docs(pfi): refresh pfi-pve guest inventory from live state; headscale mesh plan

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# Headscale overlay mesh — plan (2026-09-06)
**Status:** planning. Operator direction 2026-09-06: replace Site Magic (NH3↔ESH) and the
FortiGate IPsec tunnels (colo↔NH3, colo↔ESH) with a self-hosted Tailscale-protocol overlay
(Headscale), one ultra-light LXC per PVE host, keeping the old tunnels as an emergency
backup. This document is the plan that a `.contract.md` will be cut from; nothing here is
provisioned yet.
## Why Headscale (decided 2026-09-06)
Tailscale clients are the best in class on the devices actually used for remote access
(iPad, Mac, Linux); the future OPNsense colo edge can be a Tailscale node natively
(`os-tailscale`); Headscale is one binary + one SQLite file to self-host, versus NetBird's
six-service stack with a mandatory IdP. NetBird's built-in UI and HA routing groups are
real but not decisive for three sites. UDP-blocked networks (in-flight Wi-Fi) work because
the client falls back to a relay over TCP 443; plain WireGuard (ana-wg) cannot.
## Site facts that drive placement
| site | edge | v4 | v6 | change risk |
|---|---|---|---|---|
| ANA colo | FortiGate 80F → **OPNsense on R420 within the month** | public static | pending | HIGH — edge in flux; incident history 2026 (breaker, PSU1, WAN admin closed) |
| NH3 | UDM SE, stable | dynamic-but-stable (DDNS) | single /64, **reserved for meshing** | low |
| ESH | UDM Pro Max | CGNAT now, **static soon**; 2G symmetric soon | /56 | low, improving |
**Control plane at NH3 now** (only stable edge; static v6 + DDNS v4 → one DNS name).
**Reassess ESH** once its static v4 lands — it becomes the relay site regardless (2G
symmetric). **Never the colo:** the mesh's brain must not live in the building it exists
to reach in an emergency. Migration later = copy one SQLite file + move the DNS name;
clients follow the URL and never re-enrol.
## Topology
```
headscale.phasefinal.com (A via DDNS, AAAA static)
│ HTTPS 443 (+ DERP later)
┌─────────────────────────────┼───────────────────────────────┐
│ NH3 nh3-pve │ │
│ CT nh3-headscale ──control plane (1 core / 512M / 8G) │
│ CT nh3-mesh-rtr ──subnet router, advertises 10.100.0.0/16│
├──────────────────────────────────────────────────────────────┤
│ ESH esh-pve │
│ CT esh-mesh-rtr ──subnet router, advertises 10.0.0.0/16 │ (relay/DERP here later)
├──────────────────────────────────────────────────────────────┤
│ ANA pfi-pve │
│ CT ana-mesh-rtr ──subnet router, advertises 10.250.0.0/16│ (OPNsense takes this over later)
└──────────────────────────────────────────────────────────────┘
Per-device clients: nh3-dev, laptops/iPad, corviduo-dev, ana-ml2 … (MagicDNS names)
```
Four unprivileged Debian 13 LXCs, each 1 vCPU / 512 MB / 8 GB, `onboot=1`, backed up by
the existing `pbs-ana` job. Routers need `/dev/net/tun` passed in and `ip_forward` (both
routine for unprivileged CTs; net sysctls are namespaced).
Proposed ids/names (DHCP with reservation like every existing CT; recorded in
`dns/internal.yaml` as `<name>.<site>.internal`):
| PVE | next id | CT | note |
|---|---|---|---|
| nh3-pve (`root@10.100.250.60`, PVE 8.4.1) | 106 | `nh3-headscale` | control plane |
| nh3-pve | 107 | `nh3-mesh-rtr` | subnet router |
| esh-pve (`root@10.0.250.35`, PVE 8.4.20) | 108 | `esh-mesh-rtr` | subnet router |
| pfi-pve (`root@10.250.250.31`, PVE 8.3.5) | 114 | `ana-mesh-rtr` | subnet router; ana-wg (113) stays as independent WG fallback |
`debian-13-standard_13.6-1_amd64.tar.zst` is in `pveam available` on all three (not yet
downloaded on any).
## Access & credentials — all in hand (verified 2026-09-06)
| need | have |
|---|---|
| provision LXCs on all three PVEs | `ssh root@` works on pfi-pve, nh3-pve, esh-pve (`infra-ops@` is refused on all three PVE hosts) |
| public DNS name + DDNS | Cloudflare all-zones DNS-edit token, vault `nh3-dev/.config/cloudflare/infra-ops-dns-token` |
| NH3 UDM port-forward 443 → nh3-headscale; static routes on both UDMs | UDM API keys, vault `unifi/pfi-udmse-api-key`, `unifi/esh-udmpm-api-key` (classic `/rest/*` read+write) |
| colo static route toward ana-mesh-rtr | FortiGate infra-ops SSH pw vaulted; reachable at 10.250.0.1 via the tunnel (`execute backup config` first). Moot once OPNsense lands |
| TLS for headscale | Let's Encrypt via Cloudflare DNS-01 (same token) — no inbound 80 needed |
| secrets (pre-auth keys, API key, DB) | vault under `nh3-headscale/…` |
Nothing outstanding on credentials. Inputs still needed from the operator: confirm names/ids
above; 443 direct on the UDM vs behind the existing Caddy on nh3-dev; ACL posture (flat
"everything can reach everything" first, tighten later, is the recommendation).
## Phases
0. **Pre-flight (no changes):** confirm NH3 v6 /64 address for the AAAA; confirm DHCP
reservation ranges on the three sites; `pveam download` Debian 13 on all three.
1. **Control plane:** CT `nh3-headscale`; headscale in a container or the .deb (prefer .deb —
fewer layers in a 512M CT); Caddy/own TLS via DNS-01; UDM forward 443; DDNS updater
(UDM → Cloudflare, or a `ddclient`/cron in the CT); DERP = Tailscale public map
initially; headplane UI optional. Backup: `/var/lib/headscale/db.sqlite` is the only
state — PBS covers the CT; add a nightly `sqlite3 .backup` to `backupStore` too.
2. **First nodes:** nh3-dev + the operator's laptop/iPad enrol → prove MagicDNS, prove
TCP-443 relay path from a UDP-blocked network.
3. **Subnet routers:** three router CTs, `--advertise-routes` per site, approve routes in
headscale, SNAT off (`--snat-subnet-routes=false`) so source IPs survive, static routes
on each site gateway pointing the other two /16s at the local router. Test
site-to-site from clientless hosts.
4. **Cut over:** move day-to-day traffic onto the mesh; **disable (not delete)** Site Magic
and the two IPsec tunnels. Running all three at once makes route precedence murky on
the UDM and produces asymmetric paths. ana-wg stays as the out-of-band WG fallback.
5. **Later:** relay (DERP) at ESH when the 2G circuit is in; OPNsense as the colo router
node; HA router pairs (Tailscale HA subnet routers) per site; tighten ACLs.
## Risks / open questions
- Control-plane outage does not drop existing tunnels but stalls new logins and key
rotation — hence the SQLite backup and the "not at the colo" rule.
- Tailscale public DERPs carry relayed (encrypted) traffic through third-party infra until
a self-hosted DERP exists. Acceptable at first; fix in phase 5.
- CGNAT at ESH: outbound-only is fine; nothing at ESH needs to be dialled inbound.
- Headscale lags Tailscale feature-wise (tailnet lock, some ACL syntax). Not relevant to
phases 04.
- VM 106 on pfi-pve was once named "PFI-Tailscale" (pre-2026 inventory). No config
survives; nothing to reuse.
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# PFI-ANA Proxmox VM Inventory
# PFI-ANA Proxmox guest inventory (pfi-pve)
**Hypervisor**: Proxmox VE at `10.250.250.31:8006`
**Storage Pool**: `ospool` (CEPH/zfs — all VM disks reside here)
**Network Bridge**: `vmbr0` with VLAN tag `50` on all VMs
**QEMU Version**: 7.2.0 (primary), VM 106 on 8.1.5
_Refreshed 2026-09-06 04:47Z from live `qm list`, `pct list`, `/etc/pve/*/N.conf` and
guest-agent IPs. Earlier versions of this file described guests that no longer exist
(VM 100 as the TrueNAS box, VM 106 as "PFI-Tailscale", VM 108 "PFI-ANA--DEV"); this
version is the live state._
## Virtual Machines
**Hypervisor:** `pfi-pve` — Dell PowerEdge R750xs, Xeon Silver 4310 (48 threads), 188 GB,
Proxmox VE 8.3.5, `https://10.250.250.31:8006`, `ssh root@10.250.250.31`
(`infra-ops` is refused here). iDRAC `https://10.250.250.30`.
### VM 100 — PFI-ANA-TRUENAS
**Storage:**
| Property | Value |
|---|---|
| **VMID** | 100 |
| **OS Type** | Linux (l26) |
| **CPU** | 2 sockets × 2 cores = 4 vCPU (host passthrough) |
| **Memory** | 8,196 MB |
| **Disk** | `scsi0`: 80G on ospool |
| **CDROM** | `ide2`: TrueNAS-SCALE-22.12.1.iso _(original install media; current OS is Debian 12)_ |
| **Network** | `net0`: virtio, MAC `9A:90:79:7A:86:87`, vmbr0, VLAN 50 |
| **Boot** | scsi0 → ide2 → net0 |
| **Startup** | Order 2, delay 120s |
| **Onboot** | No |
**Purpose**: NAS/NFS/SMB storage for the colo environment.
**Current OS**: Debian 12 (bookworm), reprovisioned from the original TrueNAS SCALE install — SSH banner `OpenSSH_9.2p1 Debian-2+deb12u9`, no web UI on 80/443, no TrueNAS middleware. Shares are hand-managed via `/etc/exports` and `/etc/samba/smb.conf`. Mount paths kept the `/mnt/<pool>/…` shape of the original ZFS layout for host compatibility.
---
### VM 101 — PFI-ANA-DC
| Property | Value |
|---|---|
| **VMID** | 101 |
| **OS Type** | Windows 11 |
| **BIOS** | OVMF (UEFI) with TPM 2.0 |
| **Machine** | pc-q35-7.2 |
| **CPU** | 2 sockets × 6 cores = 12 vCPU (host passthrough) |
| **Memory** | 24,576 MB |
| **Disk** | `scsi0`: 240G on ospool |
| **EFI Disk** | `efidisk0`: 1M on ospool |
| **TPM** | `tpmstate0`: 4M, v2.0 on ospool |
| **CDROM** | `scsi1`: virtio-win-0.1.229.iso (VirtIO drivers) |
| **Network** | `net0`: e1000, MAC `CE:C8:D7:FE:32:40`, vmbr0, VLAN 50 |
| **Boot** | scsi0 → net0 → ide0 → scsi1 |
| **Startup** | Order 5, delay 120s |
| **Onboot** | Yes |
**Purpose**: Windows Domain Controller for the Anaheim environment. UEFI with TPM 2.0 suggests Active Directory / Group Policy services.
---
### VM 102 — PFI-ANA-Docker
| Property | Value |
|---|---|
| **VMID** | 102 |
| **OS Type** | Linux (l26) |
| **CPU** | 2 sockets × 4 cores = 8 vCPU (x86-64-v2-AES) |
| **Memory** | 16,384 MB |
| **Disk** | `scsi0`: 250G on ospool |
| **Network** | `net0`: virtio, MAC `BA:AF:E7:E9:79:23`, vmbr0, VLAN 50 |
| **Boot** | scsi0 → net0 → scsi1 |
| **Startup** | Order 4 |
| **Onboot** | Yes |
**Purpose**: Primary Docker host for the colo. Runs Dockge for compose management and Traefik for reverse proxy. All Docker services documented in [docker-stack.md](docker-stack.md) run here.
---
### VM 103 — PFI-SlaveBot
| Property | Value |
|---|---|
| **VMID** | 103 |
| **OS Type** | Windows 10 |
| **Machine** | pc-i440fx-7.2 |
| **CPU** | 2 sockets × 4 cores = 8 vCPU (host passthrough) |
| **Memory** | 8,192 MB |
| **Disk** | `ide0`: 256G on ospool |
| **Network** | `net0`: e1000, MAC `CE:F0:49:C9:03:70`, vmbr0, VLAN 50 |
| **Boot** | ide0 → net0 → scsi0 |
| **Startup** | Not configured |
| **Onboot** | Yes |
**Purpose**: Windows 10 workstation/bot. Likely a task automation or RDP-accessible machine.
---
### VM 104 — PFI-Mongo
| Property | Value |
|---|---|
| **VMID** | 104 |
| **OS Type** | Linux (l26) |
| **CPU** | 2 sockets × 4 cores = 8 vCPU (host passthrough) |
| **Memory** | 8,196 MB |
| **Disk** | `scsi0`: 256G on ospool |
| **Network** | `net0`: virtio, MAC `32:57:90:B2:66:61`, vmbr0, VLAN 50 |
| **Boot** | scsi0 → ide2 → net0 |
| **Startup** | Order 3, delay 60s |
| **Onboot** | Yes |
**Purpose**: MongoDB server. Config file contains a connection string reference: `mongodb://10.250.50.81:27017/`.
---
### VM 105 — PFI-Postgres
| Property | Value |
|---|---|
| **VMID** | 105 |
| **OS Type** | Linux (l26) |
| **CPU** | 4 sockets × 4 cores = 16 vCPU |
| **Memory** | 8,196 MB |
| **Disk** | `scsi0`: 80G on ospool |
| **CDROM** | `ide2`: debian-11.6.0-amd64-netinst.iso |
| **Network** | `net0`: virtio, MAC `C2:1F:CC:71:66:D0`, vmbr0, VLAN 50 |
| **Serial** | `serial0`: socket (IPMI/serial console) |
| **Boot** | scsi0 → ide2 → net0 |
| **Startup** | Order 3, delay 60s |
| **Onboot** | Yes |
**Purpose**: PostgreSQL database server running Debian 11.
---
### VM 106 — PFI-Tailscale
| Property | Value |
|---|---|
| **VMID** | 106 |
| **OS Type** | Linux (l26) |
| **CPU** | 2 sockets × 4 cores = 8 vCPU (x86-64-v2-AES) |
| **Memory** | 2,048 MB |
| **Disk** | `scsi0`: 256G on ospool |
| **CDROM** | `ide2`: debian-12.2.0-amd64-netinst.iso |
| **Network** | `net0`: virtio, MAC `BC:24:11:D7:E9:52`, vmbr0, VLAN 50 |
| **Boot** | scsi0 → ide2 → net0 |
| **Startup** | Not configured |
| **Onboot** | Yes |
**Purpose**: Tailscale VPN node for mesh connectivity. Provides the VPN tunnel endpoints that link the three PFI sites together. Running Debian 12 (newer than most other VMs). Lightweight at 2G RAM.
---
### VM 107 — PFI-Pteradactyl
| Property | Value |
|---|---|
| **VMID** | 107 |
| **OS Type** | Linux (l26) |
| **CPU** | 2 sockets × 4 cores = 8 vCPU (host passthrough) |
| **Memory** | 8,192 MB |
| **Disk** | `scsi0`: 256G on ospool |
| **CDROM** | `ide2`: debian-11.6.0-amd64-netinst.iso |
| **Network** | `net0`: virtio, MAC `CA:44:37:8A:BF:E0`, vmbr0, VLAN 50 |
| **Boot** | scsi0 → ide2 → net0 |
| **Startup** | Not configured |
| **Onboot** | Yes |
**Purpose**: Pterodactyl game server panel. Manages game server instances.
---
### VM 108 — PFI-ANA--DEV
| Property | Value |
|---|---|
| **VMID** | 108 |
| **OS Type** | Linux (l26) |
| **CPU** | 2 sockets × 4 cores = 8 vCPU |
| **Memory** | 8,192 MB |
| **Disk** | `scsi0`: 120G on ospool |
| **CDROM** | `ide2`: debian-11.6.0-amd64-netinst.iso |
| **Network** | `net0`: virtio, MAC `F2:EF:82:2C:AF:90`, vmbr0, VLAN 50 |
| **Boot** | scsi0 → ide2 → net0 |
| **Startup** | Order 10, delay 60s |
| **Onboot** | No |
**Purpose**: Development environment. Not set to auto-boot, starts after core infrastructure (order 10).
---
### VM 110 — PFI-ANA-Webhost
| Property | Value |
|---|---|
| **VMID** | 110 |
| **OS Type** | Linux (l26) |
| **CPU** | 4 sockets × 4 cores = 16 vCPU |
| **Memory** | 4,096 MB (balloon: 1024 MB minimum) |
| **Disk** | `scsi0`: 250G on ospool |
| **CDROM** | `ide2`: debian-11.6.0-amd64-netinst.iso |
| **Network** | `net0`: virtio, MAC `E6:F9:3A:C9:61:2A`, vmbr0, VLAN 50 |
| **Boot** | scsi0 → ide2 → net0 |
| **Startup** | Order 30, up 120s, down 120s |
| **Onboot** | Yes |
**Purpose**: Web hosting server. Highest startup order (30) — starts last. Also has the longest graceful shutdown timeout (120s). Memory ballooning enabled for dynamic allocation.
---
### VM 111 — pfi-tacticalrmm
| Property | Value |
|---|---|
| **VMID** | 111 |
| **OS Type** | Linux (l26) |
| **CPU** | 4 sockets × 4 cores = 16 vCPU |
| **Memory** | 8,192 MB |
| **Disk** | `scsi0`: 256G on ospool |
| **Network** | `net0`: virtio, MAC `BA:FA:65:F6:46:25`, vmbr0, VLAN 50 |
| **Boot** | scsi0 → ide2 → net0 |
| **Startup** | Order 20 |
| **Onboot** | Yes |
**Purpose**: Tactical RMM (Remote Monitoring and Management) server. Provides IT management, remote access, and monitoring capabilities.
---
## Startup Order Summary
VMs are brought up in the following order on host boot:
| Order | VMID | Name | Delay |
| id | type | backs | notes |
|---|---|---|---|
| 2 | 100 | PFI-ANA-TRUENAS | 120s |
| 3 | 104 | PFI-Mongo | 60s |
| 3 | 105 | PFI-Postgres | 60s |
| 4 | 102 | PFI-ANA-Docker | — |
| 5 | 101 | PFI-ANA-DC | 120s |
| 10 | 108 | PFI-ANA--DEV | 60s |
| 20 | 111 | pfi-tacticalrmm | — |
| 30 | 110 | PFI-ANA-Webhost | 120s |
| `ospool` | zfspool, 2×mirror (bays 03), 10.9T raw | **every VM boot disk and every CT rootfs** except pbs-ana | the pool that boots the site; also holds `ospool/naspool-evac` (parked copy from the 2026-09-06 rebuild, to be destroyed) |
| `NASPool` | zfspool, **raidz2 ×6** (bays 48, 11), 21.7T usable | backup / bulk tier: `backupStore` (PBS-ANA datastore, restic repos), `pve-VMStorage`, `db`, `docker`, `webdav` | rebuilt 2026-09-06 (`docs/runbooks/pfi-pve-naspool-rebuild.md`); bays 9/10 dead (backplane), drives in them = cold spares |
| `naspool-vmstorage` | dir on `/NASPool/pve-VMStorage` | ISOs, templates, legacy vzdump (newest-per-guest only) | was `pve-truenas` until 2026-09-06 |
| `local-lvm` | lvmthin | pbs-ana's boot disk | |
| `local` | dir | ISOs | |
| `pbs-ana` | pbs at 10.250.50.90 | vzdump jobs (03:00 all guests except 100,109; 22:00 CT 109) | datastore lives on `NASPool/backupStore` via ana-nas NFS |
VMs without a startup order (103, 106, 107) will start based on their `onboot` setting but without a specific sequencing delay.
**Network:** all guests on `vmbr0` VLAN tag 50 (`10.250.50.0/24`), firewall enabled on
every NIC. Linux = virtio, Windows = e1000. CTs take DHCP (reserved).
## Resource Summary
## Virtual machines
| VMID | Name | vCPU | RAM (MB) | Disk | OS |
|---|---|---|---|---|---|
| 100 | PFI-ANA-TRUENAS | 4 | 8,196 | 80G | Debian 12 (reprovisioned from TrueNAS SCALE) |
| 101 | PFI-ANA-DC | 12 | 24,576 | 240G | Windows 11 |
| 102 | PFI-ANA-Docker | 8 | 16,384 | 250G | Linux |
| 103 | PFI-SlaveBot | 8 | 8,192 | 256G | Windows 10 |
| 104 | PFI-Mongo | 8 | 8,196 | 256G | Linux |
| 105 | PFI-Postgres | 16 | 8,196 | 80G | Debian 11 |
| 106 | PFI-Tailscale | 8 | 2,048 | 256G | Debian 12 |
| 107 | PFI-Pteradactyl | 8 | 8,192 | 256G | Debian 11 |
| 108 | PFI-ANA--DEV | 8 | 8,192 | 120G | Debian 11 |
| 110 | PFI-ANA-Webhost | 16 | 4,096 | 250G | Debian 11 |
| 111 | pfi-tacticalrmm | 16 | 8,192 | 256G | Linux |
| | **Totals** | **112** | **105,348** | **2,300G** | |
| VMID | name | IP | vCPU (sockets×cores) | RAM | disk | OS | onboot / startup | role |
|---|---|---|---|---|---|---|---|---|
| 100 | pbs-ana | 10.250.50.90 | 4 (1×4, x86-64-v2-AES) | 8 G | 32G local-lvm | Debian 12 | yes / — | Proxmox Backup Server, fleet primary. `servers/pbs-ana/` |
| 101 | PFI-ANA-DC | 10.250.50.60 | 12 (2×6, host) | 24 G | 240G ospool + EFI + TPM2 | Windows 11, q35, OVMF | yes / order 5, up 120s | Active Directory domain controller |
| 102 | PFI-ANA-Docker | 10.250.50.70 | 8 (2×4, x86-64-v2-AES) | 16 G | 250G ospool | Debian | yes / order 4 | `ana-docker`: LiteLLM gateway, gitea, Langfuse, AdGuard, Beszel/Dozzle hubs, rest-server-ana, backrest. `servers/ana-docker/` |
| 103 | PFI-SlaveBot | 10.250.50.151 | 8 (2×4, host) | 8 G | 256G ospool (ide0) | Windows 10, i440fx | yes / — | purpose undocumented; **not in `servers/`** |
| 104 | PFI-Mongo | 10.250.50.81 | 8 (2×4, host) | 8 G | 256G ospool | Linux | yes / order 3, up 60s | MongoDB; **not in `servers/`** |
| 105 | PFI-Postgres | 10.250.50.80 | 16 (4×4) | 8 G | 80G ospool | Debian 11 | yes / order 3, up 60s | shared Postgres (vaultwarden/gitea/paperless); PGDATA local since 2026-04-23. `servers/pfi-postgres/` |
| 106 | corviduo-dev | 10.250.50.152 | 8 (2×4, x86-64-v2-AES) | 8 G | 80G ospool | Debian 13 | yes / order 10 | Worldtree-team dev VM, PFI-hosted. `servers/corviduo-dev/` |
| 107 | PFI-Pteradactyl | 10.250.50.55 | 8 (2×4, host) | 8 G | 256G ospool | Debian 11 | yes / — | Pterodactyl game panel. `servers/pfi-pteradactyl/` |
| 110 | PFI-ANA-Webhost | 10.250.50.52 | 16 (4×4) | 4 G (balloon 1 G) | 250G ospool | Debian 11 | yes / order 30, up/down 120s | web workload. `servers/pfi-ana-webhost/` |
| 111 | pfi-tacticalrmm | 10.250.50.57 | 16 (4×4) | 8 G | 256G ospool | Linux | yes / order 20 | TacticalRMM. `servers/pfi-tacticalrmm/` |
## Network Notes
All VMs have the QEMU guest agent enabled.
- All VMs are on **VLAN 50** via `vmbr0`.
- All VMs have **firewall enabled** on the network interface.
- Linux VMs use `virtio` network adapters; Windows VMs use `e1000`.
- The MongoDB connection string embedded in VM 104's config references IP `10.250.50.81`, suggesting VLAN 50 maps to the `10.250.50.0/24` subnet within the `10.250.0.0/16` range.
## Containers
| CTID | hostname | IP | cores | RAM | rootfs | privileged | onboot / startup | role |
|---|---|---|---|---|---|---|---|---|
| 109 | ana-nas | 10.250.50.50 | 4 | 2 G | 80G ospool | **yes** (apparmor unconfined, all devices) | yes / order 1, up 45s | NFS/SMB server straight off the ZFS pools — bind-mounts `/ospool/backup` and every `NASPool/*` dataset under `/mnt/…`. Data-serving SPOF. `servers/ana-nas/` |
| 112 | ana-filebot | 10.250.50.53 | 4 | 2 G | 80G ospool | **yes** (same binds as 109) | yes / order 10 | file-task automation. `servers/ana-filebot/` |
| 113 | ana-wg | 10.250.50.252 (+ wg0 10.30.10.1) | 4 | 2 G | 8G ospool | no (nesting) | yes / order 2 | WireGuard remote-access endpoint, UDP 31337 via FortiGate VIP. `servers/ana-wg/` |
## Startup order (host boot)
| order | guest | delay |
|---|---|---|
| 1 | CT 109 ana-nas | up 45s |
| 2 | CT 113 ana-wg | — |
| 3 | VM 104 PFI-Mongo, VM 105 PFI-Postgres | up 60s |
| 4 | VM 102 PFI-ANA-Docker | — |
| 5 | VM 101 PFI-ANA-DC | up 120s |
| 10 | VM 106 corviduo-dev, CT 112 ana-filebot | — |
| 20 | VM 111 pfi-tacticalrmm | — |
| 30 | VM 110 PFI-ANA-Webhost | up/down 120s |
| unordered | VM 100 pbs-ana, VM 103, VM 107 | onboot=1, no sequencing |
Reverse this for a graceful host shutdown (done 2026-09-05 for the PERC swap).
## Resource summary
| | vCPU | RAM | disk |
|---|---|---|---|
| 10 VMs | 108 | 100 G | 2,180 G |
| 3 CTs | 12 | 6 G | 168 G |
| **total** | **120** on 48 threads (2.5× overcommit) | **106 G** of 188 G | on ospool 547 G actually allocated (thin) |
## Not on this hypervisor
`ana-ml2` (10.250.50.54) is bare-metal Supermicro; `sfsrv-ana` (10.250.250.115) is the
SureFire client's own Dell R630; `pfi-gx10` is at NH3.