Introduction Open Table Formats (OTFs) are a phenomenon in the data analytics world that has been gaining momentum recently. The promise of OTFs is as a solution that leverages distributed computing and distributed object stores to provide capabilities that exceed what is possible with a Data Warehouse. The open aspect of these formats gives organizations options when it comes to
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Introduction It’s challenging to keep track of machine learning experiments. Let’s say you have a collection of raw files in a MinIO bucket to be used to train and test a model. There will always be multiple ways to preprocess the data, engineer features, and design the model. Given all these options, you will want to run many
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Introduction The California Gold Rush started in 1848 and lasted until 1855. It is estimated that approximately 300,000 people migrated to California from other parts of the United States and abroad. Economic estimates suggest that, on average, only half made a modest profit. The other half either lost money or broke even. Very few gold seekers made a significant
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About MLflow MLflow is an open-source platform designed to manage the complete machine learning lifecycle. Databricks created it as an internal project to address challenges faced in their own machine learning development and deployment processes. MLflow was later released as an open-source project in June 2018. As a tool for managing the complete lifecycle, MLflow contains the following components. * MLflow
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Introduction In a few previous posts on AI/ML, I mentioned that one of the benefits of MinIO is that you have tools for Versioning, Lifecycle Management, Object Locking, Object Retention and Legal Holds. These capabilities have a variety of uses. You may need a simple way to keep track of training experiments. You could also use these features to
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Introduction In a previous post, I covered Building an ML Data Pipeline with MinIO and Kubeflow v2.0. The data pipeline I created downloaded US Census data to a dedicated instance of MinIO. This is different from the MinIO instance Kubeflow Pipelines (KFP) uses internally. We could have tried to use KFP’s instance of MinIO - however, this is
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This post first appeared in The New Stack. Developers gravitate to technologies that are software defined, open source, cloud native and simple. That essentially defines object storage. Introduction Choosing the best storage for all phases of a machine learning (ML) project is critical. Research engineers need to create multiple versions of datasets and experiment with different model architectures. When a
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Engineers like to play and learn locally. It does not matter which tool is under investigation: a high-end storage solution, a workflow orchestration engine, or the latest thing in distributed computing. The best way to learn a new technology is to find a way to cram it all on a single machine so that you can put your hands on
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Kubeflow Pipelines (KFP) is the most popular feature of Kubeflow. A Python engineer can turn a function written in plain old Python into a component that runs in Kubernetes using the KFP decorators. If you used KFP v1, be warned - the programming model in KFP v2 is very different - however, it is a big improvement. Transforming plain old
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