Skip to main content
BUNDL

TL;DR

Pangolin vs ZeroTier: Re-verified August 2026: Pangolin (Fosrl, free self-hosted, docs.pangolin.net, 1.5.x) and ZeroTier One (hosted mesh, free tier + paid scale, 1.14.x) remain complementary answers to 'how do I securely reach my private services from a Mac?' Pangolin wins on sovereignty and HTTP-aware, per-route identity control; ZeroTier wins on zero-infrastructure global mesh and protocol universality. Scores tie at 8.3/10 because each solves the other's hard problem: Pangolin asks you to operate a VPS to own your relay, ZeroTier asks you to trust hosted roots to skip that operation. For many Mac homelabs the pragmatic answer in 2026 is both: Pangolin as the polished front door for dashboards, ZeroTier as the private backbone for everything else.

PublishedUpdated

Which is better: Pangolin or ZeroTier?

Pangolin and ZeroTier are both networking on a Mac, so the pick depends on workflow. Choose Pangolin when you want self-hosted, identity-aware proxying through your own domain. Choose ZeroTier when you want a hosted-free, zero-config Layer 2. As of September 2026, both install with brew install --cask pangolin and brew install --cask zerotier-one.

Pangolin vs ZeroTier

Which is the better networking for Mac in 2026?

We compared Pangolin and ZeroTier across 6 key factors including price, open-source status, and community adoption. Read our full breakdown below.

Pangolin icon

Pangolin

Identity-aware VPN and proxy for remote access

Free
ZeroTier icon

ZeroTier

Global software-defined networking

FreeOpen Source

Visual Comparison

ZeroTier

ZeroTier screenshot

ZeroTierOfficial Website

Our Verdict

Re-verified August 2026: Pangolin (Fosrl, free self-hosted, docs.pangolin.net, 1.5.x) and ZeroTier One (hosted mesh, free tier + paid scale, 1.14.x) remain complementary answers to 'how do I securely reach my private services from a Mac?' Pangolin wins on sovereignty and HTTP-aware, per-route identity control; ZeroTier wins on zero-infrastructure global mesh and protocol universality. Scores tie at 8.3/10 because each solves the other's hard problem: Pangolin asks you to operate a VPS to own your relay, ZeroTier asks you to trust hosted roots to skip that operation. For many Mac homelabs the pragmatic answer in 2026 is both: Pangolin as the polished front door for dashboards, ZeroTier as the private backbone for everything else.

Feature Comparison

Feature comparison between Pangolin and ZeroTier
FeaturePangolinZeroTier
PriceFreeFree
Open SourceNoYes
ReplacesTailscale ($18/month)Tailscale ($5/user/month)
Best forvpn, proxy, remote accessvpn, mesh, networking
Installbrew install --cask pangolinbrew install --cask zerotier-one
CategoryDeveloper ToolsSecurity & Privacy

Quick Install

Pangolin
brew install --cask pangolin
ZeroTier
brew install --cask zerotier-one

Learn More

In-Depth Overview

What is Pangolin?

Pangolin is an open-source, self-hosted tunneled reverse proxy from Fosrl (fosrl/pangolin on GitHub), positioned as a self-hosted alternative to Cloudflare Tunnel and Tailscale Funnel. The architecture exposes private services without opening inbound ports: a public-facing orchestrator (Badger) runs on a VPS with a public IP and your domain, while lightweight WireGuard-based agents (Newt/Gerbil) run next to your private services and maintain outbound-only tunnels. Incoming requests hit Badger, are authenticated against your configured identity provider (SSO via OIDC, plus local users, orgs, and role-based rules), and are proxied down the tunnel to the target service. Current releases in August 2026 sit in the 1.3–1.5.x line published on GitHub with Docker Compose examples, Traefik integration, and docs at docs.pangolin.net. Pricing is free and open source (AGPL for the core, MIT for some components) with no required subscription; you pay only for the VPS and domain you bring. The Mac client story is incidental: you access Pangolin resources from macOS via any browser or WireGuard-aware client, and the server components run in Docker where Homebrew's pangolin formula tracks releases. As of August 2026 there is no managed Pangolin SaaS that removes hosting; the self-hosted model is the product. For Mac users the relevant question is usually 'Pangolin versus ZeroTier versus Tailscale for reaching my homelab from a MacBook on hotel Wi-Fi' — Pangolin answers with HTTP-aware proxying through one domain rather than a Layer 2 mesh.

Detailed Feature Comparison

Primary Networking Model

Critical
PangolinExcellent

Identity-aware reverse proxy over outbound WireGuard tunnels. Exposes selected HTTP services through one public domain with per-route SSO and role checks. Ideal for securely sharing dashboards and internal tools without granting full network adjacency.

Verdict: HTTP-aware proxy (Pangolin) versus universal mesh (ZeroTier) — different primitives for different jobs.

Self-Hosting & Data Sovereignty

High
PangolinExcellent

Fully self-hosted: you operate Badger on your VPS and domain, control the identity provider, and own the relay. No vendor has custody of your tunnels. Open source, auditable, no mandatory SaaS.

Verdict: Pangolin wins for sovereignty maximalists; ZeroTier trades some self-hosting purity for hosted convenience.

Setup & NAT Traversal

High
PangolinGood

Requires a VPS with a public IP, a domain, DNS, and Docker Compose deployment. Outbound-only tunnels simplify NAT traversal, but DNS and reverse proxy config are still on you.

Verdict: ZeroTier is the lower-friction path to 'my devices can see each other'; Pangolin asks you to operate infrastructure.

Access Control Granularity

High
PangolinExcellent

Per-route identity checks via SSO groups, orgs, and local users plus HTTP-aware routing rules. You can gate individual paths (e.g., /admin) separately and enforce SSO before traffic reaches the private service.

Verdict: Pangolin's HTTP-aware auth is more expressive for web services; ZeroTier's model is network membership.

Protocol & OS Breadth

High
PangolinGood

Best for HTTP/HTTPS services exposed through the proxy. TCP/UDP beyond HTTP is possible via Gerbil/WireGuard peers, but raw Layer 2 bridging is not the headline feature.

Verdict: ZeroTier carries any protocol; Pangolin optimizes for web service exposure.

Scalability & Free Tier

Medium
PangolinExcellent

Free open source with no per-node metering. Scale is bounded by your VPS and domain capacity rather than a vendor plan. Cost is infrastructure, not seats.

Verdict: Pangolin is cheaper for large self-hosted estates; ZeroTier's free tier is generous for personal meshes.

macOS Experience (Apple Silicon / Tahoe 26.x)

Medium
PangolinGood

Access via browser/WireGuard client on Mac; server components run in Docker on a VPS or Mac Studio. No special macOS agent is required, but operations are server-centric rather than a menu-bar mesh client.

Verdict: ZeroTier offers a more native Mac client experience; Pangolin is accessed from the Mac rather than installed on it.

Who Should Choose Which?

1Homelabber exposing dashboards

Pangolin

One domain with per-route SSO is more ergonomic than a mesh IP per service.

2Nomadic MacBook needing full mesh

zerotier

Virtual LAN adjacency lets every protocol work without per-service proxy rules.

3Privacy-maximalist team

Pangolin

No vendor-operated relay holds your tunnels when you self-host Badger.

4Small team with 10 nodes, no VPS

zerotier

Free tier requires zero infrastructure and solves reachability today.

5Bridge / Site-to-Site

zerotier

Layer 2 capabilities support bridging routers and segments beyond HTTP.

Migration Guide

Pangolin → Zerotier

Create a ZeroTier network in Central, install the macOS/Homelab clients, authorize members, and switch reachability from app.yourdomain.tld URLs to ZeroTier IPs or MagicDNS equivalents. Layer per-service auth separately (e.g., Authelia behind services) since Zerotier membership alone is coarser than per-route SSO.

Zerotier → Pangolin

Provision a VPS with a public IP and your domain, deploy Pangolin (Badger + Newt/Gerbil) via Compose, configure an OIDC provider and resource rules, and re-expose each internal service as a named route behind SSO. Retire direct ZeroTier IPs for web services while keeping ZeroTier for non-HTTP mesh traffic if desired — the two can coexist.

Final Verdict

Overall Winner

Tie - depends on self-hosting vs global mesh

8.3/10

Score

Pangolin

8.3/10

Score

ZeroTier

Scores are Bundl.run editorial ratings out of 10 across 7 criteria (the feature comparison above), last reviewed August 2026.

Re-verified August 2026: Pangolin (Fosrl, free self-hosted, docs.pangolin.net, 1.5.x) and ZeroTier One (hosted mesh, free tier + paid scale, 1.14.x) remain complementary answers to 'how do I securely reach my private services from a Mac?' Pangolin wins on sovereignty and HTTP-aware, per-route identity control; ZeroTier wins on zero-infrastructure global mesh and protocol universality. Scores tie at 8.3/10 because each solves the other's hard problem: Pangolin asks you to operate a VPS to own your relay, ZeroTier asks you to trust hosted roots to skip that operation. For many Mac homelabs the pragmatic answer in 2026 is both: Pangolin as the polished front door for dashboards, ZeroTier as the private backbone for everything else.

Bottom Line: Choose Pangolin when you want self-hosted, identity-aware proxying through your own domain. Choose ZeroTier when you want a hosted-free, zero-config Layer 2 mesh that spans NATs without infrastructure.

Video Tutorials

ZeroTier Simple Network Setup

ZeroTier Official77.8K views

How to Setup and Use ZeroTier - What is it and how does it work?

Learn How-To42.2K views

Work Remotely Using ZEROTIER & Remote Desktop / Securely connect with zero config !

IT Networks & Security5.5K views

"ZeroTier Remote Desktop Setup – Easy & Secure!"

Wire Network8.7K views

Frequently Asked Questions

Choose Pangolin if you want to expose internal web services through your own domain with per-route SSO and you are willing to run a VPS and Compose stack. Choose ZeroTier if you want a zero-config mesh where your MacBook and homelab share a virtual LAN regardless of NAT, with no server to host.

About the Author

Alex Chen

Senior Developer Tools Specialist

Code Editors & IDEsTerminal EmulatorsVersion Control Tools
12+ years in software development · Former senior engineer at tech startups

Explore More on Bundl

Browse networking apps or discover curated bundles.

Sources & References

Key Verified Facts

  • Pangolin is open source from Fosrl on GitHub with docs at docs.pangolin.net and is deployed self-hosted via Docker Compose as a tunneled reverse proxy over outbound WireGuard tunnels.[cite-pangolin-github, cite-pangolin-docs]
  • ZeroTier One current client line includes 1.14.x releases distributed via GitHub and Homebrew, with macOS Tahoe 26.x and Apple Silicon support.[cite-zerotier-github, cite-zerotier-brew]
  • ZeroTier's free tier covers up to ~25 nodes; paid tiers scale from roughly US$5/month, while Pangolin as software is free and cost is the VPS and domain you operate.[cite-zerotier-pricing, cite-pangolin-official]
  1. 1
    Pangolin — official site

    Accessed Aug 9, 2026

  2. 2
  3. 3
  4. 4
    ZeroTier — official site

    Accessed Aug 9, 2026

  5. 5
  6. 6
    Homebrew cask: zerotier-one

    Accessed Aug 9, 2026

  7. 7
  8. 8

Related Technologies & Concepts

PangolinZeroTierWireGuardFosrlZeroTier CentralTraefikCloudflare TunnelmacOS Tahoe 26.x
Pangolin (Self-hosted tunneled reverse proxy from Fosrl compared in this page.), ZeroTier (Software-defined virtual Ethernet mesh compared in this page.), WireGuard (VPN protocol Pangolin's tunnels and many mesh designs build upon.), Fosrl (Open-source org maintaining Pangolin on GitHub.), ZeroTier Central (Hosted control plane for managing ZeroTier networks and membership.), Traefik (Reverse proxy frequently paired with Pangolin's Badger orchestrator.), Cloudflare Tunnel (Hosted product Pangolin is commonly presented as a self-hosted alternative to.), macOS Tahoe 26.x (Current macOS generation both solutions support from Mac clients.)

Related Topics

Self-Hosted Remote Access

Reverse proxies, tunneled entry, and identity-aware access for exposing homelab and internal services without inbound port forwarding.

Software-Defined Networking

Global virtual LANs and mesh networking that create secure adjacency between devices across the public internet regardless of NATs.

Apple Silicon Remote Access

Mac-to-homelab reachability solutions that run on Apple Silicon and Tahoe 26.x, from browser-based proxy access to virtual LAN mesh clients.