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Linux

Is a real-time OS right for your business?

With automation spanning virtually every sector of society, real-time capable operating systems (OS) are becoming critical across industries, from automotive and telecommunications, to industrial manufacturing. A real-time operating system (RTOS) ensures precise and deterministic responses, meeting strict timing requirements essential for safety and performance.

Confidential AI with Ubuntu on Azure: a deep dive | Data & AI Masters | Canonical and Microsoft

When performing machine learning tasks in the cloud, enterprises understandably have concerns about the potential compromise of their sensitive data privacy as well as their model’s intellectual property. Additionally, stringent industry regulations often prohibit the sharing of such data. This makes it difficult, or outright impossible, to utilise large amounts of valuable private data, limiting the true potential of AI across crucial domains.

Valkey explained: How to power your web applications with Valkey | Data & AI Masters | Canonical

Modern web applications require a balance between performance, scalability, and ease of development. Valkey is an open-source (BSD) high-performance key/value datastore that supports various workloads such as caching and message queues and can act as a primary database. This makes Valkey an ideal database for running modern web applications.

EdgeIQ and Ubuntu Core; bringing security and scalability to device management

Today, EdgeIQ and Canonical announced the release of the EdgeIQ Coda snap and official support of Ubuntu Core on the EdgeIQ Symphony platform. EdgeIQ Symphony helps you simplify and scale workflows for device fleet operations, data consumption and delivery, and application orchestration. Distributing EdgeIQ Coda as a snap brings the power, connectivity, and control of the EdgeIQ Symphony platform to millions of Linux users who can now install this enterprise tool with a single terminal command.

Linux Security: Keeping Linux Machines Secure with Less Tinkering

Every operating system has its quirks, and Linux security is no different. Whether you’re on Team Penguin or running mostly Windows boxes (or a bit of both), you’ll need to take different steps to manage security on different OSes. Like any OS, Linux security comes with its own peculiarities, pitfalls, and best practices.

Understanding Ubuntu Logs

Linux, Debian, and Ubuntu are the Kirk, Spock, and McCoy of modern application development. The Captain Kirk, Linux, is the open-source central code for directing and talking to hardware. Debian sits as the trio’s Spock, the original distro that can be seen as more complex to install and use. As a Debian child distro, Ubuntu is the McCoy, helping to heal the challenges that people have when trying to use Debian.

Canonical provides the ideal platform for Microsoft Azure IoT Operations

London, 19 November 2024. Canonical has collaborated with Microsoft as an early adopter partner and tested Microsoft Azure IoT Operations on Ubuntu Core and Kubernetes, which is notable as Microsoft today released Azure IoT Operations, a unified data plane providing significant improvements in node data capture, edge-based telemetry processing and cloud-ingress.

Canonical announces the first MicroCloud LTS release

Today, Canonical announced the availability of MicroCloud’s first long term support (LTS) release. MicroCloud is part of Canonical’s cloud infrastructure portfolio. As the publisher of Ubuntu, Canonical is known for providing Ubuntu LTS releases every two years in April. With the addition of a MicroCloud LTS, Canonical expands its commitment to long term support for organizations looking for a scalable virtualization solution for edge and low-touch clouds.

MicroCloud LTS Demo

Canonical MicroCloud’s 2.1.0 LTS release features support for single-node deployments, improved security posture, and more flexibility during the initialization process. In this video we guide you through the new process, starting with deploying a MicroCloud on a single node, and then expanding with two additional members for a highly available cluster. Follow along and try it yourself.

What is a MicroCloud?

A MicroCloud is a new lightweight, featureful, and straightforward cloud for on-demand computing at the edge. MicroClouds differ from IoT which uses thousands of single machines or sensors to gather data, yet does not perform computing tasks. Instead, MicroClouds reuse proven cloud primitives with unattended, autonomous, and clustering features that resolve typical edge computing challenges.