- Register mx1 in the inventory and as a direct-SSH `internet` host; give it
a static public IPv6 (2a01:4ff:2f0:1963::1).
- Point the cnx.email MX (plus SPF/DMARC) at mx1 and add its A record.
- Bring mx1 into monitoring: import exporters, add it to the mesh map and the
node scrape job so its host metrics and journald reach control.
- Add a clan-mx1 Hetzner firewall: inbound SMTP + ZeroTier + ICMP, no public
SSH (admin rides the mesh like the other hosts). 587/465/993 held for now.
- Extract per-host public IPv4/IPv6 into modules/hosts.nix, consumed by
clan.nix's internet hosts and each machine's cnx.staticIPv6, so each address
is declared once instead of being duplicated across configs.
- docs: add mx1 to the machines table.
clan borgbackup instance: control serves repos, ns1 backs up its
clan.core.state (the KASP keystore at /var/lib/knot) nightly over the
mesh with repokey encryption. ns1 maps the control machine name to its
ZeroTier address so the borg@control repo resolves.
Run `clan vars generate ns1` before deploy to mint the borg keypair.
clan.nix gains an allowedIps list for the zerotier controller, fed via a
ztMemberIp helper that derives each member's IPv6 on this network from its
10-char node id + the zerotier-network-id var. Lets us list external devices
(admin laptops) by their stable node id, which this clan-core's allowedIps
interface consumes as --member-ip on control.
Add the clan-core emergency-access service on all nixos machines; it
sets a per-machine recovery root password for console login when a
machine fails to boot.
- Knot authoritative DNS: ns1 primary, ns2 secondary serving cnx.network,
buildfor.life and cnx.email over TSIG-secured zone transfer (modules/dns)
- Knot listens publicly + over ZeroTier; firewall opens port 53
- Complete clan inventory: name/domain, admin SSH key, control as the
zerotier controller, tor on all nixos machines
- Enable age yubikey/fido2-hmac secret plugins
Berwn