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Machine Learning

Canonical releases Charmed Kubeflow 1.8

Canonical, the publisher of Ubuntu, announced today the general availability of Charmed Kubeflow 1.8. Charmed Kubeflow is an open source, end-to-end MLOps platform that enables professionals to easily develop and deploy AI/ML models. It runs on any cloud, including hybrid cloud or multi-cloud scenarios. This latest release also offers the ability to run AI/ML workloads in air-gapped environments.

ML for software engineers ft. Gideon Mendels of Comet ML

In this episode, Rob explores the fascinating crossroads of machine learning and software engineering with Gideon Mendels, the co-founder and CEO of Comet ML. Gideon navigates the often ambiguous world of training ML models, focusing on building a common language between software engineers and data science teams. Gain valuable insights into fostering mutual understanding between these two disciplines and aligning the possibilities of ML with organizational needs in this thought-provoking episode.

Optimize your MLOps pipelines with inbound webhooks

In a traditional DevOps implementation, you automate the build, test, release, and deploy process by setting up a CI/CD workflow that runs whenever a change is committed to a code repository. This approach is also useful in MLOps: If you make changes to your machine learning logic in your code, it can trigger your workflow. But what about changes that happen outside of your code repository?

10 Practical Machine Learning Use Cases in Observability - Navigate Europe 23

Dive into the world of machine learning and its practical applications in observability with Andrew Maguire from Netdata. Explore a variety of use cases, challenges, and considerations in implementing ML for enhanced monitoring and analytics. Learn about the potential benefits and the importance of human oversight in this insightful presentation.

What is MLflow?

MLflow is an open source platform, used for managing machine learning workflows. It was launched back in 2018 and has grown in popularity ever since, reaching 10 million users in November 2022. AI enthusiasts and professionals have struggled with experiment tracking, model management and code reproducibility, so when MLflow was launched, it addressed pressing problems in the market. MLflow is lightweight and able to run on an average-priced machine.

Charmed Kubeflow 1.8 Beta is here

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.

Monitoring Machine Learning

I used to think my job as a developer was done once I trained and deployed the machine learning model. Little did I know that deployment is only the first step! Making sure my tech baby is doing fine in the real world is equally important. Fortunately, this can be done with machine learning monitoring. In this article, we’ll discuss what can go wrong with our machine-learning model after deployment and how to keep it in check.

Install MLflow in less than 5 minutes

Install MLflow quickly on Ubuntu using our distribution, Charmed MLFlow. You can integrate it with different tools, so you can run it on your workstation with Jupyter Notebook or at scale with Charmed Kubeflow. Charmed MLFlow is a fully open source distribution of the upstream project, that benefits from security patching, tool integration and automated lifecycle management.

Machine Learning for Fast and Accurate Root Cause Analysis

Machine Learning (ML) for Root Cause Analysis (RCA) is the state-of-the-art application of algorithms and statistical models to identify the underlying reasons for issues within a system or process. Rather than relying solely on human intervention or time-consuming manual investigations, ML automates and enhances the process of identifying the root cause.