When businesses evaluate Linux for their server infrastructure, Ubuntu often comes up first. It has strong brand recognition, extensive documentation and a large community. For years, we recommended and deployed Ubuntu ourselves.
We don’t anymore. After more than two decades of building and managing Linux infrastructure for European businesses, we have made Debian our default operating system for all new deployments. This article explains why and why it matters for your organization.
The Case for Debian
Debian is the upstream foundation that Ubuntu itself is built on. Every Ubuntu release starts as a modified version of Debian, with Canonical’s additions layered on top. Choosing Debian means choosing the source rather than the derivative, with several practical advantages.
Community Governance, Not Corporate Strategy
Debian is maintained by a global community of volunteers governed by a transparent, democratic process. There is no single company that controls Debian’s direction, licensing or release schedule. Decisions are made in the interest of the project and its users.
Ubuntu is controlled by Canonical Ltd., a private company with its own commercial objectives. Over the past several years, Canonical has made a series of decisions that increasingly prioritize their business model over the needs of system administrators and the organizations they serve. While that is their right as a company, it introduces a dependency that careful infrastructure planning should account for.
Stability and Predictability
Debian’s release cycle is driven by readiness, not marketing deadlines. Packages are thoroughly tested in the “testing” and “unstable” branches before they reach a stable release. When a Debian stable release ships, it is genuinely stable.
Updates to a Debian stable system are conservative and predictable. Security patches are backported without changing package versions, which means your production environment behaves the same way after an update as it did before. There are no surprises.
A Lean, Transparent System
A fresh Debian server installation is minimal by design. You get exactly what you need and nothing more. Every package on the system is there because you chose to install it. The package manager (APT) is straightforward, well-documented and does exactly what you tell it to do.
This matters for security (smaller attack surface), performance (fewer background processes consuming resources), and maintainability (less complexity means fewer things that can break).
What Changed With Ubuntu
Ubuntu built its reputation on making Linux accessible. On the desktop, that mission succeeded. On the server, however, a pattern of decisions has eroded the trust that system administrators placed in the platform.
Snap: Forced Package Management
Starting with Ubuntu 20.04, Canonical began replacing traditional APT packages with Snap packages for core system components. Snap is Canonical’s proprietary packaging format that bundles applications with all their dependencies into self-contained units.
The technical implications are significant. Snap packages are larger than their APT equivalents (a single snap runtime stack can consume over 3GB of disk space). They auto-update on Canonical’s schedule, not yours. They run in confined environments that can conflict with traditional system administration practices. And there is no straightforward way to opt out.
For a business running dozens of servers, this means paying for disk space and memory consumed by packaging overhead, accepting automatic updates to production systems outside of your change management process and depending on Canonical’s snap infrastructure for package delivery.
The LXD Situation
LXD, the container management platform that many organizations rely on for lightweight virtualization, illustrates the risk of depending on Canonical-controlled infrastructure.
LXD was originally a community project under the Linux Containers umbrella, licensed under the permissive Apache 2.0 license. In 2023, Canonical took full control of the project and relicensed it under AGPLv3 with a Contributor License Agreement that gives Canonical exclusive rights to the codebase.
The community responded by forking LXD into Incus, which continues under community governance. But the migration path from LXD to Incus is now effectively broken for anyone running a recent Ubuntu installation, because Ubuntu’s snap auto-update mechanism silently upgraded LXD to a version that the migration tools cannot handle. The database schema diverged, the backup formats changed, and the licensing prevents the Incus team from even examining the new LXD code to build a converter.
This is not a theoretical risk. It is a concrete, measurable cost that organizations are dealing with right now. Migrating a single server from LXD to Incus, a process that should take minutes with the official tool, can take days of manual work when the auto-updated snap version has made the standard path impossible.
Licensing and Vendor Independence
Canonical’s Contributor License Agreement requires anyone contributing code to Ubuntu or Canonical projects to grant Canonical the right to relicense that code under any terms they choose. This means community contributions can be incorporated into proprietary products without restriction.
For organizations that value open source as a guarantee of independence and transparency, this arrangement undermines the fundamental promise. The code you depend on today could be relicensed tomorrow.
What This Means for Your Organization
Choosing an operating system for business infrastructure is not just a technical decision. It is a risk management decision. The questions that matter are:
Control. Who decides when and how your systems are updated? With Debian, you do. With Ubuntu, Canonical’s snap auto-updates can change your production environment without your consent.
Independence. What happens if the vendor changes direction? With Debian, there is no single vendor. The project’s governance ensures continuity regardless of any one company’s strategy. With Ubuntu, your infrastructure depends on Canonical’s continued goodwill and business viability.
Cost. What are the hidden costs of the platform? Snap’s resource overhead, the engineering time spent working around forced updates, the migration costs when Canonical’s decisions create incompatibilities; these are real costs that don’t appear on the license bill.
Longevity. Debian has been continuously maintained since 1993. Its governance model ensures that no corporate acquisition, pivot, or bankruptcy can disrupt the project. For infrastructure that needs to run reliably for years, this is a meaningful consideration.
Our Approach
At Innoframe, we deploy Debian as the foundation for all managed infrastructure. Our standard stack is built on components that share Debian’s values: community-governed, transparently developed, and free from single-vendor dependencies.
This is not about ideology. It is about providing our clients with infrastructure they can trust and maintain over the long term, without being exposed to decisions made in the interest of a vendor’s quarterly results.
We have completed migrations from Ubuntu to Debian for multiple production environments and have developed tested procedures for transitioning container workloads, web infrastructure and supporting services. If your organization is evaluating its Linux platform strategy, we are happy to share our experience.