Linux Opinion · Community Trust · 2025–2026
Canonical's Ubuntu has accumulated a pattern of trust-eroding decisions that every Linux user needs to understand in 2026: silent Snap installations via APT, promotional messages inside the server terminal, malware reaching users through the proprietary Snap Store, and a closed distribution architecture that contradicts open-source principles. This guide breaks down all four issues, gives you hard numbers, and tells you exactly what to do next — whether that means staying on Ubuntu or migrating to an alternative distro.
Canonical Revenue 2024
Firefox Snap Cold-Start vs 2s .deb
Stolen in One Snap Store Crypto Scam
Snap Store Malware Removal Delay
The Chromium Command That Exposed Ubuntu's Trust Problem in 2026
You open a fresh Ubuntu 24.04 installation. You need Chromium — the open-source browser you've run as a native .deb package for years. You type the command you've typed a hundred times. And something wrong happens quietly.
$ sudo apt install chromium-browser # What you expect: a .deb package installs cleanly # What actually happens: Reading package lists... Done Building dependency tree chromium-browser is a transitional package # → snapd silently installs in the background # → Snap version of Chromium installs instead # → No prompt. No warning. No consent.
There was no dialog box. No warning that snapd would be bootstrapped onto your system. No consent request. Canonical had quietly replaced the chromium-browser .deb with a transitional stub that silently pulls in the Snap runtime and installs a Snap package — all while you believed you were running a standard APT operation. For millions of users who trust the command line above all else, this was a violation of the most fundamental expectation in Linux: that the system does exactly what you tell it to.
This was not a bug. It was a deliberate product decision. And it turned out to be just one of four patterns that, taken together, paint a troubling picture of where Canonical is steering Ubuntu in 2026. Let's go through all of them with hard numbers, real incidents, and a clear-eyed look at what you should do next. If you are new to Linux packaging, our Linux package management command cheat sheet gives useful grounding on how APT, RPM, and Snap differ at the command level.
The Chromium redirect is not an isolated incident. It is part of a broader series of UX decisions that remove user choice and channel Ubuntu users toward Canonical-controlled infrastructure — without disclosure. Each decision on its own is explainable. Together, they form a recognisable corporate playbook.
APT Installs Snap Without Telling You
The Chromium case is the most visible example, but it is not the only one. On Ubuntu 24.04, several popular package names in APT have been converted into transitional stubs whose sole purpose is to bootstrap snapd and pull a Snap version instead. The user types an APT command, sees familiar output, and ends up with a completely different packaging format installed — one that behaves differently, lives in a different location, and connects to a different (proprietary) backend.
Why This Matters Beyond the Inconvenience
Package management trust is the bedrock of Linux system administration. When a sysadmin runs apt install X, they need certainty about what X will be, where it will live, and what other system components it may activate. That certainty is what makes scripted deployments and system administration reproducible. Silent format-switching breaks that contract at a foundational level.
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Snap installs snapd as a daemon — even if you had previously removed it. The transitional package re-adds the entire Snap runtime to your system without asking. -
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Snap packages auto-update on their own schedule, independent of apt upgrade or your maintenance windows. In production environments, this is a compliance and change management issue. -
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Snap binaries live in /snap/bin — outside the standard /usr/bin path, which can break scripts, aliases, and system monitors that rely on binary locations. -
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You cannot block it with a simple pin — the transitional package approach means the redirect happens at the APT level before you can intervene, unless you explicitly hold or blacklist snapd before running any install command.
The workaround is to explicitly block snapd from being installed and then add a PPA to get the native .deb Chromium build. That's a two-step workaround just to get the behaviour that used to be the default:
# Step 1: Prevent snapd from ever being installed sudo cat >> /etc/apt/preferences.d/no-snapd.pref <<EOF Package: snapd Pin: release a=* Pin-Priority: -10 EOF # Step 2: Add Chromium PPA for a native .deb build sudo add-apt-repository ppa:saiarcot895/chromium-beta sudo apt update sudo apt install chromium-browser # Verify you got the .deb version, not a Snap which chromium-browser # Should return /usr/bin/chromium-browser, not /snap/bin/
If you manage Ubuntu fleets via Ansible or cloud-init, add the no-snapd.pref pin file to your base image or provisioning role. This prevents silent Snap bootstrapping across all new instances. See our Linux server hardening checklist for a full base-image security checklist.
Promotional Messages Inside the Server Terminal
The terminal is sacred ground for Linux professionals. It is where infrastructure decisions are executed, where production servers are managed at 2 AM during an incident, and where the command line's reputation for precision and honesty has been earned over decades. When Ubuntu began injecting promotional messages into terminal output, it crossed a line that many administrators consider non-negotiable.
A Brief History of Ubuntu's MOTD Drift
It started gradually. Ubuntu's MOTD (Message of the Day) system — which displays information when you SSH into a server — began including Amazon search integration in the GNOME desktop shell years ago. That experiment was eventually rolled back after significant backlash. But the promotional instinct didn't disappear; it shifted channels.
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Ubuntu Pro upsell messages began appearing inside apt upgrade output — a core system operation that sysadmins run constantly in scripts and on production servers. -
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MicroK8s and other Canonical products were promoted via the motd-news system, which fetches promotional content from a Canonical server and displays it on login. -
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The messages can appear in automated log output, confusing monitoring tools, log parsers, and junior engineers who may mistake promotional text for system warnings. -
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The MOTD fetch makes an outbound HTTP request to Canonical's servers on login — a data point about your infrastructure's activity that you may not have explicitly consented to share.
A server terminal is a workspace, not a billboard. The decision to insert commercial messaging into a tool that professionals rely on for precision work signals something beyond a minor UX misstep — it reflects a revenue-optimisation mindset being applied to infrastructure tooling where it fundamentally does not belong. To disable the promotional MOTD entirely:
# Disable the motd-news service that fetches promo content sudo systemctl disable motd-news.timer sudo systemctl stop motd-news.timer # Also edit the motd-news config to be safe sudo sed -i 's/ENABLED=1/ENABLED=0/' /etc/default/motd-news # Disable Ubuntu Pro hints inside apt output sudo mv /etc/apt/apt.conf.d/20apt-esm-hook.conf \ /etc/apt/apt.conf.d/20apt-esm-hook.conf.disabled # Verify no promo lines on next apt run sudo apt update 2>&1 | grep -i "ubuntu pro" # Should return nothing
The fact that a complete Linux administrator now needs a multi-step hardening procedure just to get a clean APT output is, by itself, a meaningful data point about the direction Ubuntu is heading. Learn more about Linux server hardening for production environments — including base-image best practices — in our dedicated checklist.
If you parse apt output in CI/CD pipelines or configuration management scripts, Ubuntu Pro promotional messages can cause false positives or script failures if your parser doesn't expect non-standard output lines. Add the MOTD/ESM disablement steps to your base image provisioning before this catches you in production. Our Linux shell scripting interview questions guide covers common APT output parsing patterns that need updating on Ubuntu 22.04+.
Malware Reached Real Users Through the Snap Store
The most damaging chapter in the Ubuntu trust story is not about performance or promotional messages — it's about users losing real money because malicious software passed through a store that Canonical exclusively controls. The Snap Store crypto wallet malware crisis is the clearest illustration of why a proprietary, single-vendor-controlled distribution channel creates concentrated security risk.
What Happened: The Fake Wallet Campaign
Sophisticated attackers published fake applications impersonating Exodus, Ledger Live, and Trust Wallet on the Snap Store. These were not obvious lookalikes — they were carefully crafted to appear legitimate in search results, complete with matching icons and plausible descriptions. Users who downloaded what they believed to be official wallet software had their private keys exfiltrated. In a single documented incident, one victim lost $490,000.
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Alan Pope, a former Canonical employee and Snap Store maintainer, publicly stated that malware reports could go unresolved for days — and that the cycle had repeated itself more than once across different fake wallet apps. -
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Domain takeover hijacking was also used — attackers registered typosquat domains that intercepted update checks from installed fake wallets, allowing the malicious payload to persist and evolve even after initial detection. -
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~50 Snap packages were estimated by insiders to have malware reports outstanding at any given time — with removal delays spanning multiple days after initial reports, according to publicly available community threads. -
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Canonical's response speed was not proportionate to a company generating $292M in annual revenue, 83% gross margins, and growing its headcount year over year. The security team's reaction time suggested understaffing relative to the store's scale.
This isn't just a software quality issue — it's a structural trust problem. When a single company controls the only distribution channel for a packaging format, and that company responds slowly to active malware campaigns, users have no fallback. There is no alternative Snap Store to switch to. There is no community fork of the Snap backend. You are entirely dependent on Canonical's operational velocity. For anyone hardening a Linux environment, our top Linux security tools guide and Linux security command cheat sheet cover how to audit your installed packages and monitor for unexpected processes.
Flatpak (used by Fedora, Pop!_OS, and Linux Mint) distributes software through Flathub, which is community-governed and open-source. The backend code is publicly auditable on GitHub. Multiple independent remotes can coexist. If Flathub responds slowly to a security report, a system administrator can add or switch remotes. No such flexibility exists in the Snap ecosystem. To monitor running processes and spot suspicious activity, see our top command guide and ps command examples.
The Snap Store Backend Is Closed Source — by Design
Snap packages themselves are open source — you can inspect a .snap file and review its contents. The snapd client daemon is also open source. But the Snap Store backend — the server infrastructure that validates, hosts, and distributes all Snap packages — is entirely closed-source and exclusively controlled by Canonical. This distinction matters enormously.
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No third-party Snap stores can exist — the architecture is engineered to route all installs through Canonical's servers. Unlike Flatpak, where anyone can run a remote, the Snap format is architecturally tied to a single point of control. -
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Linux Mint has blocked Snaps entirely since 2020 — precisely because of the closed-source backend and the silent APT redirection behaviour. The Mint team's official position is that this architecture contradicts the values of the open-source ecosystem. -
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You cannot self-host a Snap Store mirror for air-gapped environments or enterprise deployments — a significant limitation compared to APT, which supports full local mirrors out of the box. -
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Bundled runtimes mean larger disk usage — Snaps include all their dependencies, so if ten Snaps use the same runtime, ten copies of that runtime exist on disk. The /snap directory can grow into the gigabytes on a well-used desktop. Track this with the df command and our du command guide.
$292M in Revenue and a Community Left Wondering
Canonical is not a struggling startup making hard choices under financial pressure. In 2024 the company generated $292 million in revenue — up from $251 million the previous year — with gross margins reported at around 83%. The engineering headcount is growing. Ubuntu Pro subscriptions and commercial support contracts are performing well. For context on what this means for Linux professionals weighing their distro choices, see our Linux sysadmin salary guide 2026 and our best Linux certifications for 2026 — both of which now factor in distro-agnostic skills as increasingly important.
This context matters because it removes the usual defense for community-alienating product decisions. When a bootstrapped distro makes a shortcut that harms user experience, you can understand the trade-off. When a $292M company with 83% gross margins decides to redirect APT installs to a proprietary store, display ads in a server terminal, and maintain a single-vendor distribution backend — those are deliberate strategic choices, not resource constraints.
A Recognisable Corporate Playbook
The pattern Canonical is following is not unprecedented in the open-source world. Community-built projects grow into commercially significant platforms, and over time the corporate layer begins optimising for business metrics rather than community values. Mozilla introduced advertising experiments into Firefox. IBM's acquisition of Red Hat eventually led to licensing changes that restricted access to RHEL source code, triggering CentOS's transformation and spawning AlmaLinux and Rocky Linux. Canonical's Snap extraction follows the same structural logic: use the community-built reputation to attract users, then gradually route those users through proprietary infrastructure that generates lock-in and recurring revenue.
What makes the Ubuntu case particularly sharp is the trust level involved. Ubuntu has been many people's first Linux experience for over two decades. The brand carries enormous goodwill that was earned by the community — and that goodwill is now being spent down, one silent Snap install at a time. For a broader view on how distros compare in the enterprise space, see our RHEL vs Ubuntu Server comparison.
Throughout the escalation of Ubuntu's Snap strategy, the Open Source Initiative, Free Software Foundation, and Linux Foundation have largely remained quiet on the proprietary backend issue. Their silence — while notable — should not be mistaken for endorsement. It reflects the broader challenge these organisations face when a major commercial sponsor is involved in community-controversial behaviour. This is something the Linux community should keep watch on.
Snap vs Flatpak vs .deb — Performance, Trust, and Control
Understanding the packaging landscape helps you make an informed decision about your system configuration. The Firefox cold-start gap — approximately 12 seconds for the Snap version versus 2 seconds for a native .deb build on equivalent hardware — is the most-cited benchmark, but it's only one dimension of the comparison.
Snap vs Flatpak vs .deb — Key Dimensions
| Dimension | Snap | Flatpak | .deb (APT) |
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| Cold-start performance | Slow — squashfs mount on first launch | Moderate — shared runtimes help | Fast — native binary, no container overhead |
| Store backend | Proprietary (Canonical only) | Open source (Flathub + self-hosted) | Open (APT mirrors, self-hosted) |
| Auto-updates | Yes, outside APT control | Optional, user-controlled | Under full admin control |
| Air-gapped / mirror support | No self-hosting available | Yes — custom remotes supported | Yes — full local APT mirrors |
| Binary location | /snap/bin/ | /var/lib/flatpak/ | /usr/bin/ |
| Disk usage | High — per-app bundled deps | Medium — shared runtime layers | Low — shared system libraries |
| Security review transparency | Opaque (closed backend) | Public (Flathub review on GitHub) | Open (Debian/Ubuntu package review) |
| Used by default in | Ubuntu 22.04+ | Fedora, Pop!_OS, Mint | Debian, all Ubuntu historically |
The Firefox 12-second cold-start figure is reproducible on standard hardware running Ubuntu 24.04 LTS with the default Snap installation. The same browser version as a native .deb typically launches in under 2 seconds. For a daily-driver browser that a developer opens and closes dozens of times a day, this is not an abstract benchmark — it is a tangible degradation in working experience. Use our Linux system monitoring command cheat sheet to benchmark and track your own system's resource usage after removing Snaps.
You can replace the Snap version of Firefox with a native .deb from Mozilla's official APT repository. Mozilla maintains a signed PPA that provides the same upstream release on the same schedule, without the Snap cold-start penalty. Search for "Mozilla Firefox PPA Ubuntu" for the official setup instructions — it's a one-time, five-command fix.
What Should You Do Now? A Practical Decision Guide
The answer depends heavily on your role and use case. There is no single correct decision — but there is a framework that makes the right call clearer.
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Audit your current Snap exposure: Run snap list to see exactly which packages on your system are Snaps. Many users are surprised to find Firefox, Chromium, and even system tools silently converted. Decide which of those you want to replace with native packages. -
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If you are staying on Ubuntu — harden it: Add the no-snapd.pref pin, disable motd-news, add Mozilla's official Firefox PPA, and replace any Snap-delivered apps with native .deb equivalents. This gives you the Ubuntu base while opting out of the problematic layers. -
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If you run cloud or enterprise workloads — Ubuntu LTS + Pro is still defensible: For AWS, GCP, and Azure deployments where Ubuntu Pro's extended security maintenance and compliance features are genuinely useful, the trade-offs may be acceptable. Server workloads rarely need Snap packages. The key is provisioning your images with Snap blocked from the start. -
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If you are a desktop user who values control and simplicity — consider migrating: Linux Mint, Pop!_OS, Fedora, and Debian all offer compelling alternatives without Snap's structural issues. The migration cost is real but one-time; the ongoing friction of managing Snap on Ubuntu compounds with every package and every update. -
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If you recommend distros to others — update your recommendation: Developers who previously defaulted to "just install Ubuntu" when helping friends or onboarding team members should now give this advice more thought. Linux Mint in particular offers a nearly identical user experience to Ubuntu's classic desktop with none of the Snap-related friction.
4 Distros Worth Switching To in 2026
None of these alternatives is perfect. But each one makes a different trade-off from Ubuntu, and for most desktop and developer use cases, those trade-offs are significantly more user-friendly. Here's a quick map:
Ubuntu Alternatives — At a Glance
| Distro | Best For | Snap Policy | Package Format | Ubuntu Familiarity |
|---|---|---|---|---|
| Linux Mint 22.3 | Desktop users, Ubuntu migrants | Blocks Snaps entirely | .deb + Flatpak | Very high — same APT base |
| Pop!_OS 24 | Developers, creatives, gaming | No Snaps by default | .deb + Flatpak + COSMIC apps | High — System76 Ubuntu base |
| Fedora 43 | Bleeding-edge, open-source purists | No Snap involvement | RPM + Flatpak (Flathub) | Medium — different package commands |
| Debian 13 (Bookworm) | Servers, stability-first deployments | No Snaps | .deb only | High — Ubuntu's upstream |
Linux Mint is the most frictionless migration path for existing Ubuntu desktop users. The apt commands are identical, the software library is the same, and Snaps are blocked by design. For server workloads, Debian is Ubuntu's direct upstream and offers long-term stability without any of the Snap or MOTD overhead. Also check our Linux quick start guide 2026 if you are setting up a fresh environment from scratch. For an authoritative external perspective, Debian's official release documentation outlines long-term support commitments that make it a strong Ubuntu Server alternative.
Before switching distros: back up your home directory, export your browser bookmarks and extensions list, document your installed packages with dpkg --get-selections, and note any PPAs or custom repos you've added. Most migrations take under an hour on a fresh install with a pre-prepared package list.
The Community Has a Voice — Use It
Ubuntu's growing trust problem is not a death sentence for the distribution — but it is a meaningful inflection point. Canonical is a commercially successful company making deliberate product choices that prioritise proprietary lock-in over user sovereignty. Taken individually, each decision has a plausible business rationale. Taken together, they represent a sustained drift away from the principles that made Ubuntu the world's most popular Linux distribution in the first place.
A distribution that was built on community trust cannot afford to treat that trust as a renewable resource. The silent APT-to-Snap redirects, the terminal promotional messages, the slow response to Snap Store malware, and the closed-source distribution backend are all symptoms of the same underlying dynamic: a company optimising its own infrastructure control at the expense of the users who got it there.
The good news is that 2026 is actually an excellent time to be a Linux user who is reconsidering their distro. The alternatives — Linux Mint, Pop!_OS, Fedora, Debian — are all more mature and more polished than they have ever been. The migration cost is lower than it has ever been. And the community conversation about Ubuntu's direction is, finally, happening loudly enough that Canonical cannot ignore it entirely. If you are frustrated but unable to articulate exactly why — now you can. And that clarity is where the necessary change begins. Wherever you land, our basic Linux commands guide and shell scripting cheat sheet will serve you well on any distro you choose.
👶 New Linux Users
If Ubuntu is your entry point, don't feel trapped. Linux Mint 22.3 is built on the same Ubuntu base and will feel immediately familiar — with no Snap surprises. Start with our Linux commands for beginners guide and our Linux fundamentals primer to build a solid foundation on any distro.
🔧 Sysadmins & DevOps
If Ubuntu is your server OS, block Snapd on all base images, disable motd-news, and audit existing deployments with snap list. For new deployments, seriously evaluate Debian 13. Our SSH server hardening guide and firewall-cmd command reference apply equally well to any Debian-based distro.
🚀 Senior Engineers & Architects
The Snap Store's closed backend and auto-update behaviour have compliance implications for regulated environments. Document your Snap posture in your architecture decisions. If you are evaluating Ubuntu Pro for enterprise, compare explicitly against RHEL/AlmaLinux and Debian LTS. Our Linux server backup solutions 2026 guide is also essential reading for any migration or re-platform plan. For compliance context, the CISA free cybersecurity tools resource lists open-source security auditing tools that work across all major distros.
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