Devices are everywhere but they all need maintenance. Maintaining household gadgets such as laptops, printers and smart watches has become easier over the years as update technology evolves. Today, users do not have to even think about updates – they can seamlessly take place in the background or overnight. These updates take place over-the-air (OTA) and have revolutionised the way that we keep hardware, software or firmware maintained.
Canonical, the publisher of Ubuntu, announced today the general availability of Charmed Kubeflow 1.7. Charmed Kubeflow is an open-source, end-to-end MLOps platform that can run on any cloud, including hybrid cloud or multi-cloud scenarios. This latest release offers the ability to run serverless machine learning workloads and perform model serving, regardless of the framework that professionals use.
Developers love Visual Studio Code (VSCode) for its flexibility and for its goldilocks balance of powerful features and lightness / speed. VSCode is a popular choice for developers using Linux, but even those using VSCode on Mac or Windows often look for ways to use VSCode with a Linux environment. This can present a challenge.
System hardening means locking down a system and reducing its attack surface: removing unnecessary software packages, securing default values to the tightest possible settings and configuring the system to only run what you explicitly require. Let’s take an example from daily life.
Everyone knows that MicroK8s is an extremely lightweight, extensible, reliable, CNCF-compliant distribution of Kubernetes. What you didn’t know until now is that it is even easier to install and manage as part of your AWS marketplace experience. First, a quick reminder of why MicroK8s is great: What is new is that MicroK8s is now available on the AWS marketplace, combining all of MicroK8s advantages with the convenience of AWS.
Canonical is committed to enabling Ubuntu users to leverage the strong run-time confidentiality and integrity guarantees that confidential computing provides. That is why we are happy to announce we have joined the confidential computing consortium, a project community at the Linux Foundation that is focused on accelerating the adoption of confidential computing and driving cross-industry collaboration around relevant open source software, standards and tools.
Canonical strongly believes that the future of automotive will rely on open source to define and run the next generation of vehicles. To drive this transition, state-of-the-art cybersecurity and functional safety are critical. To learn more about the industry’s specific constraints, we are actively involved in several automotive consortiums and are contributing to automotive-related standards.
