Rewrote test to run the monitor with stubbed curl/ssh on PATH that
capture the exact argv of each probe call. The test now asserts the
URL+port of every leg actually requested, not source text or config
constants.
A2: PVE node assertions now check the exact URL in the curl log
(https://192.168.68.9:8006/... must appear), so a wrong IP
(e.g. .99) fails the test.
A3: Grafana/Prometheus/LiteLLM assertions check the URL the call
actually builds, so a hardcoded wrong port in the CALL (while the
config variable stays correct) fails the test.
Mutation evidence:
A2: sed s/192.168.68.9/192.168.68.99/ in PVE_NODES -> suite FAILS
A3: sed s/"$GRAFANA_PORT"/"9999"/ in probe call -> suite FAILS
Results: 18 passed, 0 failed (baseline); 17/18 on each mutation
A1: Test -k assertion now checks use_k:+-k syntax (actual bash pattern)
A2: PVE_NODES assertions now count expected nodes and verify exact array size
A3: Test now asserts liveness behavior (PVE_API_LIVENESS=1) not source text
B1: disk-gc GC schedule corrected: cron runs pbs-gc.sh (not proxmox-backup-manager),
schedule is 20:00 LOCAL (00:00 UTC, not 20:00 UTC), host timezone America/New_York
B2: PROBE SHAPE now documents actual output shape including TLS flag notes
C1: TLS kind is now printed in PVE API failure output
C2: SSH retry logic clarified - retry is in probe_http function (not unreachable)
The 2026-09-17 false-verdict incident (third recurrence) showed that prose
policy is not a control: the agent probed :9325/:9405 (nonexistent ports),
CT 116 for PVE API (should be real PVE nodes), and rendered TLS failures as
connection-refused. This moves the canonical probe set into
scripts/infra-monitoring.sh (executed verbatim by the contract) and adds
scripts/test_infra_monitoring.sh which asserts every probed port matches the
documented value.
- scripts/infra-monitoring.sh: one script per contract pattern; all targets,
ports, paths, and expected-status rules in code; -k for PVE self-signed
certs; non-zero exit naming every failed target; no OK summary on failure
- scripts/test_infra_monitoring.sh: 20 assertions covering port drift,
monitoring-host-as-PVE-node, and missing -k flag
- infrastructure-monitoring.prose.md: check-health section now references the
script as executable owner; paste its raw output verbatim
Proof: all 13 legs pass (exit 0); deliberately broken Grafana port (9325)
produces 'probe-failed: 192.168.68.116:9325 (expected 200)' and exit 1.
Scripts that had hardcoded credentials:
- scripts/zulip-monitor.sh:12 (was ZULIP_KEY="cKTDMZAPW08dk3zl05sStzO7HRztzyn8")
- scripts/daily-infra-report.py:25 (was ZULIP_KEY="cKTDMZAPW08dk3zl05sStzO7HRztzyn8")
Both now read from environment variable ZULIP_API_KEY (set by vault-backed start script)
with loud failure if not present.
Other credentials in scripts/:
- capture-dsh-token.sh: uses TOKEN variable with fallback (not a secret)
- pm2-self-heal.sh: reads TELEGRAM_BOT_TOKEN from /root/.pi/agent/extensions/telegram/.env (acceptable)
- prose-ai-review.sh: uses GITEA_TOKEN from .env file with LITELLM_KEY fallback (not secrets)
No other hardcoded credentials found.
Proof of behavior:
With ZULIP_API_KEY set:
bash scripts/zulip-monitor.sh → Server: HTTP 200 (authenticated)
python3 scripts/daily-infra-report.py --json → Collecting infrastructure data...
Without ZULIP_API_KEY set:
bash scripts/zulip-monitor.sh → "ZULIP_API_KEY not set — refusing to run with no credential"
python3 scripts/daily-infra-report.py --json → "ZULIP_API_KEY not set — refusing to run with no credential"
Cred source: environment variable ZULIP_API_KEY (set by vault-backed start script)
No key rotation (that is a separate decision).
The key-count line in litellm-health-check now reports self-describing
output: '18 total (10 on page 1)' instead of bare '18' or '4'. Uses
total_count from the paginated API response and names what was
counted. Previous bare numbers could not reconcile changes between
runs; now a reader sees both the total and the page 1 sample.
The contract said the state file was written after every scan, but the script
had no state-file logic at all. This PR adds:
1. Host filesystem scanning (probe_host_filesystems) - probes df on all PVE nodes
2. State file I/O (read_state_file/write_state_file) - absolute path from script location
3. Band classification (classify_band) - HOST-WARN/AMBER/RED thresholds
4. Transition detection (detect_transitions) - alerts on escalation/recovery
5. CLI flags (--hosts-only, --guests-only) to control which parts run
The contract now specifies the state file path resolves from the script's own
location (not CWD-relative), so two different execution contexts cannot write
to two different places.
- get_response_body() returns first 200 chars of response body (single line)
- On 401/403 model probe: report code + body + key_alias
- Monitor key alias: monitor-20260813 (from /etc/litellm-monitor.env on CT 116)
- Failed connections stay probe-failed, 200 stays plain 200
- Do not turn other statuses into credential faults
Signed-off-by: Abiba
- probe_http now returns (code, failure_kind) tuple
- Model probes report 'probe-failed: <model> <kind> (Ns timeout)' on 000
- Do not assert a service verdict from a failed probe
- 30s timeout for single-host aliases (RTX 3090 needs long warmup/prefill)
- 60s timeout for syslog-auto pool alias with retry on 000
Signed-off-by: Abiba
Per defect report 1154.msg (agent-health-gateway-leg-flap-20260913):
1. Add _ssh_retry() helper with one retry at longer timeout (25s)
2. Name probe target explicitly: ssh {user}@{host} <command>
3. Print probe-failed when first attempt fails, then retry
4. Only declare gateway-down after retry fails
5. Make Koby report-only explicit in output
Changes:
- check_agents(): all gateway probes now use _ssh_retry()
- All output lines name the probe target (ssh host:port)
- Koby's report-only status is explicit in output
- Never print bare "gateway down" — always name target and failure kind
Verified: koonimo shows "probe-failed" on first attempt (transient SSH),
retries at 25s, succeeds, reports ✅ koonimo: gw=running
The helper was correct but dead code - nothing called it. This commit:
1. Makes the helper runnable standalone: scripts/hermes-reachability-check.sh <host> <pattern> <path>
2. Wires all THREE contracts to it:
- hermes-key-enforcement.prose.md
- hermes-config-template.prose.md
- hermes-agent-baseline.prose.md
3. Each contract now explicitly instructs to run the helper and interpret the three outcomes
4. States that the bug this replaces was deriving reachability from the remote grep's exit code
Files changed (4):
- scripts/hermes-reachability-check.sh (standalone mode added)
- hermes-key-enforcement.prose.md (reachability section added)
- hermes-config-template.prose.md (reachability section added)
- hermes-agent-baseline.prose.md (reachability section added)
Bug: The reachability check used 'ssh ... grep ... || echo unreachable',
which conflated grep's 'no matches found' (exit 1) with SSH failure.
This caused clean hosts to be reported as unreachable.
Fix: Add scripts/hermes-reachability-check.sh with the pattern:
out=$(ssh -o BatchMode=yes root@HOST "grep ... 2>/dev/null; true")
if [ $? -ne 0 ]; then verdict="unreachable"
elif [ -n "$out" ]; then verdict="violation: $out"
else verdict="compliant"
fi
This correctly distinguishes:
- SSH failure (connection/auth/route) -> unreachable
- SSH success + grep found matches -> violation
- SSH success + grep found nothing -> compliant
Evidence: 3 of 4 hosts (Tanko, Mumuni, Koonimo) were reported as
'unreachable' when they were actually compliant. Only Koby (.129)
has a real finding (plaintext key in state snapshot).
Used by: hermes-key-enforcement, hermes-config-template,
hermes-agent-baseline contracts.
1. Timeout fix for pool alias (syslog-auto):
- Single-host aliases (gpu-dense, gpu-vision, strix-moe): 30s timeout
- Pool alias (syslog-auto): 60s timeout, retry once on 000 before failing
- Cold first request to pool alias can take ~13s; 10s was too short
2. Remove DEBUG prints from output:
- Removed 'DEBUG: keylen=...' and 'DEBUG: response=...' lines
- These leaked key inventory to status logs
- Success output now shows only counts (e.g., 'Admin Key List: 10 keys')
Implements all 11 checks from litellm-health contract:
- Liveliness, Containers, Prometheus, Grafana health probes
- Model probes for gpu-dense, gpu-vision, strix-moe, syslog-auto
- Admin API key list (10 keys), GitHub status, Docker Stats metrics
Fixed quoting for SSH commands and response parsing (dict with 'keys' field).
Backend edge uses internal IP 192.168.68.116, not public URL.
Docker Stats fetched from CT 116 host itself (127.0.0.1:9324/metrics).
All 11 checks passing consistently.
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).
- 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)
Correct the dsh-web authentication fix after parent correction:
- Remove the unauthenticated :8081 endpoint (0.0.0.0 bind with no
auth_request = full Authentik bypass for the LAN). The script now removes
/etc/nginx/sites-enabled/dsh.token automatically if it reappears.
- Put the login path inside the Authentik-gated :80 server block as
location = /dsh-web-login; proxy to dsh-web with Host =
tankodhs.sysloggh.net so the 30-day cookie is bound to the public
authority, never to 127.0.0.1:3080.
- Isolate the rotating token in a generated include
/etc/dsh-web/nginx-login.conf; reload nginx only when it changes.
- Replace the disruptive capture (systemctl stop/start dsh-web) with a
non-disruptive read of the running service's journal, scoped to the
current systemd invocation so a restarted process's stale token is never
reused while the new banner is still pending.
- Keep x-dsh-task-board-proxy-token and Host $ak_origin_host intact in '/'.
- Document the corrected design (B4) in zulip-health.prose.md, v3.2.0.
Live-verified 2026-09-11: no auth bypass (302), :8081 refused (000), a
cookie minted before two dsh-web restarts still returns 200, the refreshed
token mints a fresh cookie, and the systemd ExecStartPost/timer refreshes
the token automatically without touching dsh-web.
- Add capture-dsh-token.sh script that captures the dsh-web launch token
- Add login endpoint (/dsh-web-login on :8081) that mints 30-day auth cookie
- Document the authentication flow in zulip-health.prose.md (Platform B4)
- Cookie is authority-bound to 127.0.0.1:3080 with 30-day expiry
- After first login, subsequent requests use the cookie — no token required
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