# Hardware reference — boma

> Hand-maintained source of truth for **physical** compute + network gear and
> **workload placement intent**. The two machine-readable tables (Node capacity,
> Workload placement) are parsed by `scripts/capacity-scan.py` — keep their
> headers intact. Evaluated by `/capacity-review`. See ADR-012.
>
> _Status: skeleton. Replace example rows with real hardware once the cluster is
> stood up (STATUS.md tracks real-vs-planned)._

## 1. Physical compute

### pve0
- **Model / form factor:** _TBD (e.g. Minisforum MS-01, mini-PC)_
- **CPU:** _TBD (e.g. i9-13900H, 14C/20T)_
- **RAM:** _TBD total; max _; free DIMM slots _
- **Storage:** _TBD (disks → pools, e.g. 2× 2 TB NVMe → `local-zfs`)_
- **NICs:** _eno1 trunk (vmbr0), eno2 corosync (vmbr1)_
- **Notes:** _warranty, quirks_

### ubongo (control node — outside the cluster)
- **Model / form factor:** _TBD (x86-64 mini-PC / USFF, e.g. N100 or refurb micro)_
- **CPU:** _TBD (target 4 cores, x86-64)_
- **RAM:** _TBD (target 16 GB)_
- **Storage:** 1 TB NVMe (ThinkCentre M70q Tiny; i3-10100T, 16 GB) — over-spec for Tier-1 restore-verify (ADR-022)
- **NICs:** _wired GbE_
- **Notes:** _always-on; control plane + AI-worker + local test runner (ADR-015); not a Proxmox guest_

### fisi (backup node — outside the cluster; provisional)
- **Model / form factor:** HP Elite 600 G9 (tower)
- **CPU:** i-series (12th-gen), x86-64 — featherweight for a data-only restic node
- **RAM:** 16 GB+ (TBD exact)
- **Storage:** OS NVMe + **2× 8 TB HDD in a mirror** (ZFS/mdraid → 8 TB usable, survives one disk)
- **NICs:** wired GbE
- **Notes:** off-cluster pull backup node (ADR-022); owns the restic repo, runs rclone→pCloud,
  docks the rotated USB air-gap drives. **Pending:** SATA power cable to the HDDs.
  Crown-jewel host → full `base` hardening. Assignment provisional (revisit when all hardware on hand).

_(repeat for pve1, pve2, askari)_

## 2. Network gear

| device   | model | ports | poe | throughput | uplinks | notes |
|----------|-------|-------|-----|------------|---------|-------|
| opnsense | _TBD_ | _TBD_ | n/a | _TBD_      | WAN+LAN | dedicated hardware |
| switch   | _TBD_ | _TBD_ | _TBD_ | _TBD_    | trunk   | managed, 802.1q |
| ap1      | _TBD_ | _TBD_ | _TBD_ | _TBD_    | trunk   | multi-SSID per VLAN |

## 3. Workload placement & intent

The numeric columns (`cores, ram_mb, disk_gb`) feed `capacity-scan.py`; the
free-text columns feed `/capacity-review`'s judgement.

| workload | node | cores | ram_mb | disk_gb | criticality | ha_intent | profile | constraints | growth |
|----------|------|-------|--------|---------|-------------|-----------|---------|-------------|--------|
| dns1     | pve0 | 1     | 512    | 10      | high        | pair/dns2 | tiny/steady | anti-affinity: dns2 on a different node | flat |
| dns2     | pve1 | 1     | 512    | 10      | high        | pair/dns1 | tiny/steady | anti-affinity: dns1 on a different node | flat |

## 4. Node capacity (machine-readable)

Physical totals per node. Integers; `ram_gb` and `disk_gb` may be decimals.

| node | cores | ram_gb | disk_gb |
|------|-------|--------|---------|
| pve0 | 20    | 64     | 4000    |
| pve1 | 20    | 64     | 4000    |
| ubongo | 4   | 16     | 1000    |
| fisi   | 4   | 16     | 8000    |

## 5. Capacity notes

Free-text running notes for the evaluator (trends, planned moves, upgrade ideas).