Metric history: the per-minute sampler (clusev:sample-metrics) now reads
cpu/mem/disk from the `servers` DB row — the same source the live gauges read,
shared via MariaDB — instead of a cross-container Redis cache the poller may
not share in prod. It gates on last_seen_at freshness (skip offline/unpolled)
and keeps `load` as a best-effort cache read. History now fills whenever the
gauges have data, independent of the cache driver or container split — the
prod detail page no longer shows "Noch keine Verlaufsdaten" after hours.
Service-action failures are persisted: a failed systemctl start/stop/restart
writes a red service.<op>.failed AuditEvent with the FULL systemctl reason in
meta['output'] (mb_scrub-ed, 4000-cap), shown expandable in the audit log — a
truncated, ephemeral toast is no longer the only trace. The failure toast is a
short pointer to the audit log, level=error, and error toasts now linger 9s.
Alert delivery: a warning banner appears on the alerts page when NO channel
would reach anyone (no SMTP + no safe webhook + no Gotify). A new Gotify push
channel (server URL + encrypted app token) posts title/message/priority with
the token in X-Gotify-Key; a self-hosted LAN Gotify is allowed (scheme-checked,
not private-range-blocked like the SSRF-guarded webhooks) — a real push when a
service goes down, no e-mail needed.
Secret-retarget hardening (Codex-found class): changing a target while leaving
its secret blank could send the OLD secret to the NEW endpoint. Closed for the
Gotify token, the SMTP password (save + test-send + the runtime mailer), and
the host-terminal SSH credential (username/port change) — each drops/forbids
the stale secret before the new target is stored. Setting::uncached() reads the
security-sensitive keys DB-direct so a cache-repopulation race can't re-pair an
old secret with a new target. Three Codex rounds, clean; 778 tests.
Co-Authored-By: Claude Fable 5 <noreply@anthropic.com>
Batch of user-reported fixes + two findings from the nav-split audit.
Bugs:
- Alerts never e-mailed. AppServiceProvider::applyMailSettings() ran only
at boot; the long-lived QUEUE worker booted once, so SMTP configured
after worker start (the normal case) meant queued alert/reset mail used
the stale/log mailer. Re-apply the DB SMTP config before every job
(Queue::before) so queued mail always sends with the current settings.
- SMTP could not be fully reset. Add Email::clearConfig() (+ a Reset
button + Setting::forget) that removes every mail_* setting, reverting
the panel to the safe default (log) mailer.
- New cert endpoint / uptime check showed no validity/status until a
manual refresh. Certs\Index::addEndpoint + Health\Index::addCheck now
probe the just-added row immediately.
Audit findings (096ba3c..HEAD):
- HIGH stored/DOM XSS: the per-server Terminal tab rendered the server
name inside an Alpine x-text JS sink (`x-text="title || '{{ name }}'"`);
Blade escaping does not protect that context. Move the fallback to a
data-attribute read as a plain string (server-terminal + the host
terminal for consistency).
- LOW: /terminal is now admin-only, but the command-palette `g t` leader
key still sent every role there → 403. Drop it from the static map;
render it as a role-filtered nav entry (admins only).
UI:
- status-pill is h-8 now (the small-button height) so a status pill and
the action buttons in the same row line up (Services/Certs/Docker/…).
748 tests (new clearConfig test); R12-verified (uniform pill/button
heights). Marketing docs at ~/clusev-site reworded to remove the
contradictory domain/CLUSEV_DOMAIN install note.
Co-Authored-By: Claude Fable 5 <noreply@anthropic.com>
Adversarial audit of the auth surface confirmed several exploitable gaps. Every fix
auto-expires and never permanently locks the control plane (bare-IP recovery host and
the clusev:reset-admin CLI stay open).
Login:
- per-IP (20/min) + per-account (30/15min) buckets on top of the existing email+IP 5/min,
so a distributed multi-IP brute-force of the single admin account is capped instead of
scaling linearly with IPs. ip/acct counters decay on their own (a valid login doesn't
reset a flood's budget).
- constant-time: the unknown-email branch now runs one bcrypt against a fixed DUMMY_HASH
(evaluated before the `! $user ||` short-circuit), closing the account-enumeration
timing oracle.
2FA:
- TOTP replay protection — verifyTotp uses verifyKeyNewer with a persisted last-used step
(two_factor_last_used_step migration), so each 30s code is single-use. Passes 0 (never
null) as the old step, since null makes verifyKeyNewer return bare `true` not the step.
- challenge + 2FA-proof reset gain an IP-independent per-account backstop, capping the
distributed TOTP/backup brute-force surface.
Defense-in-depth / DoS:
- global throttle on /livewire/update (180/min per user-id-or-IP) via setUpdateRoute,
keeping 'web' + the persistent EnsureSecurityOnboarded gate intact.
- reauth throttle (5/min per user) on password change/profile; SMTP test-send capped
(3/10min per user) so the panel can't relay spam.
- SshClient gets a short, separate connect timeout (~5s) so a dead/tarpit host can't hold
a worker across several sequential 15s reads (the observed 8.3s /livewire/update DoS).
- profile password policy raised to 12 chars + mixed case + numbers (was 10).
Tests: BruteForceHardeningTest covers TOTP replay, per-email + per-IP login caps,
identical unknown/known rejection, and reauth throttling. Full suite 187 green; Codex
clean; verified in a real browser (login/polls/Livewire updates unaffected by the throttle).
Co-Authored-By: Claude Opus 4.8 (1M context) <noreply@anthropic.com>
boban