Side-by-side
| Axis | Tailscale | Plain WireGuard |
|---|---|---|
| Setup time | Install agent, sign in, done. 5 minutes per device. | Generate keys, write config, distribute, repeat per device. 30 minutes per device, more in failure modes. |
| Security model | Tailscale's coordination server sees metadata (peer list, keys); not your traffic. Open-source agents. | No coordination server. You own the keys, the routing, and the failure modes. |
| Model support | ACLs, MagicDNS, exit nodes, subnet routing — all GUI-configurable. | Anything you can express in routing tables, plus iptables. |
| Cost | Free for individuals (3 users, 100 devices). Paid plans from $6/user/month for teams. | Free. |
| Ecosystem | Built-in to many tools (Headscale, Cloudflare, etc.). | Native in Linux kernel since 5.6. Universal. |
| Best for | Default for self-hosted AI access patterns. The boring answer. | When you need full control, can't trust a third-party coordination layer, or have an existing IPAM. |
Verdict
Tailscale unless you have a specific reason not to. WireGuard is the right choice when 'no managed control plane' is non-negotiable. Headscale (self-hosted Tailscale coordination server) is a third option that gives you Tailscale UX without Tailscale's coordination server.
Notes
- Tailscale's free tier covers most pocket AI deployments comfortably.
- Tailscale ACLs are JSON-based and easy to version-control — set them up before you have many devices.
- WireGuard config is declarative; tools like wg-quick handle 95% of cases. The remaining 5% can ruin a weekend.
Going deeper
For the full landscape report including hosting economics, security posture and regulatory context, see the 2026 landscape report. For the OpenClaw-specific history, see the complete OpenClaw timeline.
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