Open source-powered AI/ML for the hybrid cloud

Enterprise grade Artificial Intelligence and Machine Learning (AI/ML) for Developers, Data Engineers, Data Scientists and Operations.

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Overview

Open source software is at the heart of cutting edge innovation like Generative AI, in addition to its already prominent role in powering Predictive AI. To deliver these innovations at a global scale, enterprises have to deal with the complexities of security, privacy, compliance, reliability, scale, and performance. To handle these complexities, enterprises usually end up with a hybrid cloud footprint where their data and applications are deployed on environments ranging from on-prem data centers to hyperscaler cloud provider infrastructure. Operationalizing AI/ML and utilizing open source-powered AI/ML in intelligent applications that deliver exponentially enhanced customer experiences in a hybrid cloud environment requires platforms with capabilities for both machine learning operations (MLOps) and application development.

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MLOps platform

An MLOps platform, with workflows inspired by DevOps and GitOps principles, to integrate ML models into the software development process. 

  • A flexible and scalable platform with tools to build, deploy, and manage AI-enabled applications.
  • Leverage the vast number of pre-trained models from open source providers.
  • Utilize ML frameworks and serving formats like Pytorch, Tensorflow, ONNX, and others for model development.
  • Deliver inference in a hybrid cloud environment at high performance and throughput.
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Application platform

A consistent Kubernetes-based application platform for development, deployment, and management of existing and modernized cloud-native applications that runs on any cloud. 

  • A wide range of languages, runtimes, and frameworks to develop business logic.
  • Integration technologies like API Management, SSO and more, that allow the applications to be exposed securely and at scale.
  • Tools that support modern CI/CD DevOps practices.
  • Developer Tools that enable seamless on-boarding and DevSecOps.

Hybrid cloud AI/ML platforms combine MLOps and application platform capabilities by:

  • Providing developers, data engineers, data scientists, and operations teams with consistency in how applications and models are developed, packaged, deployed, and managed.
  • Developing, training, tuning, deploying, and serving models and applications as containerized workloads through common interfaces and tools without dealing directly with the underlying complexities of a Kubernetes configuration, orchestration, security, and compliance with mature cloud native CI/CD practices.
  • Supporting containerized AI workloads and their specialized needs.
  • Enabling an ecosystem of specialized best-in-class open source projects and ISV software that complement and extend the platform.
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Hybrid cloud AI/ML platform capabilities

Learn about the capabilities of a hybrid cloud AI/ML platform, including AI workloads, an integrated MLOps and application development platform, and developer productivity tools.

AI workload support

Containerized workloads deployed across the hybrid cloud, based on the core AI techniques of machine learning (ML) and deep learning where data and information drive these workloads.

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Integrated MLOps & App Dev platform

A common platform to bring IT, data science, and app dev teams to support the end-to-end lifecycle of ML models and cloud native applications.

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Developer Tools & AI-enabled products

AI-enabled code generation, internal developer portals, and MLSec Ops that enhance the developer experience through open source-powered developer tools.

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AI/ML learning exercises

Try these self-directed learning exercises to gain experience and bring your creativity to AI and Red Hat OpenShift AI, Red Hat’s dedicated platform for building AI-enabled applications. Learn about the full suite of MLOps to train, tune, and serve models for purpose-built applications. 

Fundamentals of OpenShift AI

Learn the foundations of Red Hat OpenShift AI, which gives data scientists and developers a powerful AI/ML platform for building AI-enabled applications. Data scientists and developers can collaborate to move quickly from experiment to production in a consistent environment.

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Classify interactive images with Jupyter Notebook on Red Hat OpenShift AI

Jupyter Notebook works with OpenShift AI to interactively classify images. In this learning path, you will use TensorFlow and ipywidgets to simulate real-time data streaming and visualization and interact directly with AI models.

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Extract live data collection from images and logs

Learn engineering techniques for extracting live data from images and logs of the fictional bike-sharing app, Pedal. You will deploy a Jupyter Notebook environment on Red Hat OpenShift AI, develop a pipeline to process live images and log data, and also extract meaningful insights from the collected data.

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Red Hat platforms

Red Hat platforms provide an end-to-end AI/ML solution from an underlying enterprise-grade operating system, to a Machine Learning operations (MLOps) platform, and finally to container-based orchestration and IT automation platforms. These platforms help you train, tune, and serve models used in purpose-built AI apps.

Red Hat OpenShift AI

Red Hat OpenShift AI is Red Hat’s machine learning operations (MLOps) platform that includes: model development, monitoring and serving, AI lifecycle management, and hybrid cloud support. Red Hat OpenShift AI provides tools to rapidly develop, train, serve, and monitor machine learning models on site, in the public cloud, or at the edge.

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Red Hat OpenShift

Red Hat OpenShift is Red Hat’s open, hybrid cloud Kubernetes platform to build, run, and scale container-based applications - now with developer tools, CI/CD, and release management.  Red Hat OpenShift extends DevOps to the entire ML lifecycle and simplifies deployment, scaling, and management of AI/ML training and serving.

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Red Hat Enterprise Linux

Red Hat Enterprise Linux (RHEL) is a secure, stable, and supported enterprise-grade operating system with a robust ecosystem for rolling out new applications, virtualizing environments, integrating with other enterprise tools, and creating a secure hybrid cloud.  RHEL provides support for core AI/ML libraries and hardware accelerators for the efficient processing of AI workloads.

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Red Hat Ansible Automation Platform

Red Hat Ansible Automation Platform allows developers to set up IT automation to provision, deploy, and manage compute infrastructure across cloud, virtual, and physical environments. Red Hat Ansible Lightspeed with IBM watsonx Code Assistant is a generative AI service that helps automation teams learn, create, and maintain Ansible Automation Platform content more efficiently.

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Red Hat application development & developer productivity tools

For the AI app developer, Red Hat has a suite of application development products and components, along with platforms for AI-enabled IT automation, developer productivity, and software supply chain management.

Red Hat Application Development

Red Hat’s suite of application development products includes Red Hat Runtimes & Languages, Red Hat Integration, Red Hat Developer Tools, and complementary platform components.  These products enhance developer productivity through a self-service experience that abstracts away the technical details of application development.

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Red Hat Ansible Lightspeed

Red Hat Ansible Lightspeed with IBM watsonx Code Assistant is a generative AI service available to Red Hat Ansible Automation Platform users that uses natural language processing to turn written prompts into code snippets for the creation of Ansible playbooks.

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Red Hat Developer Hub

Red Hat Developer Hub is an enterprise-grade platform for building developer portals in a supported and opinionated framework.  It is a unified, open, and AI-enabled platform designed to maximize developer skills, ease onboarding, and increase AI development productivity. 

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Red Hat Trusted Software Supply Chain

Red Hat Trusted Software Supply Chain brings Red Hat’s own open source software supply chain as a cloud service that enables AI developers to more quickly and efficiently code, build, and monitor their software using proven platforms, trusted content, and real-time security scanning and remediation.

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