Open source · self-hosted

Bring your apps online

Fast, open source, and entirely under your control.

Uplink

3 tunnels · 2 serving

＋ Add tunnel

◎admin-dashboard.ny.uplink.computerLive

localhost:3000Private

◎your-company.comLive

localhost:8080Public

Uplink

3 tunnels · 2 serving

Add tunnel

https://admin-dashboard.ny.uplink.computer Live

localhost:3000 · Private you + 3 invited 1.2k req · 84 MB

https://your-company.com Custom domain Live

localhost:8080 · Public anyone with the link 54.2k req · 741 MB

https://your-api.ny.uplink.computer Paused

localhost:5173 · API Key protected with bearer token

Download for macOS Apple Silicon · Linux: install the CLI

uplink.yaml YAML

services:

web:

port: 3000

public: true

api:

port: 8080

- alice@company.com

uplink.yaml

YAML · UTF-8

edge: ny.uplink.computer
services:
  web:
    port: 3000
    custom_domain: dashboard.example.com
    share:
      - bob@company.com
      - alice@company.com
  api:
    port: 8080
    account: acme
    allow_ips: [203.0.113.0/24]
    rate_limit:
      requests: 100
      window_secs: 60
      per: ip
  blog:
    port: 9000
    public: true
    custom_domain: blog.example.com

zsh — uplink

$ uplink up

✓ web

→ https://dashboard.example.com

localhost:3000 · you + 2 invited

✓ api

→ https://api-8080.ny.uplink.computer

localhost:8080 · acme account · IP allowlist

✓ blog

→ https://blog.example.com

localhost:9000 · public

2 services online · serving

$ curl -fsSL https://uplink.computer/install.sh | sh

latest release · Linux x86_64 & arm64 — macOS: use the desktop app

How it works

Serve local apps
without exposing your network.

A public edge server serves your domain and runs every firewall rule and auth check.
Your app stays on localhost, reached only through a tunnel it dials out to.

◎

Internet

→

◇

Edge

→

▣

localhost

TLS Auth Firewall Encrypted tunnel

Public internet

Page views Password

API requests Token

Bots & scrapers blocked

Exploit attempts blocked

https

Uplink Edge server app.uplink.computer

HTTPS · TLS 1.3 Domain and certificates

Access Controls who and where gets in

Firewall Controls request rate and threats

QUIC Tunnels Encrypted path to your machine

tunnels

Your machine localhost

private network

your app

localhost:3000

live

your api

localhost:8080

live

Use our managed edge network or host your own edge
Powered by the OpenTunnels Protocol.

Zero-Trust Access Control

Choose who can reach each app: people, teams, passwords, API keys, or trusted networks. Everything else stops at the edge.

Invited accounts Sign in with a code sent to their email.

alex@example.com

Password / API key Use a browser password or Authorization header.

•••••••• Replace

IP whitelist Only listed IPs and networks can connect.

203.0.113.0/24

Public access Open to anyone with the link

Web Application Firewall

Rate-limit traffic and block bots, hostile networks, or sensitive paths before requests reach your machine.

block-probes applies to: blog Block Enforce

where path contains /wp- · method is POST 1,204 blocked today

api-limit applies to: api Rate limit Enforce

where path starts with /api 100 req / 60s · per IP

block-curl applies to: all tunnels Block Monitor

where header user-agent contains curl monitoring · 312 would match

Observability & Analytics

See bandwidth, service health, and blocked requests in one place. Know what is happening without assembling another stack.

last 24h 1.87m Requests

blocked 203.0.113.7 · POST /wp-login.php block-probes

Traffic Inspector

Inspect live request and response bodies without sending payloads to a third party. Captures stay on your machine.

POST /callbacks/billing 200 182 ms · local

Request body

{

"event": "invoice.paid",

"invoice": {…}

}

Response body

{

"received": true,

"status": 200

}

Direct Connect

When both devices run Uplink, traffic can take an encrypted peer-to-peer path: lower latency, no edge bandwidth.

Transfer Speed: 9.82 Gbps direct

This Mac 192.168.1.24

↔

home-server 192.168.1.40

edge bypassed QUIC · encrypted P2P

Seamless support
for modern web protocols

Leave behind the hidden headaches of traditional reverse tunnel tools.

Automatic HTTPS

Issued and renewed automatically for every served app. Assigned URLs are yours forever.

WebSockets

WSS support by default, upgrade requests pass through without special proxy rules.

Server-Sent Events

Durable SSE, live updates and AI responses stay connected from first event to last.

Verified compatibility with popular apps

If it listens on a local HTTP port, it is ready for Uplink.

Nextcloud
Home Assistant
Jellyfin
Immich
Grafana
Gitea
n8n
WordPress
Plex
Portainer

Ollama
LM Studio
Jupyter
Gradio
Express
FastAPI
Next.js
Vite
Astro
vLLM

Keep Tailscale. Keep Compose.
Add Uplink.

Add a public edge without rebuilding the network or services you already run.

Private mesh. Public edge.

Tailscale keeps trusted devices connected. Uplink gives web apps a public HTTPS front door—without changing tailnet routes or ACLs.

Private trusted device ↔ server Tailscale

Public visitor → web app Uplink

Two commands. One stack.

Compose runs the service. Uplink publishes its bound HTTP port—no proxy labels, custom image, or application changes.

$ docker compose up -d running

$ uplink up published

Pricing

Use Our Infrastructure
or Run Your Own.

Open source. MIT license. Host on your hardware or utilize our managed network.

Self-Hosted Edge Server

Free · Open source

Run your own edge on your own hardware.
Bring your own domain name, DNS configuration, and TLS certificates.

No SSO authentication, team features, advanced analytics, or security-event tracking.

Get started

Managed Edges

Preconfigured with seamless SSO authentication and Clickhouse-powered observability.

Free

$0 /mo

Kick the tires on a managed edge

Unlimited HTTPS encrypted apps
1 GB bandwidth / month
Up to 10 Mbps transfer speeds
Reserved internal subdomains

Start free

Dev

$10 /mo

Gateway to your personal cloud

Everything in Free
50 GB bandwidth / month
Up to 100 Mbps transfer speeds
Link 3 custom domain names

Start Developing

Pro

$50 /mo

Ship to production

Everything in Dev
1 TB bandwidth / month
Up to 1 Gbps transfer speeds
Link 20 custom domain names

Go Pro

Add a Team

Bring people in on top of any paid plan. Invite teammates and share your tunnels with the whole team in one click. No extra cost.

Invite teammates & manage access
Roles & permissions
Audit logs & security events
Shared apps and settings

$0 / member

Seats are free. You only pay for the plan underneath.

Add your team

For teams and businesses.

Dedicated Edge Cluster

$250 /mo per node

Private high-performance networking stack

Dedicated compute and bandwidth for your team
Up to 10 Gbps transfer speeds
Uncapped bandwidth (5TB included, then $0.05/gb)
Link up to 10,000 custom domain names
Advanced analytics and security features.
Priority support & SLAs

Talk to us

Enterprise

Custom

Your infrastructure, infinite scale

Deploy a multi-site edge fleet
Use your own physical and cloud infrastructure
LDAP, SAML, and custom SSO providers
Priority support & dedicated onboarding
Custom DPA & data-residency controls
Compliance reporting & audit support

Contact sales

Next Gen Transport Layer

The OpenTunnels Protocol.

A modern open source transport protocol for secure, high-performance tunnels.

QUIC + TLS 1.3

High performance multiplexing-optimized transport with a 1-RTT handshake (0-RTT on resume). TLS 1.3 encryption by default on every connection.

Channel binding (RFC 9266)

Every credential is welded to the exact TLS session it rides on. A captured token is cryptographically inert on any other connection.

Broad web compatibility

HTTP requests, WebSocket upgrades, and SSE streams share one encrypted QUIC connection, with each request bound to the device Ed25519 identity.

Enforced tenant isolation

Tunnel credentials are bound to device public keys, edges route by that signed claim rather than the requested hostname.

No head-of-line blocking

Each request rides its own QUIC stream with its own flow control, so one slow transfer never stalls the others.

Written in Rust

Minimal reliance on external packages, well-tested memory-safe code, dependencies audited on every build.

QUIC + TLS 1.3

Channel binding (RFC 9266)

Broad web compatibility

Enforced tenant isolation

No head-of-line blocking

Written in Rust

Read the protocol whitepaper

Your first app online in minutes.

Install Uplink, point it at a local HTTP port, and publish. That's it.

Get started See how it works

$ curl -fsSL https://uplink.computer/install.sh | sh

latest release · Linux x86_64 & arm64 — macOS: use the desktop app

Bring your apps online

Serve local apps without exposing your network.

Zero-Trust Access Control

Web Application Firewall

Observability & Analytics

Traffic Inspector

Direct Connect

Seamless support for modern web protocols

Automatic HTTPS

WebSockets

Server-Sent Events

Verified compatibility with popular apps

Keep Tailscale. Keep Compose. Add Uplink.

Private mesh. Public edge.

Two commands. One stack.

Use Our Infrastructure or Run Your Own.

Self-Hosted Edge Server

Managed Edges

Free

Dev

Pro

Add a Team

Dedicated Edge Cluster

Enterprise

The OpenTunnels Protocol.

QUIC + TLS 1.3

Channel binding (RFC 9266)

Broad web compatibility

Enforced tenant isolation

No head-of-line blocking

Written in Rust

Your first app online in minutes.

Serve local apps
without exposing your network.

Seamless support
for modern web protocols

Keep Tailscale. Keep Compose.
Add Uplink.

Use Our Infrastructure
or Run Your Own.