How to use Tailscale to remotely connect to your Mac


If you need to securely connect to your Mac desktop at home while on the move, Tailscale may be the answer. Here’s how to get started.

One of the main benefits of having a gigabit-class Internet connection is being able to connect to your home devices from outside the home. If you need a file from a home fileserver, you have tons of bandwidth so you know you can get it remotely, quickly.

However, while having the bandwidth is good, establishing the connection in the first place can be a problem.

In the old days, that used to simply mean setting up port forwarding on your router and connecting to a specific IP, or an address if you had set up a dynamic DNS service beforehand.

But with the rising use of Carrier-Grade NAT (CGNAT), this won’t work anymore. If you’re using an app like Jellyfin that lets you stream media outside the home, CGNAT will screw that up completely without something managing your connection.

Then there are the problems associated with firewall configuration, and many other small security and privacy-related things to consider. It quickly becomes a mountain of issues to mitigate.

What you ideally need is a way to connect your devices together that also handles most of the issues for you. Tailscale is one good answer.

What is Tailscale?

Tailscale describes itself as a “Zero Trust identity-based connectivity platform” that can replace a VPN, SASE, and PAM. That’s a lot of buzzwords in a sentence, but it is primarily pitched as an enterprise tool, not really a consumer app.

Computer screen showing a device management window with a selected iPhone 13 Pro Max, displaying storage details, backup options, and usage graph on a blurred abstract beige and gray background

An example of a three-device setup in Tailscale’s macOS client.

It is a way to create a private mesh network between your devices, or more simply, so your devices can communicate directly with each other. Once set up, your iPhone could connect to your Mac over a cellular connection, or to a computer in a completely different country, all treated as if it’s on the same “local” network.

These connections are peer-to-peer and encrypted, protecting your privacy and your data in transit. As it’s an encrypted mesh network, the communications are also peer-to-peer, as direct as possible between your devices, without using an intermediary host server.

You’re not using a VPN server itself. Instead, it’s a direct connection between computers.

What can you do with Tailscale?

The whole point of Tailscale is to establish a network that’s somewhat similar to your home or office network between devices. Even if they’re not on the same physical network.

Tailscale refers to this as a Tailnet.

At a bare minimum, that means you can connect to a server while remote to access files, or to upload them. This is a fairly useful service for home users.

Web dashboard titled Machines listing several connected devices with status, IP addresses, and last-seen times, plus a section offering options to add devices from GitHub, AWS, Google Cloud, and other platforms

Tailscale’s web admin view. Devices on a Tailnet are listed, alongside 100-range iP addresses assigned to that hardware.

Since there’s file sharing, you could also use it for facilities such as remote access. You could control your at-home Mac while away from home, knowing full well it’s protected.

Both of these use cases also apply to business users, who could work from home as well as being out of the office on a trip.

You can also treat Tailscale like a hyper-personalized VPN service. You can designate a computer, like a home Mac, as an “exit node” that acts as a gateway to the Internet for devices on the Tailscale network.

That means you could be sat in a cafe on public Wi-Fi, connecting using Tailscale to your Mac to access the Internet via your home connection, all while encrypted.

How does Tailscale work?

Tailscale is all based on the idea of getting devices within a group to communicate with each other, even if there are obstacles in the way.

It all starts by having an account set up and clients installed on your devices. There are clients for macOS and iOS, as well as Windows, Linux, and Android.

The base of the platform is WireGuard, which creates encrypted tunnels between devices. This is normally between the user’s device and a VPN gateway or server, but in this case it’s between devices.

Rather than using a central hub server that all traffic is ferried through, the client devices connect to each other directly as a mesh network.

To actually set up the connections in the first place, as well as the encryption key exchange, the clients do connect to a central coordination server. However, that is only a minimal connection to establish communications, as the mesh network itself handles the data transfers.

The central communications server is also important as it is a place for the clients to contact that is a known quantity. With firewalls, CGNAT, and other things getting in the way, it’s to be assumed that the user doesn’t know what stands in the way of the connection itself.

Tailscale uses this as an opportunity to traverse the network obstacles between the clients, regardless of what connection they’re using. In some cases, it uses standards like STUN, ICE, and Designated Encrypted Relay for Packets (DERP) to keep things running.

How to get started with Tailscale

The first thing to do is to download and install the Tailscale client onto your devices. It is easiest to set up the account on a Mac, but install the iOS client on your iPhone too.

Go to the sign-up page, select Personal, and use one of the existing identity provider services. That is, use the links for Google, Microsoft, Apple, or GitHub.

You will need to set up under a public domain email account, for example, Gmail or iCloud.com, to be enrolled into the Personal plan automatically.

If you use a custom domain, you’ll be enrolled into the Enterprise plan for a 14-day trial. However you can also opt out of the trial and go onto the Personal plan anyway, through the service’s administration console.

The Personal plan, which is for individuals, is a free account for an unlimited number of devices and up to six users. For most home users, this is the one you will want to use.

The paid plans start from $8 per user per month for the Standard, rising to $18 for Premium, and custom pricing for enterprise customers. There are a number of paid add-ons you can also get, but most home users won’t need to touch these at all.

Computer screen showing Tailscale setup: left panel prompting to add first device with platform buttons; right macOS-style window displaying Tailscale account settings with tabs, blurred personal details, and remove account button

Adding the first device to Tailscale

The online signup will pause after authentication on a screen, requiring you to set up a first device. Open your Mac client and click Get Started.

You’ll be asked to allow VPN configuration. Click Allow VPN Configuration, then on the popup, click Allow to permit Tailscale to make changes.

In the Menu Bar, select Tailscale, then Settings. Click Add Account, which will open a browser for authentication via the same service as the initial registration.

When asked to Connect Device, click Connect. You’ll also be asked if you want to start on log-in, which you should agree to, or face starting it manually each time.

At that point, you will be informed that your device is set up for your Tailscale account, that you can find other network devices in the Menu Bar, and you can connect to them using specially designated IP addresses.

The browser will hint that you should set up and connect a second device. Do this now, using the appropriate app.

Two tablet screens side by side displaying a dark interface, one showing an options list, the other showing a Telstra Connect devices dialog with buttons to connect or cancel

Tailscale on iPadOS

The authentication on iOS and iPadOS is relatively similar to macOS, in that you’re asked to configure VPN settings and notifications. After that, you sign in with your authentication details once more.

In the browser, you’ll be asked to test the connection between devices. Copy the ping command and paste it into Terminal, and ensure there’s no packet loss.

Click “Success, it works!”

At this point, you will have two or more devices connected using Tailscale’s Tailnet and communicating with each other.

Tailscale basics

Once you have established your Tailnet, you can immediately do a few things.

For a start, open the Tailscale app to see your account-connected devices, designated Tailnet IP addresses, and other essential information.

You can also get some of this information from the Menu Bar in macOS.

The apps include a function known as Taildrop, which you can think of as AirDrop but just for your Tailnet. You can select a file to send to another device, and it will transfer over automatically.

Mac menu bar showing Tailscale VPN dropdown panel with connection toggle enabled, user profile, current device details, options for network devices, exit nodes, settings, open Tailscale, and quit

Tailscale’s presence in the macOS Menu Bar.

Since you also have access to IP addresses, you can also use them in network applications to connect to other devices on the Tailnet.

For example, you can use the Files app on an iPhone and use the Connect to Server with that IP address to access shared files on your Mac.

Another thing you can do is set your Mac as an Exit Node, which can funnel the Internet connections of other Tailnet devices through it like a private VPN.

On the Tailscale app on the Mac, select Exit Nodes to view any already set up on the network. If none are available, click the Settings icon then, under Exit Nodes, check Run as exit node then Ok on the warning box.

Two overlapping computer settings windows on a blurred abstract background, showing device list and detailed network preferences with toggles, checkboxes, and text options for configuring online and VPN behavior

Tailscale macOS client settings include options to launch at login and to set the Mac as an Exit Node.

Go to the Admin Console, which opens in a browser window. Select the Mac, which also has the blue Exit Node status icon. Under Routing Settings, click Edit under Exit Node Awaiting approval.

Add the checkmark to Use as exit node and click Save.

In the Tailscale app on another device, select Exit Node. In the options, select your Mac to immediately reroute your traffic.

To stop the connection, tap Disable.

This is a very simple overview of using Tailscale as a personal user. But, it’s something that has a considerable number of features, if you’re prepared to dig deeper.

It is an enterprise tool at heart, after all.

The vast majority of these extra tools are handled in the admin console, in the browser. This includes setting up and managing users and changing settings for individual devices, at the more basic end of things.

However, you can go down the route of setting up DNS settings, network services, access to third-party SaaS apps, and connecting to cloud providers. Access controls and logs will also help you manage your virtual network here, too.

For AI researchers, Tailscale has Aperture in beta, which is a reverse proxy going between LLM clients and providers like OpenAI and Anthropic. It can be used to automatically ferry the right requests through to the right service, which could result in more accurate or suitable responses or reduced spending.

There’s a lot more beyond the scope of this article that an advanced user can go into. While most won’t necessarily care about these more technical aspects of Tailscale, it’s nice to know that there are options to tweak it to fit your exact networking needs.



Source link

Leave a Reply

Subscribe to Our Newsletter

Get our latest articles delivered straight to your inbox. No spam, we promise.

Recent Reviews


When the original Range Rover debuted in 1970, it introduced something the automotive world had not quite seen before: a vehicle as capable on a muddy trail as it was parked outside a five-star hotel. That unique combination of rugged capability and refined luxury few, if any, SUVs can pull off today. Yet, Land Rover has been doing it for five decades.

The current fifth-generation model, which arrived for 2022, extended that tradition with a cabin that let the quality of its materials speak for itself.

Now, the 2027 Audi Q9 is preparing to challenge it.

The Q9 makes its world debut on July 28th and is Audi’s first true full-size flagship SUV. While the exterior remains under wraps, Audi recently opened the doors for a first look at the interior. What’s inside reveals two very different philosophies about where traditional luxury is headed. Audi is betting on screens, sensors, and immersive technology, while Range Rover, in a notable move for 2027, is bringing physical knobs and controls back to the center console.

One brand is leaning forward. The other is going for a hint of nostalgia. Here is how they stack up.

Two cabins, unique two philosophies

Small details for discerning buyers

The Range Rover has long built its interior reputation on what it leaves out as much as what it puts in.

The current model is characterized by a clean and streamlined dashboard with minimal distractions. Premium materials include Windsor leather on the SE, semi-aniline leather on the SV, and sustainably sourced wood veneers across the lineup.

For 2027, the physical volume knob and Terrain Response selector are returning to the center console, reversing a decision made for the 2024 model year that moved those controls to the touchscreen. It is a small detail that some discerning buyers will appreciate. Although every new vehicle today has a touchscreen of some kind, the allure of a large screen has its limits.

Audi takes the opposite position with the Q9. The cabin moves away from the fingerprint-prone piano-black trim of earlier models, introducing matte and textured finishes alongside new materials. Q9 buyers will find Dinamica microfiber, Nappa leather, fine-grain ash inlays, and a carbon fiber weave with basalt gray accents. New colors, including Tamarind Brown and Stone Beige, complete the palette.


Audi Q9


Audi’s Q9 challenges the Mercedes GLS with 4D audio and a digital cabin for 10K less

The primary difference between these two flagship SUVs lies in their digital architecture.

Digital Stage vs. Pivi Pro

Three displays or one interface

Audi’s Digital Stage includes three displays across the Q9’s dashboard. The primary OLED touchscreen is front and center, while a driver’s instrument cluster is tucked just beyond the steering wheel.

The third screen is separate for passengers and sure to be enjoyed on long road trips by whoever is sitting there. Front-seat passengers can stream content from their own queue, whether that’s a YouTube video, a show on Netflix, or a podcast playlist, without interfering with anything on the driver’s side.

Range Rover’s Pivi Pro system uses a 13.1-inch central touchscreen as its primary interface, paired with a 12-inch interactive driver display. The system is quick, organized, and accessible within two taps from the home screen. There is no dedicated front passenger display, though 11.4-inch rear seat entertainment screens are available on the Autobiography trim and above.

The dedicated passenger screen may give the Audi Q9 an edge over the Range Rover and other competitors like the Lexus LX, which also does not offer a separate infotainment screen. However, both the Lexus LX and Range Rover offer rear-seat entertainment.

The Mercedes-Benz GLS and Cadillac Escalade, other prime competitors to the Audi Q9, also offer a rear-seat entertainment system, in addition to the separate passenger screen.

At the time of this writing, Audi has not confirmed the availability of a rear seat entertainment system for the Q9. Given the nature of its competitors, however, it seems in Audi’s best interest to include it as an option.

And finally, the return of physical knobs to the Range Rover for 2027 is the sharpest contrast to the Q9’s all-screen approach. Audi is presenting a cabin where most functions require screen interaction. Range Rover, after trying the same approach, concluded its buyers prefer not to hunt through sub-menus for simple volume and terrain controls.


Audi Q9


Audi’s Q9 aims to replace the Cadillac Escalade as the new standard of tech luxury

Audi enthusiasts may bristle. Cadillac loyalists might feel the same. But nonetheless, here we are.

Sound systems and the sensory experience

Meridian versus Bang & Olufsen 4D

The Bang & Olufsen 4D sound system in the Q9 includes physical actuators built into the front seats so occupants can feel low-end frequencies, not just hear them. Audi’s Dynamic Interaction Light, an LED strip at the base of the windshield, syncs its color and rhythm to the music, with the color scheme matched to the track’s cover art. Headrest speakers route phone calls and navigation prompts privately to the driver.

Range Rover has a bespoke Meridian Signature Sound System, standard on the Autobiography and above, tuned specifically to the cabin’s acoustics. The SV and SV Ultra models offer a more advanced Meridian configuration, albeit without the seat actuator sensations.

Meanwhile, the Audi Q9 has a seven-seat layout as standard, with an optional six-seat configuration with power-adjustable captain’s chairs in the second row. The outer second-row seat slides and tilts forward to ease third-row access without removing child car seats. Audi also introduces an aluminum rail system in the trunk for securing cargo in three dimensions, and includes roof-rail crossbars as standard.

Range Rover’s Long Wheelbase seven-seat layout has been available since the current generation launched, with semi-aniline heated leather across all three rows as standard on the LWB SE. The Autobiography and SV trims add the aforementioned rear seat entertainment screens, a front-center console refrigerator, and four-zone climate control.

Uniden R8 Transparent Background

Display Type

OLED

Radar Band Detection

X, K, Ka

The Uniden R8 is a dual-antenna radar detector with directional arrows, known for its long-range detection and false alert filtering capabilities. Comes preloaded with red light and speed camera locations and supports firmware updates for ongoing performance enhancements.  


Electric doors and adaptive headlights

Where the Q9 pulls ahead

Three Q9 features have no direct equivalent in the current Range Rover.

All four doors on the Q9 open electronically at the push of a button, up to 90 degrees, with sensors that detect approaching cyclists. Drivers close them by pressing the brake pedal or fastening their seatbelt. Range Rover offers power doors on the SV trims, but Audi makes them standard across the entire Q9 lineup.

The Q9’s panoramic sunroof spans approximately 16 square feet and uses nine individually controllable glass segments that dim electronically. An optional LED package adds 84 lights inside the roof in up to 30 colors, matched to the cabin’s ambient lighting.

The Q9 also brings Digital Matrix LED headlights to U.S. customers for the first time. Using front-facing cameras, the system detects oncoming traffic and selectively masks the light around those vehicles, keeping maximum illumination everywhere else on the road.

According to a recent AAA survey, six in ten U.S. drivers struggle with headlight glare. Range Rover’s Pixel LED headlights, standard on the Autobiography and above, are excellent, but Audi’s matrix approach represents a meaningful step forward in lighting technology for U.S. buyers.


2027 Audi Q9 coming soon

The 2027 Range Rover SE starts at $113,300, with the Autobiography beginning at $159,200. The SV lineup starts at $219,500 and climbs to $275,000 for the Long Wheelbase SV Ultra.

The 2027 Audi Q9 is expected to start around $80,000, with higher trims landing between $90,000 and $95,000.

Audi will reveal the full Q9 details on July 28th, with North American deliveries expected as early as November.



Source link