The following instructions outline the setup process for WireGuard connection on MacOS: 1. Download WireGuard application from App Store: 2. Find WireGuard icon in the status bar and click on it. Then click on 'Manage tunnels' 3. WireGuard window will show up. Click on 'Add empty tunnel': 4. 'Create new tunnel' window will pop-up. Copy public key and private key to separate txt file and then click 'Discard'. Find the WireGuard VPN server location you wish to connect to and select 'Enable WireGuard'. Then click 'Download Config' and save the WireGuard config file. Step 3.) Open a web browser and navigate to the WireGuard App store listing. Or search for 'wireguard' under apps and click get. The Pyton script will ask for the Public and Private keys generated on the WireGuard app. Simply copy and paste them from the app when requested. When the Pyton script completes, it will create a new CloudFlare WARP account and will save the config info in a file called “wgcf-profile.conf”. Copy the contents from the “wgcf-profile.conf.
WireGuard GUI require macOS 10.14+. You need to use WireGuard CLI if you are using an older version.
Install WireGuard GUI (recommended)
- Download WireGuard GUI by pressing on the green button 'App Store' above or open App Store and search for WireGuard.
- Download configuration files for WireGuard by pressing on the green button 'Configuration' above.
- Press on the WireGuard icon in your system tray and select 'Import tunnel(s) from file...' and select the configuration zip or .conf file you downloaded at step 2.
- The configuration files should now be imported and you can select which location you want to connect to by pressing either connect on the GUI client or the location in the dropdown menu from the system tray.
Install WireGuard CLI
Iphone Wireguard
Before you start with our WireGuard CLI guide, please make sure that you have Homebrew installed.
- Install wireguard-tools and jq with brew.
- Run our configuration script and enter your username and password when prompted.
- Turn on WireGuard.
- Turn off WireGuard.
Can I use this on Windows? Mac? BSD? Android? IOS?
Although WireGuard is now version 1.0.0 in the Linux world, its Windows package is in beta at 0.1.0; it has added significant performance, stability, localization, and accessibility features since our walkthrough preview of an older version.
Wireguard Osx
We've used the Windows package a fair amount now, and most users will find it very usable despite being in beta. If you decide to use these pre-release Windows versions, we recommend keeping track of WireGuard news and updates on a regular basis.
Mac and BSD users do not yet have an in-kernel option for WireGuard support but can run the Go language implementation from their respective repositories--
Advertisement pkg install wireguard
on FreeBSD, and brew install wireguard-tools,
port install wireguard-tools
, or even right from the Apple Store itself on the Mac.IOS users can find WireGuard in the App Store, and Android users can find it in the Play Store, or for those who prefer to roll Google-less, the F-Droid repository. There's also a tantalizing diff in the Android kernel repository, hinting at an updated in-kernel version Android users might be seeing in a future Android version.
A word to the wise: third-party WireGuard clients exist for these platforms as well, but we recommend sticking to the official WireGuard clients. Detailed instructions and links for downloading and installing WireGuard on everything north of a kitchen toaster can be found here.
WireGuard gets third-party audit, goes 1.0.0
Wireguard Mac Download
![Wireguard Mac App Store Wireguard Mac App Store](/uploads/1/3/4/1/134110207/724719345.jpg)
WireGuard itself gets a version bump to 1.0.0 along with its inclusion into the new kernel. Those familiar with open source versioning standards probably weren't all that put off by its prior 0.8.x or 0.9.x versioning—after all, Dovecot was the world's IMAP4 server for years on 0.4—but the 1.x versioning may soothe concerns for managerial or simply less Linux-savvy folks.
More importantly, WireGuard founding developer Jason Donenfeld commissioned a third-party security audit of the codebase, which came up clean:
I've been a bit neurotic about having 5.6 ship without any show stopper bugs. WireGuard has been stable for a long time now, but that doesn't make me any less nervous about the real deal in 5.6. To that end, I've been doing code reviews and having discussions, and we also had a security firm audit the code. That audit didn't turn up any vulnerabilities, but they did make a good defense-in-depth suggestion.
What it means to be 'in-tree'
WireGuard will now operate as either a Loadable Kernel Module (LKM) or built statically into the kernel itself. But whether static or loadable, it will be 'in-tree'—which means it's provided ready to go with the vanilla kernel itself, with no need for repackaging by the various distros. This puts it on the same footing as other supported drivers.
Advertisement The shift from third-party to first-party LKM also means no more Dynamic Kernel Module Support builds will be necessary. DKMS is a convenient framework that allows a kernel module to be automatically rebuilt from source against each new Linux kernel as it is installed—but it's not bulletproof. A user with a single computer might go years without seeing a DKMS hiccup, but a sysadmin with tens of machines and critically important DKMS packages will probably have to poke at a botched kernel upgrade once or twice a year.
DKMS builds add a significant amount of extra time to routine kernel upgrades even when they go well, since the system is actually recompiling the source code itself against the new kernel's headers. Although WireGuard is a relatively small and clean project, the DKMS build time is generally in the 'several minutes' range even on relatively fast servers. This wasn't enough extra time to be a big factor in automated upgrades, but it was enough to cause some frustrated toe-tapping in manual installations and upgrades.
You might not have to wait for 5.6
Fast-moving, 'bleeding edge' distributions like Arch, Gentoo, Fedora, and Clear Linux will upgrade very rapidly to the new 5.6 kernel, but stable distributions like Ubuntu, Debian, or CentOS will likely remain on older kernels for a year or more.Debian and Ubuntu users, fortunately, won't have to wait for Linux 5.6. The upcoming Ubuntu Focal Fossa has a backported WireGuard in its kernel tree—so the need for the WireGuard PPA should be over soon for up-to-date Ubuntu admins. On the Debian side, maintainer Ben Hutchings has already committed a backport to Debian Buster.
There's no word yet for CentOS, RHEL, or SuSE users, but we wouldn't be surprised if more of the major stable distributions began adding official support prior to upgrading to Linux 5.6.
Update: this article originally and incorrectly referred to the Windows package as 'alpha'; it is currently beta and nearing release quality. The article has been updated to correct the error.