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Running Ubuntu as a virtual machine on your Mac has never been more capable than it is in 2026. Apple's M-series silicon continues to mature as a virtualisation platform, and the Linux ecosystem has kept pace — meaning you can spin up a full, responsive Ubuntu desktop on a MacBook Pro with very little friction. Whether you're targeting Ubuntu 25.04 Plucky Puffin or the newly released Ubuntu 26.04 LTS with its GNOME 50 desktop and Linux Kernel 7.0, the Arm64 experience on Apple hardware is genuinely impressive.
The tool that makes this particularly straightforward is Liviable, a lightweight VM host designed specifically for running Linux on Apple silicon. It takes a refreshingly simple approach: download the app, point it at an Arm64 ISO, configure your resources, and boot. No complex networking setup, no driver wrangling. For macOS virtual machines — including running macOS 26 Tahoe safely in isolation — the companion app Viable covers that use case using the same philosophy.
Virtualisation on Apple silicon has matured rapidly since the early M1 days, shedding most of the rough edges that once made Linux VMs feel like a compromise. Native Arm performance means the GNOME desktop inside a VM feels snappy rather than sluggish, and Rosetta 2 support within Liviable means you can still run Intel binaries inside the Linux environment when you need to. The result is a development stack that genuinely earns its place alongside your native macOS workflow.
This setup suits a wide range of use cases: testing cross-platform applications, compiling Arm-native binaries, experimenting with the latest Linux kernel features, or simply keeping a clean Linux environment that you can snapshot and restore at will. Ubuntu 26.04 LTS also introduces TPM-backed full-disk encryption management and experimental application permissions prompting, making it a more credible choice for security-conscious workflows inside a VM.
TL;DR – Setting up Ubuntu on a MacBook Pro running macOS is straightforward, and once installed you have a fast, fully usable desktop Linux VM at your disposal. Ubuntu 26.04 LTS is the recommended choice for most users in 2026, though Ubuntu 25.04 Plucky Puffin remains a solid option if you want a shorter-term release with familiar tooling.
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Liviable
Installation is straightforward. Download Liviable, then download your chosen Ubuntu release — taking care to select the ARM 64-bit architecture. For Ubuntu 26.04 LTS the Arm64 ISO weighs in at 3.9 GB, so budget some download time on slower connections. Once you have the ISO, Liviable handles the rest. I allocated 32 GB of storage, 4 cores, and 8 GB of memory, and the VM runs very comfortably within those constraints.
Liviable is currently at beta 5 (version 1.0.5) and, while it carries the beta label, it has proven robust in day-to-day use. One important note on host OS compatibility: Liviable currently runs on Ventura and Sonoma. If you are on macOS Sequoia or the newer macOS 26 Tahoe, you will want to check the latest release notes before proceeding — Viable, the companion app for macOS VMs, does support Sequoia as a host. Ubuntu has been running continuously on my MacBook for extended periods without issues, which speaks well of where the platform sits right now.
Liviable's Rosetta 2 integration is worth calling out explicitly. Linux on Apple silicon is natively Arm64, but plenty of tooling in the broader ecosystem still ships Intel-only binaries. Being able to run those transparently inside the VM removes a meaningful friction point for developers who can't always control what architecture their dependencies target.

Ubuntu 25.04 or 26.04 LTS?
If you are setting this up fresh in 2026, it is worth pausing to consider which Ubuntu release to target. Ubuntu 25.04 Plucky Puffin is a standard nine-month release — stable, well-supported, and a fine choice if you want the specific package versions it ships with. Ubuntu 26.04 LTS, however, is now available and brings meaningful upgrades: GNOME 50 with improved fractional scaling, Linux Kernel 7.0, a refreshed set of default applications including a new terminal emulator and video player, and five years of standard support with the option to extend to fifteen years via Ubuntu Pro.
For a VM used primarily for development or exploration, the LTS release is generally the more practical choice — you won't need to think about upgrading the base system for years. Ubuntu Pro is free for personal use on up to five machines, which covers most individual developers comfortably. That said, if your workflow depends on specific toolchain versions that 25.04 ships, there is no pressing reason to switch.
Ubuntu installation screenshots
Ubuntu 25.04 Plucky Puffin Arm screenshot slide carousel
No need for VMware Fusion on Apple silicon?
The honest answer is still: it depends. VMware Fusion remains the right tool if you need a Windows 11 Arm VM with polished integration — shared folders, clipboard sync, and the broader Fusion feature set are hard to replicate with lighter tools. Fusion also supports Sequoia as a host, which matters if you have already upgraded.
Where Liviable and Viable pull ahead is in their focused simplicity. Viable (currently at beta 12, version 1.0.12) handles macOS VMs using the same minimal-configuration approach as Liviable handles Linux — which makes it the obvious choice for running macOS 26 Tahoe in isolation while the early-release bugs shake out. The virtualisation team at Eclectic Light has already documented issues including kernel panics in Sequoia VMs and early bugs in macOS Tahoe 26.1 affecting VMs and Finder Services, so having a sandboxed environment to absorb those surprises is genuinely useful rather than merely convenient.
Early bugs in macOS Tahoe 26.1: VMs and Finder Services
For M4 Mac owners there is an additional consideration: virtualisation on M4 hardware has introduced its own set of quirks, and it is worth checking current compatibility notes for whichever tool you choose before committing to a workflow. The pace of change across both the macOS and Linux virtualisation stacks means that guidance written even six months ago can be out of date — the release notes for Liviable and Viable are kept current and are the most reliable reference.
In short: Liviable for Linux VMs, Viable for macOS VMs, and VMware Fusion if you need Windows or a more enterprise-grade feature set. The three tools cover different ground and there is no reason you cannot run all of them side by side.
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Running macOS 26.0 Tahoe as a virtual machine on your Mac is easier than ever thanks to advances in virtualization support for Apple silicon. Running in a virtual machine allows you to check out the new version on your Apple's M-series based Mac computer safe in the knowledge that you aren't risking your production environment with beta software.
Tools such as VMware Fusion provide robust virtual machine hosting but cannot support macOS on Mac computers with Apple Silicon so we've chosen to use Viable, free software which takes advantade of the lightweight virtualisation framework provided by Apple.
Virtualization on Mac computers with Apple silicon has matured rapidly, removing many of the bottlenecks once associated with emulating non-native architectures. Booting macOS 26.0 Tahoe inside a VM is made possible by a system enabler from Apple providing reliable driver support, access to core system utilities, and a polished experience with minimal resource overhead.
This setup is ideal for testing applications, or simply exploring the latest features available to users of macOS 26.0 Tahoe.
TL:DR – It is easy to set up macOS 26.0 Tahoe on a Mac running macOS Sequoia 15.5, and once installed you have a perfectly usable, fast, beta macOS virtual machine at your disposal for testing without compromising your Mac.
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Ubuntu 24.04 LTS - (Noble Numbat) is supported for a very long time, until 2029, but I thought that screen sharing via Gnome remote desktop (GRD) was broken in Gnome 46.x which is provided by Ubuntu in 24.04 LTS.
So I decided an upgrade was required for remote access to work. But on reflection its not so simple. GRD in Ubuntu is provided with Microsoft Remote Dektop Protocol (RDP) support and without Virtual network computing (VNC) support. I chiefly use macOS and would rather use Apple Remote Desktop (ARD) which supports VNC not RDP. RDP works fine with Remmina, the Ubuntu provided RDP client, but not so far for me with the Windows App for macOS, or Remote Desktop Connection for Windows 11. I briefly considered a VNC server like its the millenium again, but VNC doesn't play well with Wayland so that doesn't really seem to be the answer. Neither is a third party tool like RustDesk. It want it vanilla and provided by the operating system vendor.
TL:DR – Ubuntu 25.04 has a LOT of new features so the time seems right to give it a try. Upgrade observations and instructions follow. Gnome Remote Desktop continues to be a voyage of discovery to get working the way I want it.
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Read more: Upgrading to Ubuntu 25.04 and Troubleshooting Gnome Remote Desktop
By 2026, the refurbished Mac market has matured into a genuinely compelling alternative to buying new — and the 2021 MacBook Pro with M1 Pro or M1 Max remains one of the smartest picks on the second-hand shelf. Launched in October 2021 as a landmark redesign, the 14-inch and 16-inch models introduced Apple's first purpose-built pro chips, a stunning Liquid Retina XDR display, MagSafe 3, and a proper port selection. Four years on, these machines still handle demanding creative and professional workloads without breaking a sweat, yet refurbished prices have dropped to a point where the value proposition is difficult to argue with.
TL;DR — The 2021 MacBook Pro 14-inch and 16-inch are exceptional refurbished buys in 2026. The M1 Pro and M1 Max chips remain genuinely capable for video editing, design, and software development, and quality-graded refurbished units with strong warranties are widely available. This guide covers what to look for, which model suits which user, and how to buy with confidence.
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Read more: 2021 Apple MacBook Pro M1 - the Best Choice Refurbished Mac
Apple's MacBook Pro range is the benchmark for performance in both creative and professional workloads. This article provides a thorough comparison of the M1 Max, M2 Max, M3 Max, and M4 Max processors found in Apple's 14-inch and 16-inch MacBook Pro models since October 2021. The Max moniker denotes the most powerfully equipped MacBook Pro that can be found, so this isn't about lower end bargain MacBooks, instead the focus of this article is on differences in performance, specifications, features, pricing, and suitability for various user needs of these top-end MacBook Pro computers.
TL;DR – The newly released M4 Max outshines its predecessors—the M1 Max, M2 Max, and M3 Max—in multiple performance aspects, including CPU and GPU power, SSD speeds, sustainability credentials and application efficiency, though it comes at a much higher price than a user or refurbished model. Users looking for peak performance and newer features without budget constraints should go for the M4 Max, while those on a budget can still find excellent value in the refurbushed market for M3, M2 or M1 Max models. The M1 Max is particularly noteworthy, delivering much of the compute power and most of the features that current new model has, at a fraction of the price, with software updates guaranteed for years to come! My pick would be a 14-inch M1 Max (MacBookPro18,4) or M2 Max (Mac14,5), maxed out as much as my budget and reputable refurbished availability allows! I ended up with a 16-in M1 Max with 64 GB 10-Core CPU/32-core GPU and 1 TB SSD. It is a rugged rocket ship and the battery lasts for days.
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Read more: Deeply Comparing the MacBook Pro M1 M2 M3 and M4 Max
Home routers supplied by UK cable providers have long been a source of frustration for anyone wanting to do more than browse the web. Virgin Media's Hub 5 — still the standard-issue device for most Virgin Media broadband customers in 2026 — is a meaningful step forward from its predecessors, and it does support port forwarding properly. Whether you're self-hosting a service, running a home lab, accessing a NAS remotely, or exposing a local API to the outside world, understanding how to configure the Hub 5 correctly is worth your time. This article covers TCP port forwarding, DMZ configuration, DHCP reservations, modem mode trade-offs, and the security considerations that come with punching holes through your router.
TL;DR — Port forwarding on the Virgin Media Hub 5 works, and the interface is straightforward. The main pitfalls are DHCP address drift (solved with a reservation), Virgin's own port blocking in standard router mode (relevant if you need ports like 25 or 80), and the temptation to use DMZ when targeted port forwarding would be safer. Read on for the full picture.
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Read more: How set up Port Forwarding or a DMZ with a Virgin Media Hub 5
Secure Shell (SSH) keys provide a method of authenticating connections to various services which is particularly useful with virtual servers like Amazon EC2 instances where it is often the best or only way to connect to the server in the AWS console. This guide details the process of creating and adding an SSH key from a local computer with Ubuntu Linux to the authorized_keys file of an AWS EC2 instance. It covers the creation of SSH key pairs, the procedure to access the instance and update the authorized_keys file, and considerations to ensure the continued accessibility of the instance.
TL:DR – The process of adding or replacing an SSH key on an AWS EC2 instance allows secure access management for different users. This includes generating a new SSH key, connecting to the instance via SSH, updating the authorized_keys file, and testing the connection. Regularly updating SSH keys is good practice to maintain security, especially in collaborative environments. Additionally, proper management of the authorized_keys file is crucial to prevent accidental lockouts.
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Read more: How to create and add SSH Keys to AWS EC2 Authorized Keys