The Problem I Was Actually Solving
My homelab isn’t a collection of public services. I’m not hosting anything for strangers, and I’m not constantly exposing ports to the open internet. What I needed was simpler: a secure way to reach my own machines, including the Proxmox host that runs my lab, without opening holes in my home network.
I was also studying network security at the time, and I wanted hands-on experience with modern remote access, not just flashcards. Two tools kept coming up: Tailscale and Twingate. Both fall under the Zero Trust umbrella, but they approach the problem differently.
How They Differ
Twingate is built around protecting specific resources. A connector runs inside your network, and policies define who can reach which resources. It’s resource-centric, designed for teams, and geared toward environments where access has to be controlled and audited at a fine level.
Tailscale is built on WireGuard and takes a network-centric approach. Devices join a private network (a “tailnet”), connect directly to each other whenever possible, and fall back to relays only when they have to. Access rules can be layered on top.
Both give you private, authenticated, encrypted access without exposing ports. The difference is how much you configure to get there.
What I Found When I Tried Both
Twingate impressed me. The resource-level policy model is exactly what I’d want in an organization with many users and many systems. It also asked more of me up front: a connector to deploy, resources to define, and policies to write and maintain.
Tailscale, by comparison, got my devices talking in minutes. Install the client, sign in, and the machines could reach each other. For what I needed, that was the whole job.
The Honest Reason I Chose Tailscale
Here’s the plain version: I was trying to do a lot at once. I had coursework, a lab I wanted to grow, and projects I wanted to build. For my use case, Tailscale gave me essentially the same outcome as Twingate with much less configuration, so I could spend my limited time on the services I actually wanted to run, like Pi-hole, Traefik, and Kubernetes, instead of on the plumbing underneath them.
I want to be careful not to oversell that. Twingate would almost certainly be the better choice if I were supporting a team, managing many resources, or working under compliance requirements. I haven’t run it at that scale, so I can’t speak to how it performs there. What I can say is that for one person with a small lab, the simpler tool was the right-sized one.
(Both offer free tiers, but plan limits change, so check the current terms before you decide.)
The Same Logic Behind k3s
I made a similar call when I chose k3s over a full Kubernetes install for my lab. K3s is a lightweight, certified Kubernetes distribution with fewer moving parts and sensible defaults bundled in, including the Traefik ingress controller. It let me learn Kubernetes concepts and deploy workloads without spending most of my time maintaining cluster internals.
The tradeoff is real. Building a cluster the long way would teach me more about how the control plane fits together, and I may do that someday. For now, k3s keeps me moving.
What I Take From It
Right-sizing a tool to your goal is a skill, not a shortcut, as long as you’re honest about what you skipped. Choosing Tailscale means I haven’t practiced writing enterprise-scale access policies. Choosing k3s means I haven’t built a cluster from scratch. Knowing those gaps lets me plan to close them when a project or a role calls for it.
When you’re building a homelab, the best tool isn’t always the one with the most features or the most enterprise credibility. Often it’s the one that keeps you learning and building without stalling.
For me, that was Tailscale. For you, it might be Twingate, and that’s part of the beauty of the homelab journey.
If you run a homelab or a small IT environment, what do you use for secure remote access, and why?
Originally published September 2025. Revised October 2026.