When upstream JS constructs URLs via location.origin + '/path', the rw()
function stripped the origin but returned bare '/path' which hit our
server's HTML index. Now correctly prefixes with /proxy/{b64origin} so
XHR/fetch requests for scripts reach the upstream via proxy.
Bump image to v1.2.7
Video:
- Add allow="autoplay; encrypted-media; fullscreen" to iframe for media playback
Anti-debug:
- Strip ad/popup scripts (acscdn, popunder) and context menu blockers from HTML
- Strip debugger statements from inline HTML scripts and proxied JS responses
- Intercept setTimeout (not just setInterval) for debugger-based detection
- Override eval() and Function() constructor to strip debugger statements
- Bump image to v1.2.6
The priority injection policy was setting priorityClassName on pods but
Kubernetes had already defaulted priority=0 and preemptionPolicy=PreemptLowerPriority
on those pods, causing admission controller to reject the mismatch.
Switch from patchStrategicMerge to patchesJson6902 to explicitly remove
the priority and preemptionPolicy fields before setting priorityClassName.
- Remove flex centering from browser-viewer-content; use absolute positioning
for iframe to fill the entire container
- Strip disable-devtool and devtools-detect script tags from proxied HTML
- Add JS shim hooks to neutralize setInterval-based debugger traps and block
loading of anti-debug scripts via setAttribute
- Bump image to v1.2.5
Add sandbox attribute to prevent proxied pages from navigating
top.location or replacing the parent page body. Allows scripts,
same-origin, forms, popups, and presentation but blocks
top-navigation.
Replace CPU-intensive headless Chrome + WebRTC pipeline with a
lightweight Go reverse proxy that strips anti-framing headers
(X-Frame-Options, CSP) and embeds streaming sites in iframes.
- New internal/proxy package with URL rewriting for HTML/CSS
- JS shim injection to intercept fetch/XHR/WebSocket/createElement
- Referer reconstruction for correct cross-origin auth (HLS streams)
- Inline iframe viewer preserving site navigation (not fullscreen overlay)
- Add priority_class_name to nextcloud whiteboard deployment to match
Kyverno-injected tier-3-edge priority class
- Add explicit resource limits (4Gi memory) for OnlyOffice document
server to prevent OOMKill during font generation
- Enable size-based TSDB retention (45GB) to clean up old blocks
(including 2021-era blocks with failed compaction)
- Increase monitoring namespace quota from 64/128Gi to 80/160Gi
CPU/memory limits to allow Grafana rolling updates
Kyverno injects priorityClassName tier-1-cluster on pods in the crowdsec
namespace, but pods had no explicit priorityClassName set, defaulting
priority to 0. Admission controller rejected the mismatch (0 vs 800000).
Set priorityClassName on LAPI, agent (Helm values) and crowdsec-web
(Terraform deployment).
- Deploy coturn on k8s with MetalLB shared IP (10.0.20.200)
- Normal pod networking (no hostNetwork), runs on any node
- 100 relay ports (49152-49252), port 3478 for STUN/TURN signaling
- Shared secret auth for time-limited TURN credentials
- For F1 streaming WebRTC NAT traversal
- UI and API: 1 → 2 replicas for zero-downtime during restarts/crashes
- Celery worker: Recreate → RollingUpdate strategy
- Celery beat: unchanged (Recreate, singleton scheduler)
- Move f1 from Cloudflare proxied to non-proxied DNS
- Set WEBAUTHN_RPID/ORIGIN for f1.viktorbarzin.me domain
- Add NFS volume at /mnt/main/f1-stream for persistent session/stream data
- Enable headless browser extraction (HEADLESS_EXTRACT_ENABLED=true)
- Reduce replicas to 1 (file-based sessions don't work across replicas)
Fixes HA mobile app 403 when embedding Grafana dashboards - the webview
blocks third-party cookies needed by Authentik forward auth. Grafana
already has anonymous Viewer access enabled, so forward auth is not
needed. Also adds grafana_admin_password variable and explicit resource
limits to prevent ResourceQuota issues during rolling updates.
- Add skill_secrets variable to moltbot module with HA tokens and
Uptime Kuma password as container env vars
- Install Python packages (requests, caldav, icalendar, uptime-kuma-api)
in init container with PYTHONPATH for main container access
- Update all skills to use python3 directly instead of ~/.venvs/claude
venv path that doesn't exist in the container
- Remove hardcoded Uptime Kuma password from skill, use env var
- Add RBAC module (modules/kubernetes/rbac/) with admin, power-user,
and namespace-owner roles, API server OIDC flags, and audit logging
- Add self-service portal (modules/kubernetes/k8s-portal/) SvelteKit app
with kubeconfig download and setup instructions
- Configure Alloy to collect audit logs from kube-apiserver
- Add Grafana dashboard for Kubernetes audit log visualization
- Configure Authentik OIDC provider with groups scope mapping
- Wire up k8s_users and ssh_private_key variables through module chain
- Convert setup-project and extend-vm-storage from standalone .md
to directory-based SKILL.md format with YAML frontmatter
- Add symlink in moltbot init container to expose Claude skills
at ~/.openclaw/skills/ for auto-discovery by OpenClaw
- Update CLAUDE.md skill path references
Add MySQL datasource and 15-panel dashboard for DNS analytics:
queries over time, response codes, top domains/clients, response
times, blocked/NxDomain domains. Enable Grafana dashboard sidecar
for auto-provisioning dashboards from ConfigMaps.
Single template regex in the viktorbarzin.lan block catches ALL search
domain expansion junk (*.com.viktorbarzin.lan, *.cluster.local.viktorbarzin.lan,
etc.) instead of needing separate server blocks per pattern. Legitimate
single-label queries (idrac.viktorbarzin.lan) fall through to Technitium.
DNS queries were going through Traefik's IngressRouteUDP, replacing
real client IPs with Traefik pod IPs (10.10.169.150) in Technitium logs.
Changed Technitium DNS service from NodePort to LoadBalancer with
externalTrafficPolicy: Local, removed dns-udp entrypoint and
IngressRouteUDP from Traefik, and updated CoreDNS to forward .lan
queries to Technitium's LoadBalancer IP directly.
- Alloy: bump memory limits from 64Mi/128Mi to 256Mi/768Mi — pods were
OOMKilled at 128Mi, steady-state usage is ~400-450Mi per node
- iDRAC Redfish Exporter: add explicit priority_class_name to resolve
conflict between Kyverno priority injection and default priority: 0
Add kubernetes_config_map for CoreDNS to the technitium module, with a
template block for cluster.local.viktorbarzin.lan that returns NXDOMAIN
immediately. This prevents ndots:5 search domain expansion from flooding
Technitium with ~66k/day junk queries (e.g.
redis.redis.svc.cluster.local.viktorbarzin.lan).
Also enabled saveCache on Technitium so the DNS cache persists across
pod restarts.
Four layers of noisy-neighbor protection using existing tier system:
- PriorityClasses (tier-0-core through tier-4-aux)
- LimitRange defaults auto-generated per namespace tier
- ResourceQuotas auto-generated per namespace tier
- PriorityClassName injection on pods via Kyverno mutate
Custom quota overrides for monitoring and crowdsec namespaces
which exceed the default tier quotas.
Replace deprecated wildcard containerd mirror with per-registry
config_path approach. Add proxy containers for ghcr.io, quay.io,
registry.k8s.io, and reg.kyverno.io on the docker-registry VM.
Set static IP for docker-registry VM to avoid DHCP issues.
Add new Kubernetes service for OpenClaw gateway connected to in-cluster
Ollama, with kubectl/terraform/git access for infrastructure management.
Protected behind Authentik SSO.
