Skip to main content
  1. Blog
  2. Article

Canonical
on 9 August 2017

Weekly Kernel Development Summary – Aug 9, 2017


This is the Ubuntu Kernel Team highlights and status for the week.

If you would like to reach the kernel team, you can find us at the #ubuntu-kernel channel on FreeNode. Alternatively, you can mail the Ubuntu Kernel Team mailing list at: kernel-team@lists.ubuntu.com.

Highlights

  • Add virtualbox guest driver to artful 4.13 kernel
  • Start work on 4.12-based raspi2 kernel for artful
  • Added aufs driver to 4.13 artful kernel
  • Update 4.12 artful kernel to v4.12.5
  • Rebase 4.13 artful kernel to v4.13-rc4
  • Upload 4.11.0-12.18 to artful-proposed
  • Stress-ng 0.08.10 released; improvements on the dirdeep stressor and fixes on the job script parsing
  • intel-cmt-cat 1.1.0 released; (Intel Platform Quality of Service and Cache Allocation Technology tools)
  • The following SRU kernels have been promoted to -updates and -security:

    Trusty   3.13.0-126.175
    Xenial   4.4.0-89.112
    Zesty    4.10.0-30.34
    
    
    trusty/lts-xenial  4.4.0-89.112~14.04.1
    xenial/hwe         4.10.0-30.34~16.04.1
    xenial/raspi2      4.4.0-1067.75
    xenial/snapdragon  4.4.0-1069.74
    xenial/aws         4.4.0-1028.37
    xenial/gke         4.4.0-1024.24
    zesty/raspi2       4.10.0-1013.16
    
    • Embargoed CVE-2017-7533 has been made public and the fix released for all the affected kernels.

    • CVE’s fixed by the kernels published on -updates and -security:

    Trusty:

    • CVE-2017-1000364
    • CVE-2017-7482
    • CVE-2017-1000365
    • CVE-2016-8405
    • CVE-2017-2618

    Xenial:

    • CVE-2017-7533
    • CVE-2017-10810

    Zesty:

    • CVE-2017-7533
    • CVE-2017-1000364
    • CVE-2017-7482
    • CVE-2017-1000365
    • CVE-2017-10810

    • Two new kernel snaps are now being distributed: aws-kernel and gke-kernel.

    • The following kernel snaps have been uploaded to the snapcraft store:

    • aws-kernel 4.4.0.1028.31

    • gke-kernel 4.4.0.1024.26
    • pc-kernel 4.4.0.89.95
    • pi2-kernel 4.4.0.1067.68
    • dragonboard-kernel 4.4.0.1069.62

Development Kernel Announcements

We intend to target a 4.13 kernel for the Ubuntu 17.10 release. The artful kernel is now based on Linux 4.11. The Ubuntu 17.10 Kernel Freeze is Thurs Oct 5, 2017.

Stable Kernel Announcements

  • Current cycle: 04-Aug through 26-Aug

             04-Aug  Last day for kernel commits for this cycle.
    07-Aug - 12-Aug  Kernel prep week.
    13-Aug - 25-Aug  Bug verification & Regression testing.
             28-Aug  Release to -updates.
    
  • Next cycle: 25-Aug through 16-Sep

             25-Aug   Last day for kernel commits for this cycle.
    28-Aug - 02-Sep   Kernel prep week.
    03-Sep - 15-Sep   Bug verification & Regression testing.
             18-Sep   Release to -updates.
    
  • The current CVE status

Related posts


Freyja Cooper
5 June 2026

Beyond tokens per watt – using Ubuntu 26.04 LTS for AI

AI Article

Tokens per watt (TpW) – the measure of useful AI work produced per watt of energy consumed – is the metric at top of mind for CEOs, heads of AI, and infrastructure teams alike. With the tremendous cost of GPU clusters, extracting as much value as possible from the expense is critical. But in the ...


Gabriel Aguiar Noury
4 June 2026

A look into Ubuntu Core 26: Deploying AI models on Renesas RZ/V series for production

Internet of Things Article

Welcome to this blog series which explores innovative uses of Ubuntu Core. Throughout this series, Canonical’s Engineers will show what you can build with our releases, highlighting the features and tools available to you. In this blog, Asa Mirzaieva, engineer from the Silicon Alliances team, will show you how to deploy optimised AI model ...


Jon Taylor
3 June 2026

RISC-V profiles – why is RVA23 significant?

Ubuntu RISC-V

Introduction One of the important offerings of the RISC-V Instruction Set Architecture (ISA) is the ability to customize and extend the base instruction set. An initial reaction to hearing this is often to worry about software portability and compatibility, since if every RISC-V CPU  offers a slightly different set of instructions, softwa ...