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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 […] 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 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 […] 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 Finding the blind spot: How Canonical hunts logic flaws with AI | Canonical A local privilege escalation (LPE) vulnerability affecting the Linux kernel has been publicly disclosed on May 13, 2026. The vulnerability does not have a CVE ID published, but is referred to as “Fragnesia.” The vulnerability affects multiple Linux distributions, including all Ubuntu releases. The affected components are the Linux kernel […] Rethinking BYOD security: protecting data without trusting devices | Canonical Two local privilege escalation (LPE) vulnerabilities affecting the Linux kernel have been publicly disclosed on May 7, 2026. The vulnerabilities have been assigned the IDs CVE-2026-43284 and CVE-2026-43500 and are referred to as “Dirty Frag.” The affected components are Linux kernel modules. The first vulnerability impacts the modules tha […] Three weeks to go: A sneak peek of the Ubuntu Summit 26.04 experience | Canonical How to use Ubuntu on Windows | Canonical A local privilege escalation (LPE) vulnerability affecting the Linux kernel has been publicly disclosed on April 29, 2026. The vulnerability has been assigned CVE ID CVE-2026-31431 and is referred to as Copy Fail. The affected component is a kernel module that provides hardware-accelerated cryptographic functions: algif_aead. The vulnerab […] Run NVIDIA Nemotron 3 Nano Omni locally in a single command | Canonical Why Web Engineering is great | Canonical Ubuntu 16.04 LTS (Xenial Xerus) reached the end of its five-year Expanded Security Maintenance (ESM) window in April 2026. If you are still running 16.04, it is critical to address your support status to ensure continued security and compliance. Your support options Now that 16.04 is in its Legacy phase, you have two primary paths: […] Understanding disaggregated GenAI model serving with llm-d | Canonical From Jammy to Resolute: how Ubuntu’s toolchains have evolved | Canonical Hybrid search and reranking: a deeper look at RAG | Canonical Canonical expands Ubuntu support to next-generation MediaTek Genio 520 and 720 platforms | Canonical In this article, Keirthana TS, a Senior Technical Author at Canonical, breaks down what leadership means to her and how she understood the power of intentional leadership through her journey at Canonical. 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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 […]
Jehudi · 2026-06-02 · via Blog

At Build 2026, Microsoft announced the preview of Azure Cobalt 200, the second generation of its custom Arm silicon for cloud-native and agentic AI workloads. Ubuntu and Ubuntu Pro are available on Cobalt 200 from the start of preview, so your existing Ubuntu workloads run on Cobalt 200 with little or no change. Moving to this new generation of Azure silicon is a change of hardware, not a change of platform.

The same Ubuntu you already run

Adoption is straightforward because the operating system does not change. Cobalt 200 uses the same 64-bit Arm architecture as Cobalt 100, and Ubuntu has run on Arm64 across the stack for years:

  • More than 95% of the Ubuntu archive is built and tested for Arm, so the tools, libraries, and applications you depend on are already available.
  • Major languages and runtimes, including .NET, Java, Python, Rust, and C++, provide Arm-native versions.
  • Official Ubuntu images and Ubuntu Pro are available on both x86 and Arm, so you operate one platform, not two.

For most teams, running on Cobalt 200 is a deployment decision, not an engineering project.

Built for cloud-native and agentic AI

Cobalt 200 is designed for scale-out, cloud-native workloads, and its new VM families extend that reach to memory-intensive and storage-dense services. These are the workloads the Ubuntu ecosystem is already built around: open-source databases, in-memory caches, real-time analytics, microservices, media processing, and containerized services.

Agentic AI is a clear focus of this generation, and it is also a focus for Ubuntu. These workloads create and run many execution sandboxes concurrently, the kind of dense, scale-out compute Cobalt 200 is built for. Combined with Cobalt 200 features such as memory encryption enabled by default and built-in acceleration for compression and encryption, Ubuntu provides an efficient foundation for agentic services on Azure.

Ready for production with Ubuntu Pro

Running production workloads on new silicon means keeping them secure and maintained over the long term. Ubuntu Pro provides:

  • Up to 15 years of security maintenance for the Ubuntu base OS and thousands of open-source packages.
  • Kernel Livepatch, available on Arm64 from Ubuntu 26.04 LTS (Resolute Raccoon) onward, applies critical and high-severity kernel fixes without rebooting, so long-running database, analytics, and AI services stay available.
  • Landscape for fleet management, automated patching, and audit reporting across your Azure estate.

Ubuntu Pro on Arm is the same offering you run on x86, so the operating model you already use across Azure carries over unchanged when these workloads move into production.

Get started

Azure Cobalt 200 VMs are available in preview now. Request access through the Cobalt 200 preview signup form, then deploy Ubuntu using the Azure portal, CLI, SDKs, PowerShell, or your existing tooling, and enable Ubuntu Pro for long-term security maintenance and Livepatch. To learn more about Ubuntu on Azure, visit ubuntu.com/azure.

Ubuntu has been available on Azure Cobalt since the first generation, and we look forward to seeing what teams build on Cobalt 200.

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