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The latest News and Information on DevOps, CI/CD, Automation and related technologies.

Master IoT software updates with validation sets on Ubuntu Core 22

If you are packaging your IoT applications as snaps or containers, you are aware of the benefits of bundling an application with its dependencies. Publishing snaps across different operating system versions and even distributions is much easier than maintaining package dependencies. Automated IoT software updates make managing fleets of devices more efficient.

What you're missing out if you don't try Ubuntu Core 22

Ubuntu Core, the Ubuntu flavour optimised for IoT and edge devices, has a new version available. With a 2-year release cadence, every new release is both an exciting and challenging milestone. Ubuntu Core is based on Ubuntu. It is open source, long-term supported (LTS), binary compatible and offers a unified developer experience. It allows developers and makers to build composable and software-defined appliances built from immutable snap container images.

Mattermost Playbooks How-to: Software Feature Development

For teams that follow a structured build and release cycle, having a reliable, shared workflow makes the difference between chaos and consistency. With every new feature in development the team needs to know what the specs are, how it fits in the roadmap, what the customer feedback was, where to find the repository, who is responsible for each step, and so much more.

Tech Ops is a mess. Here's why we're committed to fixing it.

Building software is hard. Building cloud software is even harder because things move much faster — and require mission-critical reliability and availability. To effectively build software in the cloud, engineering teams need observability, CI/CD, reporting, and lots of tooling. At every organization I’ve worked at, we’ve needed a system of tools that lets us: But all the tools available to engineering teams never quite fit together with our specific processes.

Metric Correlations on the Agent

As of v1.35.0 the Netdata Agent can now run Metric Correlations (MC) itself. This means that, for nodes with MC enabled, the Metric Correlations feature just got a whole lot faster! The Netdata Metric Correlations feature uses a Two Sample Kolmogorov-Smirnov test to look for which metrics have a significant distributional change around a highlighted window of interest.

Canonical Ubuntu Core 22 is now available - optimised for IoT and embedded devices

15 June 2022: Canonical today announced that Ubuntu Core 22, the fully containerised Ubuntu 22.04 LTS variant optimised for IoT and edge devices, is now generally available for download from ubuntu.com/download/iot. Combined with Canonical’s technology offer, this release brings Ubuntu’s comprehensive and industry-leading operating system (OS) and services to a complete range of embedded and IoT devices.

What is Ubuntu Core 22?

IoT manufacturers face complex challenges to deploy devices on time and within budget. Ensuring security and remote management at scale is also taxing as device fleets expand. Ubuntu Core 22 helps manufacturers meet these challenges with an ultra-secure, resilient, and low-touch Operating System, backed by a growing ecosystem of silicon and ODM partners. Ubuntu Core 22 is a minimal, fully containerised Ubuntu 22.04 LTS variant optimised for IoT and edge devices.

Extracting Value from the Kubernetes Events Feed - Civo

Kubernetes events can provide unique and clear insights into cluster health and performance, but how do you cut through the noise and better understand your environment? Matthew Lenhard, Co-founder & CTO of ContainIQ, will discuss how to extract value from the Kubernetes events feed. In this webinar, we will explain what Kubernetes events are, how to use them, and tools that can be used to get the most out of them.

Monitor and diagnose network performance issues with SNMP Traps

Monitoring your on-premise or hybrid infrastructure means keeping track of potentially thousands of devices, any one of which could be a point of failure. Additionally, silos between application and network teams can create visibility gaps that complicate troubleshooting. For network engineers investigating bottlenecks, being able to view real-time infrastructure health and performance data alongside application metrics is essential for ensuring their organizations meet key SLOs.