The last interim release before an LTS (Long Term Supported release for those new to the Ubuntu terminology) is a particularly exciting time. This is the release where the team aims to land as many major changes as possible to ensure that the community has the chance to take them for a spin and provide feedback for further refinement ahead of Ubuntu 24.04 LTS. These features span the entire Ubuntu Desktop stack, from the user interface, to software management, to core security and architectural changes.

Today Canonical announced the release of Ubuntu 23.10, codenamed “Mantic Minotaur”, available to download and install from https://ubuntu.com/download. “In this release we’ve raised the bar for what secure by default means for Ubuntu and set the stage for our next Long Term Supported release.” said Oliver Smith, Senior Product Manager for Ubuntu at Canonical.

In our previous blog, we introduced smartNICs as technology enablers for next-generation converged data centres. We covered how smartNICs can increase efficiency and drive return on investment. In this blog post, we explain how this innovative technology can help the telecom industry. SmartNICs use cases for the telecom sector are still emerging. However, when they arrive, it will be big for the sector, especially at edge clouds where speed in user plane packet processing matters the most.

Ubuntu Desktop firmly places security at the forefront, and adheres to the principles of security by default. This approach caters to both everyday users and organisations with specific compliance requirements. As such, Ubuntu ensures that its recommended security configurations are equally robust, easy to understand and readily accessible as part of the default user experience.

Data centres are going through a transformation. Gradually, we will see a new type of equipment attached to servers in almost every data centre: smartNICs are here. They will be the enablers of converged data centres where common infrastructure tasks are offloaded from a host server to attached network interface cards (NIC).

I recently recorded a Lightboard presentation on securing open source software dependencies in the public cloud. This blog summarises, and expands upon, some of the key elements from that presentation: I think about this topic through two lenses: software supply chains and updating software dependencies while maintaining stability.

Have you heard the news? Charmed Kubeflow 1.8 is available in Beta. Kubeflow is the foundation of Canonical MLOps. The latest release brings improved capabilities to personalise different components of the platform, including the images that can be used in Notebooks. We are looking for data scientists, machine learning engineers, creators and AI enthusiasts to take Charmed Kubeflow 1.8 Beta for a test drive and share their feedback with us.

On 24 July 2023, security researchers from Google’s Information Security Engineering team disclosed a hardware vulnerability affecting AMD’s Zen 2 family of microprocessors. They dubbed this vulnerability “Zenbleed” (CVE-2023-20593), evoking memories of previous vulnerabilities like HeartBleed and hinting at its possible impact.

Digital innovation is transforming finance. Advances in financial technology such as mobile money, peer-to-peer (P2P) or marketplace lending, robo advice, and insurance technology (InsurTech) are reshaping many areas – from payments to wealth management. Over the past decade, fintechs have already driven enhanced access to financial services for retail users. Technology advances in connectivity, data processing, and storage have contributed to the current wave of technology-based finance.

London, United Kingdom, 26 September 2023. Canonical announced today that Charmed MLFlow, Canonical’s distribution of the popular machine learning platform, is now generally available. Charmed MLFlow is part of Canonical’s growing MLOps portfolio. Ideal for model registry and experiment tracking, Charmed MLFlow is integrated with other AI and big data tools such as Apache Spark and Kubeflow. The solution runs on any infrastructure, from workstations to public and private clouds.