Categoría: MicroK8s

Accelerating AI with open source machine learning infrastructure

The landscape of artificial intelligence is rapidly evolving, demanding robust and scalable infrastructure. To meet these challenges, we’ve developed a comprehensive reference architecture (RA) that leverages the power of open-source tools and cutting-edge hardware. This architecture, built on Canonical’s MicroK8s and Charmed Kubeflow, running on Dell PowerEdge R7525 servers, and accelerated by NVIDIA NIM microservices, […]

Canonical announces 12 year Kubernetes LTS 

Canonical’s Kubernetes LTS (Long Term Support) will support FedRAMP compliance and receive at least 12 years of committed security maintenance and enterprise support on bare metal, public clouds, OpenStack, Canonical MicroCloud and VMware. February 11,  2025 Today, Canonical announced a 12 year security maintenance and support commitment starting with  Kubernetes 1.32. The new release is […]

How to deploy AI workloads at the edge using open source solutions

Running AI workloads at the edge with Canonical and Lenovo AI is driving a new wave of opportunities in all kinds of edge settings—from predictive maintenance in manufacturing, to virtual assistants in healthcare, to telco router optimisation in the most remote locations. But to support these AI workloads running virtually everywhere, companies need edge infrastructure […]

Canonical Kubernetes 1.29 is now generally available

A new upstream Kubernetes release, 1.29, is generally available, with significant new features and bugfixes. Canonical closely follows upstream development, harmonising our releases to deliver timely and up-to-date enhancements backed by our commitment to security and support – which means that MicroK8s 1.29 is now generally available as well and Charmed Kubernetes 1.29 will join […]

Canonical joins the Sylva project

Canonical is proud to announce that we have joined the Sylva project of Linux Foundation Europe as a General Member. We aim to bring our open source infrastructure solutions to Sylva and contribute to the project’s goal of providing a platform to validate cloud-native telco functions. Sylva was created to accelerate the cloudification of Europe’s […]