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Tracing a memory leak bug in PID 1 and contributing an upstream fix: a Linux support story | Canonical MAAS installation: bare metal provisioning is easier than ever | Canonical Januscape vulnerability CVE-2026-53359 mitigations available | Canonical Managing Ubuntu on bare metal at scale | Canonical Ubuntu Server: a platform made for enterprise scale | Canonical Building an open source chain of trust: new research uncovers key blockers and ways forward | Canonical Beyond safety and security: Why automotive open source demands dependability  | Canonical DirtyClone Linux kernel local privilege escalation vulnerability fixes available | Canonical pedit COW kernel local privilege escalation vulnerability mitigations | Canonical Canonical becomes Gold Sponsor of Trifecta Tech Foundation | Canonical Challenges designers face in open source (and how to fix them) | Canonical Hunting a 16-year-old SQLite bug with TLA+: is dqlite affected? | Canonical Anbox Cloud on C4A metal: Android, at scale, without friction | Canonical Canonical announces live kernel patching for Arm64 | Canonical How to use RISC-V custom instructions with Ubuntu | Canonical Ubuntu Summit 26.04: connected by open source | Canonical So you need to add microcontrollers to your fleet: now what? | Canonical Validating real-world skills through Canonical Academy | Canonical Virtualized Android comes to Anbox Cloud | Canonical Template: Streamlining open source design contributions | Canonical Beyond Mythos: responding to a new threat landscape | Canonical A look into Ubuntu Core 26: Building a local AI inference appliance in a virtual machine | Canonical AI at the edge: simplifying infrastructure with Cisco and Canonical | Canonical The next era of telco clouds: get open infrastructure choice with Sylva and Canonical Kubernetes | Canonical What is RDMA over Converged Ethernet (RoCE)? | Canonical Beyond tokens per watt – using Ubuntu 26.04 LTS for AI | Canonical A look into Ubuntu Core 26: Deploying AI models on Renesas RZ/V series for production | Canonical RISC-V profiles – why is RVA23 significant? | Canonical AI with AMD ROCm on Ubuntu: your questions answered | Canonical When distributed workloads stall because nodes cannot exchange small messages quickly and consistently, the network is the limiting factor. How do you solve that problem? InfiniBand offers one solution. InfiniBand is an interconnect, meaning the end-to-end communication system that links compute, storage, and accelerator nodes. It is impl […] Microsoft has announced the preview of Azure Cobalt 200, its second-generation custom Arm silicon. Learn how Ubuntu and Ubuntu Pro support these new VMs from day one, offering seamless deployment, long-term security maintenance, and Kernel Livepatch without requiring engineering or platform changes […] How Canonical Support solves hard Linux performance bugs  – even in 12-year old code | Canonical Securing AI agent workflows on Ubuntu with the new NVIDIA OpenShell snap | Canonical Canonical announces optimized Ubuntu images for TPU virtual machines by Google Cloud | Canonical VMware hypervisor deployment using MAAS | Canonical Migrating from Apache Spark 3 to Spark 4 | Canonical Introducing Workshop: launch sandboxed development environments on Ubuntu with a single command | Canonical Run agentic workloads on Arm and Ubuntu | Canonical Decoding design: How design and engineering thrive together in open source | Canonical Developing web apps with local LLM inference | Canonical A local privilege escalation (LPE) security vulnerability in the Linux kernel, codename “PinTheft,” was publicly disclosed on May 19, 2026. The vulnerability was fixed in the mainline Linux kernel tree. A proof-of-concept exploit was published along with public disclosure. This has been assigned the CVE ID CVE-2026-43494; other discoverin […] Canonical has announced the general availability of Managed Kubeflow on the Microsoft Azure Marketplace. This fully managed MLOps platform allows enterprise AI teams to deploy a production-ready environment in under an hour, eliminating infrastructure maintenance. […] A look into Ubuntu Core 26: Cloud-powered edge computing with AWS IoT Greengrass and Azure IoT Edge | Canonical CVE-2026-46333 (ssh-keysign-pwn) Linux kernel vulnerability mitigations | Canonical
This year we celebrate a decade of Ubuntu Server support on the s390x architecture: marking a long-standing collaboration between Canonical and IBM that began at LinuxCon 2015. The first release happened on April 21, 2016, bringing Ubuntu 16.04 LTS (Xenial Xerus) to IBM Z and IBM LinuxONE platforms.  A first for Ubuntu on IBM That […]
Pedro Lazzarotto · 2026-06-13 · via Blog

This year we celebrate a decade of Ubuntu Server support on the s390x architecture: marking a long-standing collaboration between Canonical and IBM that began at LinuxCon 2015. The first release happened on April 21, 2016, bringing Ubuntu 16.04 LTS (Xenial Xerus) to IBM Z and IBM LinuxONE platforms. 

A first for Ubuntu on IBM

That release was a significant milestone: for the first time, enterprises could deploy the vast Ubuntu ecosystem directly on IBM hardware. IBM Z and IBM LinuxONE platforms handle a significant portion of the world’s financial transactions, and power critical banking and healthcare systems. Native support ensured Ubuntu’s availability and long term sustainability for development and production workloads from day one, in environments that have some of the strictest security requirements.

Engineering for architecture parity

Canonical’s partnership with IBM allows organizations to modernize their mission-critical systems by bringing the Ubuntu developer ecosystem and Canonical’s enterprise support to IBM mainframes. 

Through this collaboration, large enterprises can freely adopt open source tools and technologies. For example, Canonical provides Ubuntu Server images for traditional installations, cloud images for KVM, OpenStack, LXD, and other virtualized environments, as well as OCI images for cloud native environments. This makes it easier for developers and organizations to develop applications on a different architecture, porting them to the IBM platform once it’s time to go to production.

Ubuntu supports multiple deployment modes on IBM Z and IBM LinuxONE, including:

  • LPAR (logical partitions)
  • z/VM virtualization
  • KVM
  • LXD and OCI containers

These deployment models enable enterprises to efficiently run a large number of isolated Linux workloads on the same physical system, a core advantage of IBM’s scale-up architecture. In environments where servers are often underutilized, this improves resource utilization, addressing common challenges such as data center sprawl, rising power costs and server consolidation needs.

How we partner to bring Ubuntu to more architectures

Ensuring a consistent Ubuntu experience in new systems, hardware and architectures requires dedication. To achieve this, our engineers work closely with both IBM and upstream developers to avoid forks and maintain high software quality. Some of the key highlights from our decade of collaboration include:

  • Maintaining s390-tools from version 1.34.0 to 2.41.0
  • Delivering early support for Secure Boot on IBM Z and LinuxONE
  • Enabling IBM Secure Execution (TEE) to protect data in use

At the same time, Canonical:

  • Ships a new version of Ubuntu every 6 months, and an LTS version every 2 years
  • Provides up to 15 years of support for LTS releases, one of the longest support life cycles in the market
  • Maintains thousands of open source packages in a constantly growing ecosystem

Why should you use Ubuntu in your enterprise?

Ubuntu brings world-class open source software and enterprise-grade security and stability for the widest range of applications, use cases and industries. Through this partnership, IBM integrates Ubuntu as a strategic part of it’s ecosystem, providing a high-performance, secure, and efficient foundation for mission-critical workloads on IBM Z and IBM LinuxONE.

Here are some core reasons why Ubuntu excels in enterprise environments:

  • Pervasive security: complements IBM hardware with support for Secure Execution (TEE) and end-to-end encryption for data at rest and in use
  • Maximum uptime: supports features like Kernel Livepatch allowing critical updates to be applied between maintenance windows, eliminating disruptive downtime
  • Streamlined compliance: simplifies regulatory requirements for the public sector through built-in support for FIPS and other industry certifications
  • Future-proof cryptography: integrates quantum-safe algorithms (ML-KEM and ML-DSA) via the Crypto Express 8S module to protect against evolving digital threats
  • Expanded security maintenance: with Ubuntu Pro, organizations get long-term stability with security patches for thousands of open source packages.

AI future-ready

Canonical is also working with IBM to ensure Ubuntu Server fully leverages the latest hardware technologies from IBM, including the IBM Telum® II processor and the IBM Spyre™ Accelerator. In that context, Ubuntu serves as the foundational ecosystem for modern AI development on IBM Z and IBM LinuxONE, bridging the gap between raw compute, multi-platform support, enterprise scale, and production-ready AI workloads. With a consistent environment across workstations and clouds, engineers and researchers can quickly transition from development to large-scale training and inferencing. 

What the future holds

It has been a successful 10 years with significant technical advancements, and we look forward to the next decade, and more. This collaboration has established a reliable path for enterprises to run Linux and Ubuntu on IBM infrastructure.

Today, Ubuntu continues to be fully certified across multiple generations of IBM Z and IBM LinuxONE systems, including IBM z17 and IBM LinuxONE 5, ensuring compatibility with modern enterprise hardware and cryptographic capabilities. As enterprise needs shift toward AI workloads, hybrid cloud architectures, and quantum-safe security, our unified stack provides the foundation required for the next decade of mission-critical computing.

Download Ubuntu Server for IBM Z and LinuxONE

Visit the IBM LinuxONE page

Or if you have any questions, contact us directly.

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