The abiba-zulip-restore.prose.md file incorrectly claimed the default model
was 'deepseek-v4-pro', but /root/.pi/agent/settings.json declares
'defaultModel: syslog-auto' and 'defaultProvider: syslog-harness'.
deepseek-v4-pro is not a servable LiteLLM model name for this fleet.
The only live models are: syslog-auto, gpu-dense, gpu-vision, strix-moe.
Note: The firstmate/pi session talks to DeepSeek through its own
provider (auth.json), NOT through LiteLLM, so no LiteLLM change is
needed to keep firstmate's deepseek usage working.
- harness-litellm container has no curl/wget, so docker exec harness-litellm curl returns empty
- Fix: run curl on CT 116 host (ssh root@192.168.68.116 then curl)
- Add admin-call-failed label for empty/unparseable responses
- Verify: 10 keys found (host-side curl), NO-CURL confirmed in container
- infrastructure-monitoring: Correct Zulip key path to /etc/litellm-monitor.env
(not /etc/zulip-bot.env which doesn't exist); add credential-missing check;
remove unused monitor_key variable
- litellm-health: Clarify that syslog-auto is a fallback pool alias, not a
step 7 probe; monitor key must be scoped for all four aliases
- litellm-health.prose.md: Make monitor key retrieval explicit (ssh from CT 100 to CT 116)
with executable commands; add syslog-auto alias; document credential-missing failure
condition (not bare 401 or 0 keys)
- infrastructure-monitoring.prose.md: Fix Zulip POST probe to retrieve keys from CT 116
via ssh instead of sourcing local env file that doesn't exist on executor host
- Verify model inference probes return 200 for gpu-dense, gpu-vision, strix-moe,
syslog-auto with corrected credential retrieval
- Remove retired names (qwen3.6-27B-code, qwen3.6-35B-udq4) from live alias claims
- Update Strix Halo model to Carnice-Qwen3.6-MoE-35B-A3B-Q4_K_M.gguf (strix-moe, 256K ctx)
- Fix litellm-health step 7 probe to gpu-vision (monitor key scoped)
- Move qwen3.6-27B-code/35B-udq4 from raw-but-live to non-resolving in audit
- Fold in pm2-self-heal: remove spoton-service (live PM2 set is 4/4)
- Update hermes templates, key enforcement, timeout tables to live names
Intent requires a production run log, not only the unit-level dry run. This is a real
scan of the live 25-entry fleet through scripts/disk-gc-plan.py: CT 111 (tdunna) at 84%
AMBER is alerted as report-only and no gc-executor row is emitted for it; the owned hosts
acerpve .9 (77%) and amdpve .15 (76%) still receive gc-executor. No GC command was run
against 192.168.68.129.
CT 111 (tdunna, 192.168.68.129) is Theo's box and is report-only per the captain
(2026-08-17, re-confirmed 2026-09-10). The contract defined AMBER as 'GC scheduled
for next run' and its Execution loop called gc-executor for EVERY threat with no
guest-level exclusion - so a single AMBER reading there would have scheduled apt
clean / journal vacuum / log+tmp deletion against someone else's box. The only
marker was frontmatter report_only_agents, which names an AGENT while the scan unit
is a GUEST.
- Gate the Execution loop on a guest/host-keyed report_only_guests block (guest id,
hostname and IP all match); an excluded guest is alerted and skipped, so no
gc-executor call is constructed for it at any level.
- Carry the ruling in the contract body next to the loop, not only in frontmatter.
- scripts/disk-gc-plan.py: executable planner that reads the contract's
authoritative exclusion block and emits the action plan; tests/ covers it.
- Correct the stale fleet map against pvesh /cluster/resources: CT 105 -> amdpve
(was minipve), CT 111 -> storepve (was amdpve), add guests 118/119/120, and fix
the '15 CTs' counts (20 guests: 17 LXC + 3 QEMU VMs).
- scripts/pct-run.sh: same stale map (105/111 wrong node, 120 missing) - this is
why pct-run 111/105 failed.
- Fold in disk-gc-ct100-probe-gap-20260911: CT 100 verifiably works through
pct-run now that the map is correct; documented that the scanner must probe it
like any other guest, never via a local-only path (the scanner runs inside CT 100).
The validate job runs with bash -e -o pipefail. `echo "$FM" | grep -q '^name:'`
lets grep exit on first match, which can SIGPIPE the echo; pipefail then reports
the pipeline non-zero and the || branch raises a false "Missing name/description".
The flagged file set varied run to run (and included files untouched by the PR)
while a fresh clone of the same commit passes the identical check. Reproduced:
the old form failed 3 of 5 local runs under the same shell flags, the herestring
form passed 5 of 5. Use herestrings so no pipe can be broken.
audit-hermes-config.py Rule 8 required auxiliary.vision.model and
auxiliary.web_extract.model to equal the retired 'gpu-light', so a config
adopting the live canonical 'gpu-vision' FAILED our own audit - the audit was
enforcing a dead alias (400 Invalid model name). Rule 8 now requires
gpu-vision; retired names gpu-light/crew-auto join the raw-name rejection set;
the guidance message names the live aliases.
Sweep of the remaining references: gpu-self-heal stops canonicalizing
gpu-light; hermes-config-template, hermes-agent-baseline, hermes-key-enforcement,
inference-optimization, litellm-client-timeouts and gpu-fleet now use the live
gpu-vision alias. Where a file restated model/rpm/weight/fallback state it now
points at CT 116 /opt/inference-harness/litellm_config.yaml instead of
duplicating it. koby's .129 config is report-only and recorded, not edited.
Adds tests/test_audit_hermes_config_alias.py: executes the audit CLI and asserts
gpu-vision passes while gpu-light and gemma-4-12b fail.
- Execution step 2 now documents the public edge and the backend edge as two
distinct surfaces: public serves /ui/ and /docs (404 on the /litellm/ prefix),
backend http://192.168.68.116 serves /litellm/ui/ and /litellm/docs (with /ui/
and /docs as 301 helpers). Each probe names its surface.
- GPU topology: ocu-llm RTX 5070 now serves gpu-vision (gemma-4-12b retired).
- Fallback/timeout table rewritten to the live router_settings.fallbacks chains.
- Step 7 model list: gemma-4-12b -> gpu-vision, with a key-scoped /v1/models note
and the 2026-09-12 master-key registry snapshot.
- Remove adapter process check and restart logic
- Keep A2A probe (port 80, HTTP code check)
- The adapter code at /a0/usr/kagentz-zulip/ no longer exists
- Captain's ruling: Zulip communication with agent zero is not priority
- Load API key from durable file /root/.abiba-workspace/secrets/litellm-key.txt (works in cron)
- Fix http_get to use Bearer token instead of Basic Auth for API endpoint check
- All 6 LiteLLM checks now pass (was 5/6)
- Changed A2A probe from http://127.0.0.1:8001/.well-known/agent.json to
http://127.0.0.1:80/a2a/ inside agent-zero container
- Port 8001 does not exist inside container (nothing listens there)
- Port 80 maps to external port 50080; returns 401 (auth-gated, alive by design)
- Updated A2A_URL in adapter.py restart command to use port 80 instead of 8001
- Verified: probe now returns 401 (auth-gated) instead of 000 (connection refused)
- Before: kagentz A2A reported DOWN on every run (false positive due to stale port)
- After: kagentz A2A reports ✅ A2A alive (auth-gated 401 = healthy)
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