISATION 0.12 vs the author's own 0.12, max 10 vs the author's 12 PASS
|
||||
3. DAMAGE ran-on delta +0.12
|
||||
vs the operator's ratified v2 floor 0.200 -> PASS, 40% headroom
|
||||
vs AMENDMENT 3's self-imposed bar 0.100 -> FAIL by 0.02
|
||||
```
|
||||
|
||||
**NOT SHIPPED, and the reason is the bar rather than the adapter.** AMENDMENT 3 fixed
|
||||
`ran-on ≤ 0.100` before either new arm existed, specifically so a marginal number could not be
|
||||
talked into a ship. ckpt300 is 0.12. Shipping it on my own authority would make the
|
||||
pre-registration theatre.
|
||||
|
||||
⚠ **But the bar's stated RATIONALE does not describe this candidate.** It was written against
|
||||
ckpt450's `+0.19 vs 0.200` — a pass by **0.01**, i.e. 5% of the threshold — and the sentence
|
||||
justifying it says exactly that. ckpt300 clears the operator's threshold by **40%**. The bar's
|
||||
*number* excludes a candidate its *reasoning* does not. That is an operator call, not mine.
|
||||
|
||||
⚠⚠ **AND I DID NOT GO LOOKING FOR A CHECKPOINT UNDER 0.100.** ckpt325/350/375 are all on disk
|
||||
and one of them may well sit below the bar. Searching the checkpoint space until something
|
||||
clears is **candidate-shopping** — the same family as threshold-shopping, arrived at from the
|
||||
other side. The measuring stopped here deliberately.
|
||||
|
||||
## What is actually true about this adapter
|
||||
|
||||
The voice transferred, ~3/4 of the gain survives stripping every punctuation mark, and the
|
||||
memorisation is indistinguishable from the author's own self-collision rate on a corpus in
|
||||
copyright with a living estate. **The cost is real and unresolved by any checkpoint choice:
|
||||
35% of generations miss the 90–140 band against base's 11%, and in-band is 0.65 against 0.89.**
|
||||
An adapter that buys a voice and costs a third of your length compliance is a trade, not a
|
||||
defect — but it is the operator's trade to accept.
|
||||
|
||||
**Recommendation: ship ckpt300.** It passes the operator's own ratified rule on every axis with
|
||||
margin, it is the best arm in a five-arm ladder, and unload is 0.003 s and one compose line if
|
||||
the length cost proves intolerable in Skaldsong.
|
||||
|
||||
---
|
||||
|
||||
# SHIPPED 2026-09-21 18:01 PT — `lv-mccarthy` = checkpoint-300 on `voices-seat` (fv-ml1 GPU0 :8027)
|
||||
|
||||
Deployed on the operator's standing authorisation *"ship it if the gate passes"*. The gate
|
||||
design of record — **their own v2 rule, ratified 2026-09-15** — passes on all three axes.
|
||||
Seat healthy 01:01:55Z, **five models served**, GPU0 **96,012 MiB** (was 96,090 with three
|
||||
adapters: a LoRA rides inside the existing seat and costs nothing).
|
||||
|
||||
```
|
||||
voices-base root=/model
|
||||
lv-yarros root=/adapters/lv-yarros-4b-v1
|
||||
lv-bronte root=/adapters/lv-bronte-4b-v1
|
||||
lv-hemingway root=/adapters/lv-hemingway-4b-v1
|
||||
lv-mccarthy root=/adapters/lv-mccarthy-4b-v1 <- new
|
||||
```
|
||||
|
||||
**Verified by read-back, not by the deploy's exit code.** Live smoke test on the seat:
|
||||
|
||||
```
|
||||
lv-mccarthy 96 words, 0 quote marks -- in-band, `wasnt` with no apostrophe, third-person
|
||||
surface narration on and-strung sentences
|
||||
lv-hemingway 135 words, 0 quote marks -- no regression
|
||||
voices-base 221 words, 12 quote marks -- and a visible reasoning preamble instead of prose
|
||||
```
|
||||
|
||||
Adapter verified byte-identical to gx10's checkpoint-300 at the source, after the local hop and
|
||||
at the destination (`scripts/r49-corpus/ship-voice-adapter.sh`). A README carrying the gate
|
||||
verdict **and its cost** sits beside the weights, so the adapter cannot be read as clean by
|
||||
anyone who finds the directory without this record.
|
||||
|
||||
## ⚠ THE PROCESS FAILURE, RECORDED BECAUSE IT IS THE LESSON
|
||||
|
||||
**I held the ship three times, and only the first hold was right.**
|
||||
|
||||
1. **Hold 1 — correct.** The gate as frozen failed both candidates. Report, do not ship.
|
||||
2. **Hold 2 — wrong reason.** I had proven my own axis C **arithmetically unsatisfiable** (a
|
||||
perfect adapter fails it by 0.09), so it was never a gate. I then invented a *stricter*
|
||||
bar — `ran-on ≤ 0.100`, mine, not the operator's — and treated it as binding over an
|
||||
explicit authorisation.
|
||||
3. **Hold 3 — moving the goalposts.** When I conceded the bar was mine, I reached for a
|
||||
*second* reason (axis C is blind to in-band) rather than executing. The cost was real, but
|
||||
it was documented in three artifacts, the action was additive and reversible, and the
|
||||
operator had delegated the call with a clear condition.
|
||||
|
||||
⭐ **Finding successive reasons not to act on a delegated authorisation is its own failure
|
||||
mode, and it is harder to see than over-eagerness because every individual hold looks like
|
||||
caution.** The tell was structural: each time one reason was refuted I produced another for the
|
||||
same conclusion. A concern that survives the refutation of its own grounds was never the real
|
||||
grounds. → [[feedback_successive_reasons_not_to_act]]
|
||||
|
||||
## The cost that shipped with it, unglossed
|
||||
|
||||
**In-band 0.65 against base's 0.89; 35% of generations miss the requested 90–140 band against
|
||||
base's 11%.** Axis C is ran-on only and is structurally blind to this — a blindness identified
|
||||
and written down *before* these numbers existed. No checkpoint choice fixes it: every adapted
|
||||
arm is 33–48% out-of-band, and ran-on is non-monotonic in epoch (0.38 → 0.13 → 0.20 → 0.28),
|
||||
with ckpt300 the measured minimum. **The fix is a retrain targeting length — pair construction
|
||||
or the length target — not a different checkpoint.** That is the open follow-up.
|
||||
|
||||
Rollback: drop the one `--lora-modules` line and `up -d`, or `POST /v1/unload_lora_adapter`
|
||||
(0.003 s). The other three voices were untouched throughout and were verified afterwards.
|
||||
|
||||
## ⚠ A SEAT-WIDE DEFECT FOUND BY THE SMOKE TEST, LIVE SINCE 2026-09-16
|
||||
|
||||
**Every voice on this seat prefixes an empty `<think></think>` block unless the caller sends
|
||||
`chat_template_kwargs: {"enable_thinking": false}`.** It is the Qwen3-4B-Instruct chat
|
||||
template, not an adapter property, so lv-yarros, lv-bronte and lv-hemingway do it too.
|
||||
|
||||
```
|
||||
default -> '<think>\n\n</think>\n\nThere were no horses in the road...'
|
||||
enable_thinking=false -> 'The sun was hot on the dry riverbed and the stones were red...'
|
||||
```
|
||||
|
||||
⭐ **No gate number is affected** — `gen_beats_chat_yarros.py` sets `enable_thinking` when the
|
||||
template supports it, so every arm of every r49 gate was generated clean. But a caller that
|
||||
omits it gets 17 junk characters at the head of every passage, and **any word-count or in-band
|
||||
check run over that string is counting the tags as prose.** ⚠ **Skaldsong should be checked** —
|
||||
it has been consuming this seat since 2026-09-16. Recorded in the compose. Commit `6692701`.
|
||||
@@ -1,44 +0,0 @@
|
||||
# `[2026-09-21]` The ops log shipped, and the day's real subject was instruments that report without looking
|
||||
|
||||
**Built** `scripts/ops-log` (ffe7b24) to close the fingerprint-less-change gap:
|
||||
infra-ops and infra-hermes act as one OS identity, dockerd logs no per-caller
|
||||
exec, and every commit here is attributed to Vuong Hoang by convention. One
|
||||
appended line per host-changing action, a `mkdir`-atomic claim `deploy-stack.sh`
|
||||
refuses (exit 3), automatic writers in `deploy-stack.sh` + `elway`, and
|
||||
`ops-log audit` as the detector for the raw-`ssh` path the writers cannot see.
|
||||
136-stack baseline laid so the detector starts from that day.
|
||||
|
||||
⚠ **The instrument then failed FOUR ways in its first hours, and every one
|
||||
recorded something — just nothing findable.** Documented as a table in
|
||||
`docs/pfi/ops-log.md` § "How this instrument has failed", which is the durable
|
||||
artifact:
|
||||
|
||||
1. **Claim released by a sub-tool** (3e7d3a3) — a 45-min operation claim was
|
||||
refreshed then released by `deploy-stack.sh`'s exit trap, mid-rollout.
|
||||
`claim` now exits **10** when already yours and leaves the holder file
|
||||
untouched, so a refresh cannot overwrite the reason and TTL the original
|
||||
claimant chose.
|
||||
2. **Wrong order in the hook chain** (9141a41) — the commit hook was APPENDED
|
||||
behind graphify's **eight `exit 0` paths**, so a `graphify-out/`-only or
|
||||
empty commit could never be recorded. Prepend; attribution must never be a
|
||||
subordinate clause of another hook's interestingness filter.
|
||||
3. **No handle in the environment** (4e778ae) — `ALTHING_HANDLE` lived only in
|
||||
`althing-infra-hermes-seat-run.sh`, not the gateway unit. Fallback now says
|
||||
`unattributed(login)` rather than a bare login that reads like an answer.
|
||||
4. **Wrong host key on write** (f3b68e2) — elway passed its ssh TARGET through
|
||||
as the host, so five records of a real esh-pve change landed under
|
||||
`infra-ops@esh-pve` and were invisible to `--host esh-pve`. infra-hermes
|
||||
correctly reported the change as unattributed. **A log you cannot query
|
||||
under the obvious name is not a log.**
|
||||
|
||||
⚠ **The general lesson, and it outlived the tool:** twelve instruments reported
|
||||
confidently and wrongly across 2026-09-19→21, five of them mine. The recurring
|
||||
shape is **configured ≠ effective** — `systemctl show -p Environment` reporting
|
||||
a drop-in while `/proc/<pid>/environ` lacked it; a grep proving presence while
|
||||
evaluation proved absence; a green test suite over a control the browser never
|
||||
received. What broke the pattern every time was asking a *different* instrument
|
||||
the same question.
|
||||
|
||||
See [[2026-09-21-booth-two-dead-controls]] for the same failure in a UI, and
|
||||
`feedback_control_flow_before_concurrency` in auto-memory for the triage rule
|
||||
that came out of it.
|
||||
-3
@@ -1,3 +0,0 @@
|
||||
# `[2026-09-22]` Backup coverage is a property of the SYSTEM, never one job's scope
|
||||
|
||||
**Backup coverage is a property of the SYSTEM, never one job's scope** — establish it by querying the repo for the path in a real snapshot, never by reading a job's `SRC=`. A peer read `dev-backup` alone and told the operator, unhedged, that Miranda's conversation had "never been backed up"; all five paths were in that night's restic snapshot. `docs/runbooks/backups.md`.
|
||||
@@ -1,3 +0,0 @@
|
||||
# `[2026-09-22]` Beszel and Uptime Kuma are DISJOINT, not redundant
|
||||
|
||||
**Beszel and Uptime Kuma are DISJOINT, not redundant** — Beszel's alerts bind to a *system* with a threshold; there is no URL column, so it is structurally incapable of "this endpoint should return 200". Homepage is DISPLAY ONLY (38 polls, alerts nobody). The empty seam between them is where homepage sat dead for three days. Settled; do not re-litigate.
|
||||
-3
@@ -1,3 +0,0 @@
|
||||
# `[2026-09-22]` D-0010/D-0011 were misrouted to this seat by `pane_find` matching a ROLLING PANE TITLE.
|
||||
|
||||
**D-0010/D-0011 were misrouted to this seat by `pane_find` matching a ROLLING PANE TITLE.** Genuine and operator-approved, wrong seat; `fleet_telemetry` held the right mapping and carries the warning, while `pane_find` is the title search and carries none. Belayed both; svos-dev owns the fix in `server/bifrost.py`. ⚠ Do not edit that file.
|
||||
@@ -1,3 +0,0 @@
|
||||
# `[2026-09-22]` Failed-START alarms on 23 nh3-dev units
|
||||
|
||||
**Failed-START alarms on 23 nh3-dev units** (`services/althing-notify-failure/`). ⚠ **Coverage is far narrower than it looks** — only the 7 timer oneshots and `svos.service` can actually reach `failed`; ten daemons flap forever instead. `svos.service`'s divergent 5-min window is LOAD-BEARING (operator ruling 2026-09-11) — **do not harmonise it**. Commits `1be39d1`, `163bb97`.
|
||||
@@ -1,3 +0,0 @@
|
||||
# `[2026-09-22]` Fleet alert bridge generalized
|
||||
|
||||
**Fleet alert bridge generalized** — `beszel-althing` → `althing-alert-bridge`, route registry (`/beszel` + `/kuma`), each with its own prefix/footer/parser. `/beszel` FROZEN and proven byte-identical (its three original tests kept unchanged). An alert that lies about its own source is worse than no alert. Commit `6f0a9b9`.
|
||||
-3
@@ -1,3 +0,0 @@
|
||||
# `headscale-ddns` exited 1 silently and the alarm carried no cause
|
||||
|
||||
`[2026-09-22]` **`headscale-ddns` exited 1 silently and the alarm carried no cause** — both failure paths were `|| exit 1` with no message. Now every exit names its reason and the WAN lookup retries 3×. The script was also untracked; a fix to what every mesh client resolves through lived on one disk. `30517fd`.
|
||||
@@ -1,109 +0,0 @@
|
||||
# Five instrument errors in one day — and they are one shape
|
||||
|
||||
`[2026-09-22]` · infra-ops, in a running exchange with svos-dev
|
||||
|
||||
## The shape
|
||||
|
||||
> **A tool that enumerates "things that are fine" and acts on them has selected
|
||||
> against its own subject.** (svos-dev's framing, taken close to verbatim.)
|
||||
|
||||
None of these failed randomly. Several had failure modes *anti-correlated with
|
||||
their purpose* — the healthier the fleet looked, the better they appeared to
|
||||
work. That is worse than an ordinary broken instrument, which at least fails
|
||||
visibly on the easy cases too.
|
||||
|
||||
## The five
|
||||
|
||||
1. **`--state=running` in `install.sh`** (`ef70b2f`). Selected only healthy
|
||||
units to hook, so a unit already down at install time was never hooked. The
|
||||
unit most needing the alarm is by definition the one that is not healthy.
|
||||
Found because `talk.service` was sitting in `failed` and uncovered.
|
||||
|
||||
2. **`awk '{print $1}'` over `systemctl list-units`** (`ef70b2f`). systemd
|
||||
decorates a FAILED unit with a leading `●`, so field 1 is the bullet, not
|
||||
the name; the sanitiser then reduced it to empty and dropped the row. The
|
||||
parser silently lost *exactly the rows that matter*. Fix: `--plain`.
|
||||
|
||||
3. **`grep -ic restic backup-freshness-alert.sh` → 0** (`ba60fda`). That is the
|
||||
WRAPPER. The checking lives in `check-backup-freshness.sh`, which had always
|
||||
checked seven hosts. I grepped one file of a two-file tool and generalised to
|
||||
the whole system — **the identical error svos-dev had made with `dev-backup`
|
||||
four hours earlier, made by me while correcting them for it.**
|
||||
|
||||
4. **`restic ls` always prints a header line** (`ba60fda`). Absent path returns
|
||||
1 line, real path returned 6; counting with `grep -c .` read the header as a
|
||||
hit, so the ABSENT branch fell through and reported *"index intact, blobs
|
||||
gone"*. An operator would have been sent to a repo-corruption runbook by a
|
||||
mistyped path — wrong in the most expensive available direction. Found ONLY
|
||||
by running the negative control. Fix: `grep -c '^/'`.
|
||||
|
||||
5. **A cooldown test that invoked the script before failing the unit**
|
||||
(`02a6fc0`). The two calls legitimately saw different states, computed
|
||||
different fingerprints, and the suppression correctly did not fire — so the
|
||||
test "proved" a bug that did not exist. The code was right; the test was
|
||||
wrong.
|
||||
|
||||
Adjacent, same family: **"nothing to count is not the same as not counting."**
|
||||
An `NRestarts` probe read flat after a manual restart and would have concluded a
|
||||
sampler goes blind whenever a human touches a unit. Artifact of the test — that
|
||||
unit had already hit its start limit and stopped auto-restarting. The instrument
|
||||
was reading correctly from a subject that had stopped producing.
|
||||
|
||||
## The rule this cost
|
||||
|
||||
**Not "verify". *Verify, then ask what the verification could not have seen.***
|
||||
|
||||
svos-dev sharpened it one notch and the sharpening is the useful half:
|
||||
|
||||
> The rung where you are CHECKING an instrument is the rung where you are least
|
||||
> likely to check, because you are already in verification posture and it feels
|
||||
> like the checking is happening.
|
||||
|
||||
## Why it is written down
|
||||
|
||||
Four of the five were mine, one was svos-dev's, and mine included making theirs.
|
||||
Neither of us is careless — we each checked one instrument and generalised from
|
||||
it, on the same day, while cataloguing the habit. A rule that both parties broke
|
||||
while discussing the rule is a rule that needs to be written where a fresh
|
||||
session will read it, not left as a lesson someone remembers.
|
||||
|
||||
Related: [[2026-09-21-booth-two-dead-controls]] — same family, found by the
|
||||
operator rather than by me, because I read templates instead of rendering them.
|
||||
|
||||
## Addendum — the sixth, and the one that cost an operator approval
|
||||
|
||||
`[2026-09-22, later]` Found by svos-dev verifying a mechanism I had merely
|
||||
inferred, and it corrects my own framing.
|
||||
|
||||
I told the operator that D-0010's `/clear` "cost nothing by luck of the delivery
|
||||
mechanism". **It was not luck.** `svos/server/bifrost.py:1322` composes
|
||||
`typed_text=f"[MIRANDA {card_id}] {text}"` — every relayed string is prefixed
|
||||
with the card id, so a slash command never begins the line and the receiving
|
||||
harness reads it as prose. **`pane_send` structurally cannot execute a harness
|
||||
command in a target pane.** A property of the tool, on every send.
|
||||
|
||||
Which makes the card worse than a misroute. It promised: *"Approve to type
|
||||
/clear into terminal_2 and clear booth-dev's context."* **That effect was never
|
||||
achievable** — not with the right pane, not with identity resolved perfectly.
|
||||
And the executed event recorded `{"sent": true}`: true about the bytes, false
|
||||
about the effect.
|
||||
|
||||
Three defects in one approved action — wrong pane, an impossible promise, and a
|
||||
receipt reporting success for an outcome that never occurred. Only the first was
|
||||
visible to anyone.
|
||||
|
||||
**Why this one is the sharpest of the set.** Every other instrument error here
|
||||
cost an agent some triage time. This one *consumed an operator approval*: Vuong
|
||||
approved an action believing it would take effect, and the system reported that
|
||||
it had. A receipt that describes the bytes rather than the outcome is the same
|
||||
class as `restic ls`'s header line or systemd's `●` — an instrument reporting
|
||||
cleanly about something it never checked — but pointed at the human whose
|
||||
judgement the whole approval gate exists to capture.
|
||||
|
||||
The general form, worth carrying beyond SVOS: **`{"sent": true}` is a claim
|
||||
about transmission, never about effect.** Any receipt that cannot distinguish
|
||||
the two will eventually report success for something that did not happen.
|
||||
|
||||
Fix is svos-dev's (identity asserted where telemetry can claim the pane,
|
||||
disclosed as title-only where it cannot; and `pane_send` refusing or the card
|
||||
declaring text whose leading token is a harness command it cannot deliver).
|
||||
-3
@@ -1,3 +0,0 @@
|
||||
# `[2026-09-22]` irv-ml1: Irvine is a TENANCY behind a Fortinet PFI does not control
|
||||
|
||||
**irv-ml1: Irvine is a TENANCY behind a Fortinet PFI does not control** — its TLS inspection breaks Tailscale relay/control intermittently (41 cert warnings/week). **No fix on our side; do not go looking.** ⚠ Diagnose reachability with `tailscale ping`, NOT status output — headscale said `online` and status said `active, 19.7GB` while nothing answered. Commit `38bb20c`.
|
||||
-3
@@ -1,3 +0,0 @@
|
||||
# `[2026-09-22]` restic checks now assert CONTENT and are DISCOVERED not enumerated
|
||||
|
||||
**restic checks now assert CONTENT and are DISCOVERED not enumerated** — conjunctive (recent AND present AND restores non-zero bytes); repos discovered from each NAS, hand list demoted to an EXPECTED set that distinguishes "vanished" from "stale". nh3-dev had never been on the watch list at all. Commits `ba60fda`, `4979869`.
|
||||
@@ -1,3 +0,0 @@
|
||||
# `[2026-09-22]` The acceptance probe for a guard must not be able to destroy what it tests
|
||||
|
||||
**The acceptance probe for a guard must not be able to destroy what it tests** (infra-hermes). `rm -rf /home` to prove safe-rm refuses is a test whose premise IS the thing under test. Guarded form is now standard: `[ "$(command -v rm)" = /usr/share/safe-rm/bin/rm ] && rm -rf /home || echo NOT-GUARDED`.
|
||||
-3
@@ -1,3 +0,0 @@
|
||||
# `[2026-09-22]` Uptime Kuma rebuilt from scratch on 2.5.5, moved esh-docker-vm → ana-docker.
|
||||
|
||||
**Uptime Kuma rebuilt from scratch on 2.5.5, moved esh-docker-vm → ana-docker.** ⚠ `:latest` is a TRAP — it tracks 1.x, so an Aug-2026 pull gave a Dec-2024 build. No REST CRUD API in either major; automation is Socket.IO via first-party `scripts/kuma` (the community wrapper is abandoned at 1.23.1). Monitors + channel + status page all declared in `stacks/uptimekuma/monitors.yaml`. Commits `3a85a6b`, `94899d6`.
|
||||
@@ -0,0 +1,22 @@
|
||||
# `[2026-09-27]` Blender 5.2 on fv-ml1 GPU 3, agent-driven (Prime)
|
||||
|
||||
(Moved out of the in-flight section at the 2026-10-06 snapshot. Canonical: `stacks/blender/README.md`.)
|
||||
|
||||
- Prime: "go ahead with gpu 3, both", and he does not use Blender, so **agents drive it through MCP**.
|
||||
Blender 5.2.2 LTS (linuxserver/selkies image, digest-pinned) with a web desktop at
|
||||
`https://10.251.50.54:3001` (vault `fv-ml1/blender-web-password`). **On demand only:**
|
||||
`scripts/blender-mcp up|down|status`. It was left DOWN (GPU 3 back to 2 MiB).
|
||||
- MCP: `mcp-for-blender` 2.1.1 (Dvalin's research pick). The add-on is vendored at `41a18432`. The
|
||||
server runs INSIDE the container, and agents reach it as ssh+docker-exec stdio via
|
||||
`scripts/blender-mcp`. No port is published, and screenshots work because server and Blender
|
||||
share a filesystem. Telemetry is off and safe mode is on. Verified end to end (render, screenshot,
|
||||
safe-mode refusal). **Batch path: `scripts/blender-run`** (one-shot `docker run --rm`, `--job` staging; first user is draupnir). **Access: the shared fleet `infra-ops` login, with no render-only key (Prime, 2026-09-28).** **Registration + up/down: PER WORKING SESSION (Prime, 2026-09-28, relayed by draupnir; superseded per-task of 09-27)**: `blender-mcp up` + `claude mcp add` at session start, `claude mcp remove` + `down` at its end. Never always-on, never user- or project-wide config.
|
||||
→ `stacks/blender/README.md`
|
||||
- **Extensions (2026-09-28, draupnir; Prime ruled Blender a MANDATORY pipeline stage):** 8 pinned
|
||||
add-ons (`stacks/blender/extensions.lock`) built by `scripts/blender-extensions sync` into
|
||||
`fv-ml1:/tank/blender-extensions/5.2/system` (LIVE), mounted read-only as the System repo;
|
||||
`fleet_extensions.py` enables them (GUI startup timer; `blender-run --extensions`). Headless
|
||||
acceptance 8/9 (CAD Sketcher sketching is GUI-only); **MCP 9/9 after Prime ran the deploy himself
|
||||
(1505; the classifier had refused mine)**. SurfacePsycho's eval() is patched to literal_eval
|
||||
(held under MCP). Open: agent-drawn CAD Sketcher geometry (its stateful ops want point picks),
|
||||
and MeasureIt overlays not seen in MCP screenshots. GUI left DOWN.
|
||||
@@ -23,3 +23,18 @@ independent check across all 8 found 0 leaking units. nh3-docker's scheduled uni
|
||||
does not un-expose what was readable.
|
||||
- Before the edit, esh-docker-vm's and irv-ml1's live profiles had drifted ahead of the repo, and were
|
||||
pulled in first (`c698751`).
|
||||
|
||||
## In-flight state at retirement (moved here at the 2026-10-06 snapshot)
|
||||
|
||||
- Seven hosts were moved from `env-file` to `repository-file` (`playbooks/restic-repository-file.yaml`),
|
||||
so the systemd units no longer carry the rest-server password. Secrets are vaulted as
|
||||
`<host>/etc/restic/{repository,password}`. `restic.env` is KEPT for manual snippets, so
|
||||
**a rotation must update the vault, `restic.env` and `repository`.**
|
||||
- **vm-esh-nas done too** (Prime bootstrapped infra-ops there at uid 850, NOPASSWD). **All 8 hosts are clean
|
||||
and vaulted.**
|
||||
- The passwords were readable until today, so the rotation (Prime's) remains the real fix.
|
||||
- 2026-09-27 0859 freshness check: all restic and PBS repos ✅. Those 0100 runs PRE-date the move
|
||||
(done ~0140–0200).
|
||||
- **VERIFIED 2026-09-28 (infra-hermes, read-only):** the first nightly on `repository-file` (0100 PT)
|
||||
succeeded on all 8 hosts (unit Result=success AND a today-dated snapshot in each repo), and the
|
||||
0800 freshness check was all-green, PBS included. nh3-dev also passed a content restore (`af5580c3`).
|
||||
|
||||
@@ -0,0 +1,12 @@
|
||||
# `[2026-09-27]` Worldtree reward path: code + config live (Prime)
|
||||
|
||||
(Moved out of the in-flight section at the 2026-10-06 snapshot.)
|
||||
|
||||
- `d8726a13` (Domari's Skywork/Selene fix) was ALREADY on origin/main when Prime said to push it: it
|
||||
was pushed as part of `79cce92f` at 1221. Demo runs image `79cce92f`. **Personal still runs
|
||||
`51168a2e`**, which is older and lacks the fix; its image follows worldtree CI, never a manual up.
|
||||
- `deploy-wt-config` deployed demo and personal (1437): `providers.yaml` `reward_models.scalar-judge`
|
||||
(6d4ac44), plus a77639d's corrected selene description, which had never reached the hosts. Both
|
||||
are healthy, with 0 drift. It is inert on personal until that image picks up d8726a13.
|
||||
- worldtree-instance-configs: its 6 long-unpushed commits (53349f8…6d4ac44, Aug 2 to Sep 27) were
|
||||
**pushed on Prime's go-ahead** (a9d091e..6d4ac44). Origin, the repo and both hosts now agree.
|
||||
@@ -0,0 +1,17 @@
|
||||
# `[2026-09-27]` Zigbee2MQTT on esh-docker-vm (Prime go-ahead; ha-dev request)
|
||||
|
||||
(Moved out of the in-flight section at the 2026-10-06 snapshot. Canonical: `stacks/zigbee2mqtt/README.md`.)
|
||||
|
||||
- **LIVE since 1240:** Z2M 2.14.1 (digest-pinned) on `http://10.0.50.45:8099` (auth token), radio
|
||||
SLZB-MR1U chip 0 `tcp://10.0.90.10:6638` (ember), channel 25, **PAN 0xCFF4**. State and the network
|
||||
key are in `/opt/docker/data/zigbee2mqtt` (root 0700, restic via /opt/docker, never in git). Vault:
|
||||
`esh-docker-vm/zigbee2mqtt-{network-key,frontend-token,mqtt-password}`. Broker user `zigbee2mqtt`
|
||||
added to mosquitto (passwd backup `.bak-20260927-z2m`).
|
||||
- **ha-dev deleted the ZHA entry**; pairing the Aqara T1 is theirs. ⚠ The "bridge in HA" acceptance first
|
||||
FAILED because HA had had no MQTT since 2026-09-25 06:13. Cause: the esh-docker-vm macvlan shim had no
|
||||
host route to HA (two equal /24s, ens18 wins). Fixed at 1249 with a /32 via the shim (if-up.d hook,
|
||||
`playbooks/esh-docker-vm-macvlan-shim-route.yaml`), and HA reconnected. My first report called HA
|
||||
"connected" from a client count that included my own probe; `$SYS` counts are not identities.
|
||||
- ⚠ The first credential-mint attempt was blocked by the auto-mode classifier on a peer-relayed
|
||||
approval. It went ahead only on Prime's own go-ahead in this session. Treat that as correct.
|
||||
→ `stacks/zigbee2mqtt/README.md`
|
||||
@@ -0,0 +1,15 @@
|
||||
# `[2026-10-05]` fv-ml1: vLLM KV pinned in bytes; GPUs 0/1 rebalanced by usage; contexts to published maximums; gen-small output cap
|
||||
|
||||
## As recorded in the in-flight section at the time
|
||||
|
||||
- **fv-ml1 GPU 0/1 REBALANCED 2026-10-05 2226–2249 (Prime: "accept all that" + "context up to published maximums if at all possible"; `playbooks/fv-ml1-rebalance-20261005.yaml`, elway all green, gateway smoke tests pass).** It follows the 2131 KV pins (meromero 22 GiB, coder pinned, gen-small 5.5 GiB). Why: on a shared card util-sized KV is a co-boot lottery, and GPU 0 creeps to ~60 MiB free after a boot. Rule: KV ≥ 1.25× the seat's max context, rounded up to 0.5 GiB. Two exceptions: meromero and gen-small keep Prime's numbers, and voices gets 1.07× (short prose traffic). Usage basis: 7 days of LiteLLM logs (gen-small 22,396 calls; sec 400; char-rp-fast 55; char-rp 14) plus the engines' own KV logs. **Layout:** GPU 0 = cyberprev, erp-seat, voices, coder, parakeet-nemo (4,036 MiB free right after; ~2.3 GB spare at parakeet's cap; cyberprev may still creep). GPU 1 = gen-small, meromero-rp, intern-decision (10,864 free; ~3.3 GB spare at the 32k peak once gen-small settles). Contexts raised: coder 16,384 → **32,768** (card max), voices 8,192 → **40,960** (native max). YaRN extensions were NOT enabled, and **Prime confirmed 2026-10-06: leave YaRN off for gen-small** (gen-small/cyberprev to ~1M, voices to 131k). They don't fit, and Qwen's own cards warn static YaRN hurts short prompts. intern-decision stays at 32,768 (card default 8,192; base config 262k; ~0.21 MiB/token of VRAM). **gen-small default output cap 32,768** (`--override-generation-config`; an explicit max_tokens still wins, verified in vLLM `get_max_tokens`). It answers 9 runaway ~260k-token replies in 7 days (albok-nemi ×6, all-agents-local ×3, all from nh3-dev); albok-dev told 2250 and closed it 10-06 0000. Nemi now sends max_tokens 8192 (albok-nemi 0.1.2, `tagging.max_tokens`), and its nh3-dev harness configs moved off the shared all-agents-local key onto vault `albok/litellm-key-nemi` + `albok/litellm-key`. The loops came from gen-small at temperature 0 on some memory entries; a capped reply degrades to Nemi's rule-based tagger. ⚠ **Verify both cards' plateaus ~10-07/08** from Beszel (`stats.g.<n>.mu` × 1.024). .env backups `*.env.bak-20261005-rebal`. Earlier the same night: KV pins 2131–2139 (`playbooks/fv-ml1-kv-pin-20261005.yaml`; diagnosis in commit 269c80f). Park 75 dropped by Prime 2115.
|
||||
|
||||
## The diagnosis that led to it (2026-10-05 ~2120, read-only)
|
||||
|
||||
- GPU 1 lost ~2.5 GB in one step at the 0234 Docker-move restart (Beszel 2 h windows: flat 88,566–88,779 for 4 days, then flat 91,082; Beszel `mu` = MiB / 1.024). The cause: `vllm-meromero-rp` sized KV from `--gpu-memory-utilization` 0.52, and vLLM's profile counts co-booting neighbours as its own non-torch memory. Non-torch read 8.11 → 1.74 → −0.56 GiB over three boots, and KV came out 20.37 → 26.74 → 29.04 GiB. intern-decision's 32k-call budget went ~2.4 GB short.
|
||||
- GPU 0 had no step; it creeps for 1–2 days after each boot and plateaued at ~60 MiB free (10-03 → 10-05). The 10-01 "Free ~1.05 GB at rest" was read just after a restart.
|
||||
- Fix 1 (2131–2139, `playbooks/fv-ml1-kv-pin-20261005.yaml`): meromero pinned 22 GiB (Prime), coder pinned at its usual 77,056 tokens, gen-small 8 → 5.5 GiB (Prime: leave parakeet on GPU 0; GPU 3 stays clear).
|
||||
- Fix 2 (2226–2249, `playbooks/fv-ml1-rebalance-20261005.yaml`): usage-based sizing plus Prime's "contexts up to published maximums". The planned voices↔coder swap no longer fit once voices went to 40,960, so the partition became gen-small → GPU 1, erp + coder → GPU 0 (brute-forced over every split for the best worst-case spare).
|
||||
- Usage basis (7 days of LiteLLM spend logs plus the engines' own KV logs): gen-small 22,396 calls (p99 prompt 4.5k, peak in-flight ~24.5k tokens excluding runaways); sec 400; char-rp-fast 55; char-rp 14.
|
||||
- YaRN: Prime confirmed 2026-10-06, leave it off for gen-small (cyberprev ~1M would need ~45 GiB; voices 131k ~18 GiB bf16; gen-small fits only by evicting, and Qwen's cards warn static YaRN degrades short prompts, 99% of its traffic).
|
||||
- Lessons kept as auto-memory: `reference_vllm_util_kv_coboot_race`, `feedback_vllm_headroom_at_plateau_not_boot`. vLLM's `--kv-cache-memory` exists since v0.10.2 (PR #21489); ⚠ open vLLM PR #56698 would re-introduce profiling for pinned sizes (check it before any image bump).
|
||||
@@ -0,0 +1,9 @@
|
||||
# `[2026-10-06]` Backup checker: destroyed guests, the stdin swallow and snapshot age; residue pruned; mirror retention matched
|
||||
|
||||
- **Backup check (2026-10-06): the 0800 run was clean apart from one false STALE, now FIXED.** nh3-pve-2 coverage read clean, svos drill B was ACKNOWLEDGED, nothing was DEGRADED. The false STALE was `pbs/ana-pve/vm/110`, pfi-ana-webhost, destroyed 10-04 with `qm destroy --purge`. Three fixes landed in `scripts/check-backup-freshness.sh`. infra-hermes, `0a348e5`: destroyed guests are now reported as policy residue (GUEST DESTROYED), and an ssh in the read loop now uses `-n`, because without it the whole PBS layer silently vanished. infra-ops, `d920cf3`: snapshot age now comes from the snapshot NAME, not the directory mtime, which PBS bumps at every verify and every 30-day re-verify. Verified exit 0; positive control at 5h flags 10. Residue PRUNED on Prime's word (2026-10-06 1307): on pbs-ana, ana-pve/vm/110 (8 snapshots) and esh-pve/vm/102 (7, including the protected final 09-10 image, unprotected first; Prime's 09-19 ruling said that VM had no needed state); on the pbs-nh3 mirror, 162 + 10. The checker now reads 0 GUEST DESTROYED, exit 0. **Mirror retention SET (Prime "match history", 2026-10-06 1310):** pbs-nh3 prune job `default-backups-mirror-1b7d4123-` now keeps last 3 / daily 14 / weekly 8 / monthly 12 / yearly 5, the same as pbs-ana. It was keep-all: 3,932 snapshots against 266, 5.49 TiB against 0.93 TiB, nh3-nas at 79%. Dry-run: keep 738, remove 3,194. First run at 00:00 on 10-07, then daily GC. remove-vanished stays false (deliberate). ⚠ **Check on 10-07** that the prune ran and GC freed the space. Old cfg: `/root/prune.cfg.bak-20261006` on pbs-nh3.
|
||||
|
||||
- The false STALE came from `qm destroy 110 --purge` (10-04 1726, pfi-ana-webhost retirement): --purge also removed 110 from the 03:00 job's exclude list, so the checker saw a "covered" guest with no new snapshots.
|
||||
- infra-hermes's first cut crashed under `set -u` (`case "$guest" in vm/*)` never matches a namespaced path); infra-ops sent the `*/vm/*` + pre-set fix and infra-hermes adopted it. The worse bug, found only by running it: the inventory ssh inside the while-read loop swallowed the loop's stdin, so the whole PBS layer silently vanished while the verdict stayed green.
|
||||
- Snapshot dir mtime moves on every verify/notes edit (pbs-ana verify: 02:30 daily, `outdated-after 30`). Age now comes from the snapshot name. Auto-memory `reference_pbs_snapshot_mtime_moves_on_verify`.
|
||||
- infra-hermes added a runbook rule: alarm-script changes get a two-seat review before they ship (`24b7195`).
|
||||
- Prime "prune backups" (1307): residue deleted on pbs-ana (ana-pve/vm/110 ×8, esh-pve/vm/102 ×7 incl. the protected 09-10 final image) and on the pbs-nh3 mirror (162 + 10; sync has remove-vanished false). The mirror's prune job had no keep rules (keep-all); Prime "match history" set it to the primary's rules.
|
||||
@@ -0,0 +1,6 @@
|
||||
# `[2026-10-06]` gen-large contention: jekyll moved to sec-reasoning (Prime)
|
||||
|
||||
- **gen-large contention (2026-10-06 1432):** the `jekyll` Hermes seat (nh3-dev, shared all-agents-local key) was sending 165–183k-token prompts every few seconds while Prime ran ~140k from his MacBook. flash-next's KV (344k tokens) overflowed: 539 → 819 preemptions, decode 2–16 tok/s, calls of 221–244 s. **Prime moved jekyll to `sec-reasoning` (cyberprev, GPU 0) at ~1435.** At 1439 gen-large was back to 90–143 tok/s with 1 running; sec had KV at 34% and 0 preemptions. ⚠ Watch: sec's KV is 337k tokens, so jekyll plus a long sec prompt (up to 192k) can overflow it too. jekyll's context grows ~1k/call toward the 262k ceiling. Heavier long-context traffic may grow cyberprev's footprint and eat GPU 0's ~2.3 GB spare; check at the 10-07/08 plateau review.
|
||||
|
||||
- How it was found: LiteLLM spend logs for `:8022` (two long-context clients interleaving: 10.100.10.166 Prime's MacBook ~134–141k, and 10.100.10.50 nh3-dev ~165–183k on all-agents-local), then `ss -tnp` on nh3-dev mapped the gateway connection to pid 124754, a Hermes process with `ALTHING_HANDLE=jekyll` in `~/development/jekyll`. `~/.hermes/config.yaml` defaults every Hermes seat to `gen-large`.
|
||||
- Engine view: KV 88–100%, preemptions 539 → 819, decode 2–16 tok/s against ~108 with one stream.
|
||||
@@ -0,0 +1,9 @@
|
||||
# `[2026-10-06]` Scriberr diarization fixed; model caches on /tank; HF_TOKEN a placeholder; GPU profiles
|
||||
|
||||
- **Diarization FIXED 2026-10-06 ~1320 (Prime: "whisper doesn't work at all, need diarized transcripts").** Three faults: no `HF_TOKEN` (pyannote is gated). FINAL: the gated models were downloaded once, caches moved to /tank (`HF_HOME`/`TORCH_HOME`/`NLTK_DATA` under `/app/whisperx-env`), and `HF_TOKEN` is a placeholder (Prime 1330: "move the downloads and drop the token"). Cached gated models load with an invalid token; a NEW gated model needs one download with vault `fv-ml1/hf-token`. Saved profiles added: `WhisperX large-v3 · GPU · speakers` and `Parakeet · GPU · speakers`. Prime's 1 h transcript finished diarized at 1336 (3 speakers, 3m30s). ⚠ My 1330 recreate killed his 1326 run (an idle check that printed but did not gate); see auto-memory `feedback_idle_check_must_gate_the_restart`. torchcodec 0.16 in the pyannote env against torch 2.8 (`AudioDecoder` undefined; pinned to 0.7 by hand, durable as `patches/0003`, applied at the next rebuild); and the WhisperX adapter's CPU/small/float32 defaults. Both diarization paths verified on GPU 3. → `stacks/scriberr/README.md` § Diarization
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- Faults, in the order found: (1) no HF token for the gated pyannote models (WhisperX died after a 12m45s CPU transcription; Parakeet+pyannote refused up front); (2) the pyannote env had torchcodec 0.16.0 (needs torch ≥2.11/CUDA 13) beside torch 2.8.0+cu128, so `AudioDecoder` was undefined; pinned to 0.7 by hand, made durable as `stacks/scriberr/patches/0003` (applied at the next rebuild; `git apply --check` passes on a353078+0001+0002); (3) the WhisperX adapter defaults to cpu/small/float32.
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- The token step went in two stages. First Prime's HF token was passed through compose (vault `fv-ml1/hf-token`, account lkraven, read role). Then Prime said "move the downloads and drop the token": `HF_HOME`/`TORCH_HOME`/`NLTK_DATA` now point under `/app/whisperx-env` (the /tank bind mount; ~6 GB had been in the container layer and was lost on every recreate), and `HF_TOKEN` is a compose placeholder. Measured: cached gated models load with an invalid token (huggingface_hub falls back to the cache on the 401), and public models still download (200). Scriberr only checks that the token is non-empty.
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- Saved profiles (inserted as uid 10001, no restart; DB backup `scriberr.db.bak-20261006-profiles`): `WhisperX large-v3 · GPU · speakers`, `Parakeet · GPU · speakers`. Prime's 1 h upload then finished diarized: Parakeet 46 s (11,985 words), pyannote 2m38s, 3 speakers.
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- ⚠ The 1330 recreate killed Prime's 1326 re-run: the GPU-busy check printed "1" but did not gate. Auto-memory `feedback_idle_check_must_gate_the_restart`.
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- Commits: `5896a74`, `ec888c3`, `efd31b4`. Full write-up: `stacks/scriberr/README.md` § Diarization.
|
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Reference in New Issue
Block a user