C

Canonical

Publishes Ubuntu and sells enterprise Linux support

Overview

Canonical publishes Ubuntu and builds commercial open source infrastructure software for organizations running computers, servers and connected devices. Ubuntu is its flagship Linux operating system, with editions for personal computers, cloud workloads and embedded equipment. Its commercial tools manage systems, deploy private clouds and automate the operation of applications across a company's infrastructure. Customers pay for Ubuntu Pro subscriptions, technical support and managed services that add security maintenance, compliance tools and help operating their software. Canonical was founded in 2004 and is headquartered in London, United Kingdom.

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About Canonical

Simplify's Rating
Why Canonical is rated
B-
Rated B on Competitive Edge
Rated B on Growth Potential
Rated C on Differentiation

Industries

Enterprise Software

Company Size

1,001-5,000

Company Stage

Early VC

Total Funding

$9.9M

Headquarters

London, United Kingdom

Founded

2004

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What believers are saying

  • Arm servers gain live patching: April 2026's Ubuntu 26.04 extended reboot-free kernel updates to that architecture.
  • Restricted networks gain a subscription feature: July 2026's Enterprise Store bundles offline software distribution into Ubuntu Pro.
  • Remote engineers get funded learning: Canonical's worldwide Site Reliability Engineer role lists a $2,000 annual development budget.

What critics are saying

  • Free Ubuntu limits paid conversion: anyone, including global banks, downloads and uses the operating system without charge.
  • Maintenance spans generations: Canonical issues Ubuntu LTS releases every two years while supporting multiple older versions.
  • Remote work requires lengthy travel: Canonical's SRE application specifies two to four yearly events lasting one to two weeks.

What makes Canonical unique

  • Upgrade cycles stay long: Ubuntu Pro's Legacy add-on extends security maintenance to 15 years.
  • One package reaches multiple environments: Canonical's Snap Store distributes apps across Linux desktops, servers and connected devices.
  • Physical servers become programmable: Canonical's MAAS inventories and deploys hardware through cloud-style APIs.

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Funding

Total Funding

$9.9M

Above

Industry Average

Funded Over

1 Rounds

Early VC funding comparison data is currently unavailable. We're working to provide this information soon!
Early VC Funding Comparison Coming Soon

Benefits

  • Performance Bonus
  • Professional Development Budget
  • Paid Vacation
  • Parental Leave
  • Mental Health Support
  • Remote Work Options

Growth & Insights and Company News

6 month growth

0%

1 year growth

0%

2 year growth

0%
BITNEWSBOT
Nov 1st, 2026
Critical LXD, MicroCloud flaw allows client impersonation.

Critical LXD, MicroCloud flaw allows client impersonation. Critical vulnerability in Canonical's LXD and MicroCloud allows attacker impersonation with maximum CVSS 10.0 score November 1, 2026 * Canonical disclosed a critical flaw in LXD and MicroCloud that allows complete authentication bypass, carrying a maximum CVSS score of 10.0. * The vulnerability, tracked as CVE-2026-112816, lets an attacker impersonate a trusted client by attaching that client's public certificate to their own TLS chain. * Exploitation requires network access to the HTTPS API and the trusted client's public certificate, with MicroCloud clusters being particularly at risk during member onboarding. * Canonical has released fixed snap versions for all affected product lines, and the Incus project, which originally reported the bug, fixed it in version 7.6.0. A critical authentication bypass vulnerability in Canonical's LXD and MicroCloud systems, disclosed on November 1, 2026, lets attackers impersonate any trusted client to gain full control of virtual machines and potentially the host machine. The flaw, tracked as CVE-2026-112816, carries a maximum CVSS score of 10.0 and affects all supported versions of both products. - Advertisement - Discover more Trade Forex Trade Crypto Now Track Stock Market The vulnerability stems from how the server validates client certificates during mutual TLS authentication. While a TLS connection only proves ownership of the private key for the first certificate in the chain, the server incorrectly compared every certificate the client sent against its trust store. Consequently, an attacker could take a trusted client's public certificate, which is not secret, attach it to the chain behind their own leaf certificate, and the server would accept them as that trusted client. Exploitation requires two conditions: network access to the HTTPS API and possession of a trusted client's public certificate. A standalone LXD server does not expose this API by default, only listening on a local socket unless an administrator enables the network API. However, MicroCloud, which ties several machines into a cluster, presents a specific weak point, as attackers who capture a member's public certificate during cluster join can then log in as that member. Canonical has released fixed snap versions for all affected channels, including LXD 6.10.1 and MicroCloud 3.4.1. The bug did not originate at Canonical; the Incus project, which began as a community fork of LXD, reported it and fixed the same flaw in version 7.6.0. There is no public sign the flaw has been exploited. The U.S. CISA assessment, dated October 30, states the flaw is not known to have been exploited and no working exploit has been published. Canonical advises administrators to update LXD and MicroCloud to the fixed versions, noting that no temporary workaround exists and that limiting network access to the API reduces risk until the update is applied. - Advertisement - Stay in the loop. Join 1.2K Smart Traders

It's FOSS
Oct 29th, 2026
Is Ubuntu eyeing immutability? Canonical restarts Core Desktop and eyes a firmware change for LTS.

Is Ubuntu eyeing immutability? Canonical restarts Core Desktop and eyes a firmware change for LTS. Core Desktop could run apps that can't run natively in a sandbox, while linux-firmware-hwe is proposed as a safeguard against newer firmware causing problems. Canonical has restarted development of Ubuntu Core Desktop, an immutable, snap-based take on Ubuntu that sat dormant after a developer preview in 2023. Jon Seager, Canonical's VP Engineering for Ubuntu, says a dedicated team is now working on it. The objective is for it to grow into the default Ubuntu desktop experience as the project matures. What you know of Ubuntu Desktop is not changing, and Jon says that the various Ubuntu flavors are under no pressure to build Core versions of their own. Separately, Juerg Haefliger, a Canonical engineer, has proposed a firmware package for Ubuntu LTS releases that would shield older kernels from firmware written for newer ones. Both are early in development and things could still change. What's Ubuntu Core Desktop? Ubuntu Core is Canonical's operating system for IoT and embedded devices, and work on it started in 2014. It is immutable and strictly confined, with the kernel, OS image, and apps being kept separate and updated independently of each other. On Core Desktop, everything is a Snap, from the bootloader and kernel to the desktop environment and your apps. That makes the system harder to break and easier to recover. The 2023 desktop preview fell short of expectations because it packed much of the desktop, including GNOME and its login screen, into one bulky Snap package. The new approach is to get those pieces separated. A newly-assigned team of developers has already made good progress moving the old preview onto the newer Core 26 base. Infrastructure for daily image builds is expected to be ready within the coming weeks, and the work is set to run through the 27.04 cycle. Apps are a big hurdle since Core Desktop only runs strictly confined Snaps, and classic ones like VS Code can't run on it directly. Jon's preferred idea is to host them in a Workshop, Canonical's sandboxed development environment, and show their windows on the main desktop. Permissions prompting is another piece he considers key to Core's success. Under this, the system would ask users before a confined app touches things like the camera, microphone, or home directory. What's the firmware proposal about? Ubuntu LTS releases launch with one kernel, known as GA, and the hardware enablement (HWE) stack later rolls out newer kernels for that same release. Ubuntu 24.04 launched on kernel 6.8, and its current HWE kernel is 7.0. Desktop installs of 24.04 follow HWE by default, while servers stay on GA unless you opt in. Both kernels share one firmware package today, so firmware backported for the newer kernel also lands on GA systems, and Juerg notes that vendors rarely test an old kernel with new firmware. He points to a couple of AMD regressions on GA systems after recent 24.04 backports. His solution to the problem is a linux-firmware-hwe package that HWE kernels would depend on. It would carry the complete firmware set from the Ubuntu release the HWE kernel comes from, in place of a handful of hand-picked files backported to the LTS. GA systems would stay on the regular firmware, and the two sets can't be installed together. A machine with both kernels would load the HWE firmware even when booting GA, and the bug report for this change has left the workaround as something that might be considered. As for when this might land, the report is still quite new, with no assignee mentioned and a test case section that only says TBD. Though it is being tracked against Ubuntu 27.04, which is set for an April release next year, codenamed "Tenacious T-Rex." Neither change affects a regular Ubuntu user yet, and once the daily Core Desktop images start showing up, Safing ICS Technologies GmbH shall see how far the project can go in its quest for immutability. Skip the AI slop and SEO spam in your Google results Tell Google you prefer It's FOSS, and it will show its Linux news and tutorials, created by experienced Linux users, more often when you search. It takes just a click.

Phoronix
Oct 19th, 2026
Canonical's Multipass 1.17 adds direct support for non-ubuntu Linux distros.

Canonical's Multipass 1.17 adds direct support for non-ubuntu Linux distros. Canonical's Multipass software is used for orchestrating Ubuntu virtual instances with a single command to launch Ubuntu VMs across Windows, macOS, and Linux. Multipass 1.17 was released today and they are now offering direct support for enabling non-Ubuntu Linux distributions as well. New to Multipass 1.17 is" direct support for Linux distributions other than Ubuntu ." Initially focused on for Multipass 1.17 is built-in support for both Debian and Ubuntu Linux. They are opening up other Linux distributions for easier deployment with Multipass and are welcoming user feedback about other Linux distributions worth adding. Multipass 1.17 also allows better simulating cloud environments locally via a new availability zones feature. The availability zones for Multipass allow for organizing VMs into pre-defined zones with isolated subnets and other cloud-like environment features. Multipass 1.17 also brings a redesigned image catalog in the Multipass GUI, a new Host Compute System (HCS) driver on Microsoft Windows as more robust than their prior Hyper-V integration path, and a new Apple virtualization framework back-end for macOS. The Apple Virtualization Framework provides faster startup and native ASIF disk image support on macOS 26. Also new to Multipass 1.17 is POWER PPC64EL and IBM s390x / IBM Z architecture support. The Multipass GUI is also now defaulting to Ubuntu 26.04 LTS along with bringing various bug fixes and other enhancements. Downloads and more details on Multipass 1.17 via GitHub and Ubuntu Discourse.

Linuxiac
Oct 15th, 2026
Ubuntu 26.10 released with GNOME 51, Linux kernel 7.3, and Rust coreutils.

Ubuntu 26.10 released with GNOME 51, Linux kernel 7.3, and Rust coreutils. Ubuntu 26.10 "Stonking Stingray" is now available, featuring GNOME 51, Linux kernel 7.3, improved App Center, Rust-based coreutils, and nine months of support. Canonical has officially released Ubuntu 26.10, codenamed "Stonking Stingray," the latest version of its popular Linux distribution. As an interim release after Ubuntu 26.04 LTS, it comes with nine months of support until July 2027. Starting with the desktop, Ubuntu 26.10 ships with GNOME 51. Users can expect smoother animations, more responsive interactions, and improved handling of multiple monitors, as GNOME now remembers monitor brightness settings across reboots and HDR changes. At the same time, display arrangement benefits from improved snapping. The Settings app also adds automatic screen rotation for supported devices and an option to disable the touchpad when an external mouse is connected. The Files app has received several refinements, including better file selection, faster operations, and clearer notifications. Calendar is also more responsive, particularly in its monthly view, while the Papers document viewer now supports adding visual signatures to PDFs. Moreover, Ubuntu's App Center now uses a unified details page for both Snap and DEB packages, presenting application versions, permissions, publisher information, screenshots, and package sizes in one place. There's also a dedicated section for managing graphics drivers, making it easier to review and select available NVIDIA driver versions without separate configuration tools. Additionally, the system can now help users install missing multimedia codecs when needed for playback, although some proprietary codecs remain unavailable by default. Under the hood, Ubuntu 26.10 ships with Linux kernel 7.3, offering updated hardware support and improvements across various subsystems. However, the initial Ubuntu kernel package is based on Linux 7.3-rc6 rather than the final upstream release. The graphics stack has been updated to Mesa 26.2, improving support for modern GPUs and adding further Vulkan capabilities. Hardware compatibility improvements also target laptops powered by Qualcomm's Snapdragon X Elite and X2 Elite processors. One of the more interesting changes in this release is the completion of Ubuntu's transition to Rust-based core utilities. Following the migration of most GNU coreutils commands to the Rust-based uutils implementation in Ubuntu 26.04 LTS, Canonical has now switched the remaining commands, including cp, mv, and rm. As a result, Ubuntu 26.10 now uses Rust implementations for its default core command-line utilities. The change is part of Canonical's broader efforts to improve memory safety in fundamental system components without changing how users interact with familiar Linux commands. Another notable change is the replacement of the traditional dbus-daemon with dbus-broker, which offers improved reliability, resource accounting, and scalability. Ubuntu's existing AppArmor restrictions continue to apply to D-Bus communication. The release also upgrades systemd to version 261, removing support for legacy System V service scripts. On the security side, Ubuntu 26.10 introduces OpenSSL 4, with support for Encrypted Client Hello, expanded QUIC functionality, and further improvements related to post-quantum cryptography. Additionally, the Rust-based Sequoia PGP implementation is now available in Ubuntu's main repository, although traditional GnuPG tools remain available. Canonical has also expanded TPM-backed full-disk encryption options and introduced additional Secure Boot protections intended to reduce the attack surface during system startup. On the desktop side, another interesting addition is Myna, an experimental speech-to-text tool that allows users to dictate text directly into applications using a configurable keyboard shortcut. Unlike cloud-based alternatives, Myna processes speech locally without sending recorded audio to external servers. For now, it remains a technology preview and isn't installed by default. Ubuntu 26.10 also adds the ability to check hardware certification status directly from Settings. Enterprise users get authentication improvements, including Microsoft password and multi-factor authentication support through Ubuntu's authd service. Developers will find an updated collection of programming languages and tools, including Rust 1.97.1 and OpenJDK 27. And, as usual, there's a new selection of wallpapers, including community-created designs featuring the release's stingray mascot. Finally, keep in mind that Ubuntu 26.10 is a short-term release supported for nine months, until July 2027. Users who prioritize stability and longer maintenance periods may prefer to remain on Ubuntu 26.04 LTS. Ubuntu 26.10 is available for download from the official Ubuntu servers as desktop and server installation images. For additional information and upgrade instructions, refer to the release notes. Tell others: Bobby borisov. Bobby, an editor-in-chief at Linuxiac, is a Linux professional with over 20 years of experience. With a strong focus on Linux and open-source software, he has worked as a Senior Linux System Administrator, Software Developer, and DevOps Engineer for small and large multinational companies.

Canonical
Oct 15th, 2026
Canonical releases Ubuntu 26.10 Stonking Stingray.

Canonical releases Ubuntu 26.10 Stonking Stingray. The latest interim release of Ubuntu previews privacy conscious speech-to-text, enables post-quantum package signing, completes the rollout of Rust coreutils, and improves enterprise identity integration. October 15, 2026 Today Canonical announced the release of Ubuntu 26.10, codenamed "Stonking Stingray," available to download and install from ubuntu.com/download. Building on previous releases, Ubuntu 26.10 advances enterprise security features, completes the rollout of the Rust-based uutils coreutils, and strengthens integrations for user authentication using Microsoft Entra ID. Ubuntu 26.10 also introduces post-quantum package signing, demonstrating that interim releases both build on established ground, and look towards the future. Earlier this year, Canonical Ltd. set out a roadmap for AI on Ubuntu. Stonking Stingray delivers the first milestone through the integration of Myna: a speech-to-text agent that utilizes on-device LLMs. Canonical Ltd. has led Ubuntu's first AI integration with accessibility to ensure that cutting-edge features are available to all users from day one. Users will also benefit from enhanced security features. Ubuntu 26.10 completes the migration to Rust-based coreutils, and broadens device support for TPM-backed FDE. Stonking Stingray is symbolic of Ubuntu's journey to not just build up, but also build out. Jon Seager, VP of Ubuntu Engineering at Canonical Elegance and accessibility with new speech-to-text agent. Stonking Stingray brings Canonical Ltd. the debut of Myna: Ubuntu's speech-to-text agent. Named after the Myna bird (known for its ability to mimic human speech), Myna is an opt-in feature in Ubuntu 26.10, designed to provide speech recognition with clear visual feedback while you speak. Based on local models, Myna offers speech-to-text, without sacrificing privacy. Myna will continue to evolve and as Ubuntu 28.04 LTS approaches, it will be included by default with Ubuntu. Myna marks the first step towards a more natural, intent-driven Ubuntu Desktop experience that will enable users to express what they want to achieve, rather than manually navigate applications and settings. For example, a developer could simply say, "Help me investigate why my tests are failing," and Ubuntu could analyze test results, locate relevant code, and prepare a workspace with the tools and information needed to troubleshoot the issue. Ubuntu 26.10 also ships with GNOME 51, bringing a smoother, more responsive desktop, better display handling, improved accessibility, and refinements across core applications. In addition, the Ubuntu App Center now provides a more consistent experience for managing snaps and debs. Users of assistive technology will benefit from improved support for Flutter applications, with assistive technologies like Orca (screen-reader) now able to better parse and understand the content included in Flutter applications. This release also brings reliability enhancements to the desktop userspace layers. Ubuntu 26.10 adopts dbus-broker as the default D-Bus implementation, replacing legacy message queuing between apps with strict per-app message accounting, ensuring a single app can't stall the desktop. Additionally, desktop OOM (out-of-memory protection) scoring has been adjusted to better manage-memory pressure in userspace. Security for present and future threats. Ubuntu Desktop now integrates more naturally with Microsoft identity services, including password with Multi-Factor Authentication (MFA), and passwordless authentication. This ensures devices can authenticate securely by default, and under the same security umbrella as Windows devices in the same organization. TPM-backed full-disk encryption, which was rolled out in Ubuntu 26.04 LTS, has been expanded to encompass hardware models lacking a Hardware Root of Trust, with users being able to require a PIN or passphrase. These features ensure that users can use Ubuntu with best practice security enabled by default. Ubuntu 26.10 delivers post-quantum ready package signing, by replacing GnuPG with Sequoia PGP to verify APT repository signatures. Sequoia brings Rust's memory-safe practices to package signing and acts as a barrier to the threat of quantum cryptographic attack attempts. Ubuntu 26.10 introduces quantum-safe token support via openCryptoki, providing robust PKCS #11 V3.2 coverage across multiple token types, including Soft, EP11, and CCA tokens with ML-DSA and ML-KEM integration. A new kernel. The latest hardware. Ubuntu 26.10 brings Linux kernel 7.3, which facilitates hardware enablement for the latest silicon, such as Intel Xe3P (Nova Lake), AMD Zen 6, and NVIDIA 615. As heterogeneous platforms like these span CPU cores, GPUs, and media decoders, the latest kernel brings the direct rendering management and power management hooks needed for these components to perform. Kernel 7.3 also enhances the way data is handled at the software level, through out-of-the-box support for Lustre, a parallel distributed file system designed to transfer massive datasets simultaneously across thousands of corporate nodes. Ubuntu 26.10 continues the tradition of delivering architecture-focused enhancements. Stonking Stingray will launch with a dedicated installer for amd64v3 hardware, ensuring that users with modern platforms get an optimized experience. For RISC-V users, Ubuntu 26.10 brings desktop images, complementing the work that had already been done to do so with Server images. This includes support for the first RVA23-enabled RISC-V hardware, the SpacemiT K3, ensuring that developers can meet the new standard with confidence on a stable OS. Together, these enhancements streamline setup for developers building on cutting-edge silicon. 2026 is the year of RVA23 silicon, so I'm thrilled to see desktop image support arrive for RISC-V in Ubuntu 26.10. It brings the power of the RVA23 profile to everyday applications including productivity, online meetings, video streaming and software development. Andrea Gallo, CEO of RISC-V International A speedy path to AI and software development. Beyond hardware enablement, Stonking Stingray also delivers enhanced support for running accelerated AI workloads. Ubuntu 26.04 LTS brought ROCm (AMD's AI enablement stack for AMD hardware) into the Ubuntu archive. Ubuntu 26.10 upgrades that to the latest major version with support for ROCm 10.0. ROCm 10.0 adds support for new GPU architectures and serving frameworks like vLLM and SGLang. Ubuntu 26.10 also distributes the latest developer toolchains from upstream, including LLVM 22.1.6, GCC 15.2.0, Python 3.14.7, Rust 1.97.1, Zig 0.16, and Go 1.27. Spring AI is also available on Ubuntu Desktop for the first time, through the devpack for Spring, a snap that bundles the latest features and versions of Spring. For those developing in Rust, Ubuntu 26.10 coincides with the release of the devpack for Rust, bringing a batteries-included setup experience complete with flexible version management and robust IDE support. Get started today. About Canonical. Canonical, the publisher of Ubuntu, provides open source security, support and services. Its portfolio covers critical systems, from the smallest devices to the largest clouds, from the kernel to containers, from databases to AI. With customers that include top tech brands, emerging startups, governments and home users, Canonical delivers trusted open source for everyone.

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