Viktor hit 'Too big request header' (fasthttp 431 from error-pages) on a
routed host during a brief 503 window, and sees it periodically across
ingresses: Authentik forward-auth accumulates one authentik_proxy_*
cookie per protected service on .viktorbarzin.me, so established
browsers carry multi-10KB Cookie headers — over error-pages' 5120-byte
default read buffer, which doubles as its max header size. Any error-
middleware dispatch then 431'd instead of rendering the styled page.
Same root cause class as the 2026-06-01 large_client_header_buffers
fixes on bot-block-proxy and auth-proxy-config; error-pages was the
remaining small-buffer backend on the shared chain.
Viktor asked to unblock the ADR-0002 ghcr pull-secret work (infra#12)
without waiting on a UI-minted token: GitHub has no token-mint API, so
the admin PAT (aliased in Vault as secret/viktor/ghcr_pull_token —
swap the alias value when a scoped token is ever minted) becomes the
platform credential. Because the PAT is broad, the new ClusterPolicy
clones ghcr-credentials ONLY to an explicit allowlist of namespaces
running private ghcr images (tripit, f1-stream, job-hunter,
instagram-poster, payslip-ingest, wealthfolio, fire-planner,
recruiter-responder) — NOT cluster-wide like registry-credentials.
generateExisting+synchronize so existing namespaces get the clone.
tripit's hand-declared ns-scoped secret is removed in favour of the
clone (imagePullSecrets now reference the name literally).
Co-Authored-By: Claude Fable 5 <noreply@anthropic.com>
Viktor's screen rendered unscaled on a bare /vnc.html. The entrypoint
now writes /usr/share/novnc/defaults.json (resize=scale, autoconnect,
reconnect with 2s delay, shared) so every load behaves right without URL
params, and viewers self-heal across pod restarts/wakes. Already applied
live to the running pod; this makes it survive the next wake.
The deployment's lifecycle.ignore_changes still ignored the container
image (copied from the keel-managed tripit pattern), which would have
made the previous commit's GHCR switch a silent no-op on apply. Keel
cannot poll the private GHCR repo anyway; the pinned sha tag is
terraform's to manage.
Co-Authored-By: Claude Fable 5 <noreply@anthropic.com>
Viktor reports the voice still isn't from the TTS service — correct:
zero story_audio rows exist; the pod has sat in ImagePullBackOff since
the first window because the 2026-06-09 Forgejo-registry push has a
corrupt layer blob (HEAD 500s; pushed from a 94%-full disk) and identical
digests can't heal corrupt registry storage. The off-infra GHA rebuild
(tripit build-chatterbox.yml, devnen 915ae289, succeeded 03:23 UTC) now
lives in private GHCR: switch the image there, pin the upstream-sha tag,
and add the vault-backed ghcr-credentials pull secret (mirrors
stacks/tripit). tripit's drain loop has 27 narrations queued and picks
them up the moment the pod goes Ready.
Co-Authored-By: Claude Fable 5 <noreply@anthropic.com>
cluster-health found beads-dispatcher + beads-reaper CronJobs in ImagePullBackOff
for ~7h: they pinned claude-agent-service:2fd7670d, a SHA tag that Forgejo
retention (keeps newest 10) pruned. claude-agent-service itself runs :latest
(KEEL_IGNORE_IMAGE). Point the beads tag at :latest so it tracks the live image
and can't go stale again — the dispatcher/reaper only need bd+curl+jq, which the
image ships.
Co-Authored-By: Claude Opus 4.8 <noreply@anthropic.com>
Trues the runbook up to reality: guest GL stays software (llvmpipe)
under Xvfb by deliberate choice (NVIDIA headless GL would need a
different streaming architecture), the GPU slice costs ~100MiB VRAM only
while awake, and the awake steady-state is ~0.5-1.3 cores / ~5Gi with
scale-to-zero covering idle.
Viktor's off-infra-builds wave 0 (infra#11): two untracked
terraform.tfstate.<ts>.backup files with live plaintext Tier-0 secrets
were sitting in stacks/infra/ unmatched by the existing *.tfstate.backup
patterns — one stray git add from the public repo. Pattern added;
the on-disk files are deleted separately.
Co-Authored-By: Claude Fable 5 <noreply@anthropic.com>
Viktor's noVNC sat at 'Connecting…' forever: the WebSocket traversed
Cloudflare/Authentik/websockify fine, but x11vnc never sent the RFB
banner — strace showed it sweeping the container's fd table with one
fcntl per fd, and containerd grants RLIMIT_NOFILE=2147483584 here, so
each connection effectively never completed. The entrypoint now sets
ulimit -n 65536 for everything it launches (verified live: banner
answers instantly under the capped limit); x11vnc also gets -nolookup
so client reverse-DNS can never stall handshakes.
Viktor asked to evaluate fully external image builders because in-cluster
CI builds keep destabilising the homelab (Forgejo OOM under registry-push
load, hairpin push timeouts, build IO on the shared sdc HDD, registry PVC
at its 50Gi ceiling). The evaluation was grilled to a decision set:
- every owned image builds on GitHub Actions and lives on ghcr.io
(extends the 2026-06-09 tripit pilot to the whole fleet)
- per-repo visibility: 9 public mirrors + images (gated on a clean
gitleaks/PII history scan), the personal/finance/gray ones stay private
- clean cut: no in-cluster fallback build pipelines; existing
build-fallback.yml files are deleted
- Woodpecker becomes deploy-only; Forgejo registry freezes to one
last-known-good tag per Service after a manual cleanup pass
- dead builders (terminal-lobby, webhook-handler, hmrc-sync, trading-bot,
travel-agent, trip-planner) are decommissioned, not migrated;
travel_blog is decommissioned outright; manual images (x402-gateway,
chrome-service-novnc, chatterbox-tts, android-emulator) get formalized
GHA builds; infra-ci + CLI builds move to GHA on the public infra repo
CONTEXT.md: updated 'GHA build + Woodpecker deploy', added 'Canonical
repo', 'GitHub mirror', 'Forgejo registry' terms, image-path relationship,
and a 'registry' ambiguity entry.
Co-Authored-By: Claude Fable 5 <noreply@anthropic.com>
First GPU boot verified qemu attached to the T4, but the guest GL
translator reported llvmpipe: the GPU operator injects only
compute,utility by default, so the NVIDIA EGL/GL vendor libraries were
absent and gfxstream silently fell back to software GL. The graphics
capability completes the hardware rendering path.
The control-plane flap (etcd lease-renewal timeouts) recurred. Rather than move
etcd to SSD (code-oflt, deferred again), the chosen direction is to REDUCE etcd
load enough that the leader-election-timeout band-aid (renew 10s->30s) becomes
removable. These are the big, clean cuts:
1. Remove VPA/Goldilocks (stacks/vpa emptied). All 349 VPAs ran updateMode=Off
(no auto-right-sizing) yet cost ~800 etcd objects + continuous recommender
writes + a pod-creation admission webhook, purely to feed a dashboard. krr
(Dockerized, on-demand) replaces it. Reverses the re-add after memory 2431.
2. Disable kyverno reporting (admission/aggregate/background). policyReports were
already off, so the pipeline generated ephemeralreports + an hourly
all-resource etcd re-scan for NO user-facing output. Admission enforcement
(deny-* policies) and Keel mutation are unaffected; violations surface via
Loki->Slack.
3. descheduler */5 -> hourly (fewer list/evict cycles; rebalancing isn't urgent).
Deferred (poor ROI / unsafe as planned): ESO refreshInterval 15m->1h is a
~20-stack sprawl for ~0.1 writes/s; keel background=false is invalid for a
mutate-existing policy and its churn is apply-time not steady-state. Both filed
as follow-up beads.
Post-apply: delete the chart-orphaned VPA CRDs to cascade-clean leftover CRs.
Then measure etcd apply-latency and revert the timeouts. Docs updated
(VPA/Goldilocks -> krr). See memory 5402-5407.
Co-Authored-By: Claude Opus 4.8 <noreply@anthropic.com>
First real wake attempt 500'd: kubernetes.default.svc does not resolve
from the gate's alpine pod (musl + injected dns_config ndots quirk), so
every kube call failed with 'Name does not resolve'. Use the injected
KUBERNETES_SERVICE_HOST/PORT env vars — the canonical in-cluster
endpoint, no DNS dependency. ConfigMap checksum annotation rolls the
gate automatically.
Follow-up to eef4dc7f: the Android Shell's dedicated bearer-auth host
(tripit-api, ADR-0017) serves the same thumbnail-proxy traffic and was
still on the default 10/50 limiter — the shell's photo grid would have
hit the identical 429 wall Viktor just reported on the PWA host.
Co-Authored-By: Claude Fable 5 <noreply@anthropic.com>
Viktor hit a wall of 429s scrolling the new trip Photos tab: every Immich
thumbnail proxies through tripit's /api, so a few-hundred-photo trip is
that many parallel GETs from one IP — far past the shared Traefik
limiter's average 10 / burst 50. Fourth instance of the parallel-asset
pattern (ha-sofia, ActualBudget, noVNC); same cure: dedicated
tripit-rate-limit middleware (average 100, burst 1000) +
skip_default_rate_limit on the main tripit ingress only. The token-gated
calendar/email/slack carve-outs keep the strict default.
Co-Authored-By: Claude Fable 5 <noreply@anthropic.com>
The previous commit (c5631cff) failed CI's ingress_factory guard: the
'# auth = "none": <why>' justification must sit directly above the auth
line inside the module, not above the module block. Same content, moved
to where the lint looks; no functional change.
Co-Authored-By: Claude Fable 5 <noreply@anthropic.com>
Viktor is adding the Android APK (Capacitor Shell) for TripIt. The Shell
cannot use the browser's forward-auth cookie dance, so per tripit ADR-0017
it logs in with OIDC Code+PKCE and calls the API with bearer JWTs:
- authentik.tf: tripit-app OAuth2 provider (public client + PKCE — an APK
holds no secret), custom-scheme redirect me.viktorbarzin.tripit://callback,
RS256, 1h access / 90d refresh (offline_access mapping attached so refresh
tokens are issued), plus the TripIt App application.
- main.tf: new ingress host tripit-api.viktorbarzin.me -> same tripit
Service, no forward-auth (backend validates the JWTs itself once tripit
AUTH_MODE=hybrid lands — slice 2), inbound X-authentik-* deleted via the
existing traefik strip-auth-headers middleware so the header fallback can
never be spoofed through this host.
Closes nothing here; tracked as viktor/tripit#49.
Co-Authored-By: Claude Fable 5 <noreply@anthropic.com>
Viktor's direction (2026-06-12): the emulator is dev-only, so it should
be on-demand, and it should use the T4 where applicable. (1) api36-v5
runs '-gpu host' on the GPU node (nodeSelector + time-slice + EGL libs;
automatic swiftshader fallback if GPU init dies) — screen-on rendering
moves off the CPU (~5 cores → expected 1-2). (2) The wake gate (stdlib
python, owns / on both hostnames) scales the deployment 0→1 on visit and
hands the browser to noVNC when ready; agents GET /wake + /status. The
idle-sleeper CronJob counts established adb/noVNC connections via
/proc/net/tcp (excluding the in-container loopback adb client) and scales
to zero after 4 idle checks (~1h). TF ignores replicas drift. VRAM cost
(~0.5-1GiB) is held only while awake, protecting llama-swap headroom.
The cluster-health check found the control plane flapping: kube-scheduler
and kube-controller-manager were crashlooping (220+ restarts) on lost
leader-election leases, with "etcdserver: request timed out" in the logs.
Root cause: the android-emulator pod's ~4.7-core swiftshader (software-GPU)
CPU burn on node3, together with frigate on node1, saturated the single
Proxmox host (load ~64) and starved etcd's disk/CPU on the k8s-master VM —
so etcd timed out and the leader-election controllers died and restarted in
a loop.
The emulator is a shared *test* instance, not a 24/7 service, so scaling it
to 0 is the right relief: spin it back to replicas=1 on-demand for a testing
session. Confirmed recovery after scaling down: node3 CPU 83%->28%, PVE load
64->51, control-plane restarts frozen. Durable structural fix (etcd/critical
VM disks off the shared sdc HDD; PVE CPU weighting) is tracked as code-oflt.
Co-Authored-By: Claude Opus 4.8 <noreply@anthropic.com>
First real window (2026-06-12 02:00): the chatterbox pod sat in
ContainerCreating with MountVolume exit 32 x19 — /srv/nfs-ssd is exported
whole-tree but the chatterbox SUBDIR never existed on the host (the
go-live runbook step needed NFS-host shell nobody doing the apply had).
One-shot busybox Job mounts the export root and mkdir -p's the subtree;
kubelet's mount retry then self-heals the pod. Audio queue (27 items)
drains as soon as the model loads.
Co-Authored-By: Claude Fable 5 <noreply@anthropic.com>
Pipeline 102 applied nothing — the rate-limit commit entered master under
a merge head and the changed-stack detector is blind to merge diffs.
Plain commit touching both stacks so they apply.
Viktor's 'VNC stuck loading forever' (remote network): noVNC 1.3 is
unbundled and fetches ~60 ES modules in parallel on page open; the shared
Traefik rate-limit (average 10, burst 50) 429s the tail and noVNC's
loader waits on the missing modules indefinitely (reproduced: 38x429 in
a 90-request burst through the ingress). Adds a dedicated 50/300
android-emulator-rate-limit middleware (actualbudget/immich pattern) and
opts both emulator ingresses out of the shared limiter.
Viktor asked 'can't we make it live? why the cronjob?' — the overnight
window guaranteed VRAM room on the shared T4, but immich/frigate models
idle-unload during the day so the card often has room (measured 10.3 GiB
free at 01:20). New 'demand' action every 3 min: scale Chatterbox up when
tripit's audio queue is non-empty AND free VRAM >= floor; idle it back to
0 when the queue empties (also frees the card early inside the nightly
window). Failed metrics scrape fail-safes to no-scale-up, same as the
window preflight. The guard moves to all-day */5 — live synthesis can
hold the card at any hour, so the yield-on-pressure watchdog must watch
at any hour. tripit exposes the unauthenticated in-cluster queue count;
a 404 from an older image reads as queued=0 (no-op). The 02:00 window-up
stays as the guaranteed nightly catch-up.
Co-Authored-By: Claude Fable 5 <noreply@anthropic.com>
Viktor wants the emulator screen reachable over the web: adds
android-emulator.viktorbarzin.me (Cloudflare-proxied) behind Authentik
forward-auth — same-origin WebSockets through forward-auth are proven by
the terminal/ttyd stack. The LAN .lan view stays, and adb:5555 remains
LAN-only since it is unauthenticated.
Switches the planning workspace's 'Research this' from the deterministic Fake to the live claude-agent-service Researcher. Behaviour-reviewed via a prod-pod country_when call (proposed Morocco/Georgia/Peru/Iceland with real 2026 UK bank-holiday leave windows + rough fares). Opt-in, budget-capped ~$2/run, wall-clock-bounded → degrades to 'found nothing' on slow/failed/quota-exhausted runs. Reuses CLAUDE_AGENT_TOKEN already in tripit-secrets. Completes the 12-slice Trip-Planning-Decisions feature.
Co-Authored-By: Claude Opus 4.8 <noreply@anthropic.com>
Pipeline 96 applied only tripit: the v4 bump (577267cd) entered master
inside a merge whose first-parent diff hid stacks/android-emulator from
the stack detector — same failure mode as the tts 798b0255 trigger. This
plain commit touches the stack so the detector picks it up.
Two final fixes from the live debugging session: (1) sdkmanager-latest
emulator 36.6.11 hangs before executing a single guest instruction in
this pod (KVM and TCG alike, every gpu mode, crash-reporting on or off)
while 36.1.9 boots Android in ~107s — the entrypoint now pins build
13823996 on the PVC; (2) the emulator already listens on 127.0.0.1:5555,
so socat's wildcard bind died with EADDRINUSE and its exit restarted the
pod right after a successful boot — socat now binds the pod IP only.
Viktor's tour-redo (tripit#29): the new image is rolled out, so the two
new provider knobs can flip — discovery becomes wikipedia+llm (GeoSearch
merged with claude-agent-service proposals, Focus-steered) and the
Wikipedia place resolver (manual sight search + LLM-proposal resolution)
leaves its fake default. Env-after-image hold order, same as FARE_PROVIDER.
Co-Authored-By: Claude Fable 5 <noreply@anthropic.com>
Viktor's tour-guide redo (tripit#30/#31): narration audio is baked-audio-only
now — the fill-tour-audio worker synthesizes the queued (story, telling,
voice) audio while the tts stack's off-peak window (02:00-06:00) has
Chatterbox scaled up. Two idempotent passes: 02:20 after scale-up + model
load, 04:30 insurance against a skipped window or guard yield. Daytime runs
record tts_unreachable and exit quietly by design.
Co-Authored-By: Claude Fable 5 <noreply@anthropic.com>
v2's marker fix proved the install completes, but avdmanager still saw
no system images: it IGNORES ANDROID_SDK_ROOT (and has no --sdk_root),
deriving the SDK root from its own toolsdir — /opt/android in our image,
while packages live on the PVC at /sdk. v3 seeds cmdline-tools into
/sdk/cmdline-tools/latest once and runs avdmanager from there, so it
resolves the PVC as the SDK root.
First boot crashed mid-SDK-install, and the dir-existence check then
skipped reinstall forever: avdmanager saw the partial tree and died with
'Valid system image paths are: null' (CrashLoopBackOff). v2 tracks
install completion with a marker file written only after sdkmanager
succeeds + package.xml exists, wipes partial system-image trees before
reinstalling, and retries sdkmanager 3x.
The five imports from the last recovery commit are in state now (verified
serial 4: everything except the deployment). The deployment kept falling
out of state between runs, so instead of a third import round the broken
0-replica deployment object was deleted live (transient recovery step,
presence-claimed) and this apply recreates it Terraform-owned with the
quota-fitting 3Gi requests. Import stanzas must go because TF 1.5 errors
on importing already-managed addresses.
Pipeline 88 imported the namespace but its refresh dropped the PVC, both
services, the ingress and the tls secret from state (PG-backend state
races on this new stack's first applies), so the apply again died on
'already exists' conflicts. State now holds namespace+deployment; adopt
the missing five with import blocks (TF 1.5 errors on importing
already-managed addresses, so only the missing set is listed). Stanzas
come out once applied.
Pipeline 85 created the namespace but a Terraform pg-backend
workspace-creation lock race (new stack schema initializing while other
stacks applied concurrently) left it out of the recorded state — every
later apply then died with 'namespaces android-emulator already exists'.
Adopt it with an import block per the house recovery pattern; stanza
gets removed once it has applied.
First deploy hit 'exceeded quota: tier-quota, requested requests.memory=8Gi,
limited 4Gi' — the generated tier-1 quota caps memory REQUESTS at 4Gi but
allows 32Gi of limits, so go Burstable (requests 3Gi, limits 8Gi) like
tiers 3/4 do, instead of opting the namespace out via custom-quota.
Viktor is setting up an Android app development pipeline (tripit is the
first app) and wants agents to natively test changes on Android before
shipping. This adds the testing environment: an API-36 Google emulator
under KVM as a privileged pod (namespace joins the Kyverno exclude list),
SDK/system-image/AVD on a proxmox-lvm PVC, adb on the shared MetalLB IP
10.0.20.200:5555 (LAN only), noVNC screen view at
android-emulator.viktorbarzin.lan. Image is built manually from the
stack's docker/ dir (rare rebuilds; off-infra-CI rule targets repeated
builds). First infra ADR records the trade-offs (devvm/VM/redroid/budtmo
rejected).
The Woodpecker default pipeline selects stacks via git diff HEAD~1 HEAD;
on a merge commit that is the first-parent diff, which contained only the
concurrently-landed files — stacks/tts never got applied (namespace still
absent) and the kyverno re-trigger push got no pipeline at all. Single
non-merge commit touching both stacks so the detector sees them; the
sorted loop applies kyverno before tts, the order tripit#26 requires.
Co-Authored-By: Claude Fable 5 <noreply@anthropic.com>
Viktor's tour-guide redo (tripit#26): 87702bdc committed this stack with
[ci skip] so it was never applied — prod tripit has been pointing at a
nonexistent chatterbox-tts service since. This commit triggers the apply
and fixes the voices path: config pointed predefined_voices_path at the
NFS PVC (/data/voices), which nobody can seed without NFS-host shell
access and which would leave /v1/audio/voices empty (it gates readiness).
Use the 28 voices bundled in the image at /app/voices instead; /data
keeps reference audio (future cloning) and the HF model cache.
Co-Authored-By: Claude Fable 5 <noreply@anthropic.com>
Viktor got locked out of the break-glass path (forgot the port-knock setup) and
deleted the edge-router forwards, then asked to review and redesign it from
scratch.
Root cause of the lockout: the knock added no real security (key-only SSH is
already brute-force-proof) and its only benefit — hiding the port — came at the
cost of a circular dependency. The knock sequence lived only in in-cluster
Vault, which is unreachable in the exact away/cold scenario break-glass exists
for. So the unlock secret was unavailable precisely when needed.
New model (self-contained, nothing to remember): plain key-only SSH on the
Proxmox host's :52222, openly reachable. The edge router forwards WAN tcp/52222
-> 192.168.1.127:52222 (external port MUST equal internal on the TP-Link AX6000
- it rejects remaps; port 22 itself is reserved). The exposed port trusts only a
dedicated break-glass key via `Match LocalPort` (a leak of any other root key
does not grant internet access), rate-limited (iptables hashlimit) + fail2ban.
- Removed knockd (package + config) and the legacy Synology SSH forward
(ext 3333 -> .13:22, a needless WAN exposure the original plan wanted gone).
- Fixed the fail2ban jail for Debian 13 (auth logs under sshd-session, not sshd
- the stock journalmatch silently never banned).
- Versioned the host config in scripts/ (it was applied ad-hoc, never committed)
and recorded the deliberate Wave-1 "no public-IP" exception in security.md +
.claude/CLAUDE.md. Superseded the 2026-05-30 port-knock design docs.
Co-Authored-By: Claude Fable 5 <noreply@anthropic.com>
