IBM Charts

repository·master·Indexed 43 days ago

https://github.com/ibm/charts

A central hub for multiple Helm chart repositories providing packaged binaries for Helm 3 (ibm-helm) and Helm 2 (stable, entitled, and community), including deployment guides for Aqua Security Server and JFrog Artifactory High Availability (HA).

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What's inside IBM Charts

  1. Overview of IBM Maximo Equipment Maintenance Assistant On-Premises

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    IBM Maximo Equipment Maintenance Assistant On-Premises uses machine learning and AI (via IBM Watson technology) to provide prescriptive guidance for asset repairs. It analyzes structured and unstructured data related to maintenance, procedures, and techniques to help technicians identify optimal repair methods and detect failure patterns.
  2. Overview of IBM Watson Language Translator Chart

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    The ibm-watson-lt-prod Helm chart installs the IBM Watson™ Language Translator as a service for IBM Cloud Pak for Data. This service allows for programmatic text translation between different languages.

    Upon successful installation, the service will appear in the Cloud Pak for Data UI catalog. The chart manages several deployments (API, document translation, language identification, and segmentation), statefulsets (MinIO for S3-compatible storage and highly available PostgreSQL), ConfigMaps, and Secrets.

  3. Overview of IBM Operations Analytics - Predictive Insights Mediation Pack for Prometheus

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    The Predictive Insights Mediation Pack for Prometheus is a Helm chart that deploys a single agent onto Kubernetes.

    Purpose:

    • Converts Prometheus metric data received from nodes in a Kubernetes environment.
    • Sends that data to IBM Operations Analytics - Predictive Insights for monitoring and anomaly prediction.
    • Enables monitoring of usage statistics for CPU usage per server and memory usage per Kubernetes node to identify issues before downtime occurs.

    Supported Versions:

    • Operating System: Red Hat Enterprise Linux version 7.x
    • IBM Operations Analytics - Predictive Insights: version 1.3.6
  4. Overview of the IBM-Nodejs-Express Helm Chart

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    The ibm-nodejs-express Helm chart is used to deploy a Node.js Express application to a Kubernetes cluster. It encapsulates the necessary Helm chart and cloud pak artifacts to manage the application lifecycle.

    What the chart installs:

    • A Deployment to roll out a ReplicaSet and create Pods containing Node.js based containers.
    • A NodePort Service to enable secure connections from outside the cluster.

    Important Note: This chart does not include a Node.js application image. You must provide your own application image (e.g., built via Docker or a similar tool) before installation.

  5. Overview of ibm-security-foundations-prod chart

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    The ibm-security-foundations-prod Helm chart installs the foundational elements required for IBM Cloud Pak for Security. It deploys several operators and services that manage the platform's core infrastructure, including data assets, orchestration, and gateway services.

    Key components installed include:

    • Middleware Operator: Manages data and platform assets like ElasticSearch, Etcd, MinIO, and RabbitMQ. (Namespace-scoped)
    • Sequences Operator: Orchestrates the installation of IBM Cloud Pak for Security components. (Namespace-scoped)
    • Arango Operator: Manages ArangoDB installation.
    • Ambassador: Manages the Envoy gateway service.
    • Extensions Operator: Manages connector factory setup.
    • Entitlements Operator: Assembles the Bill Of Materials (BoM) for Application Entitlements and Offerings.
    • Custom Resource Definitions (CRDs): Enables management of these elements by the platform.
  6. Overview of IBM Cognos Dashboard Embedded (CDE)

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    IBM Cognos Dashboard Embedded (CDE) is an API-based solution designed to integrate end-to-end data visualization capabilities directly into applications. It allows developers to control user workflows, ranging from guided analysis through fixed dashboards to free-form analytic exploration environments.
  7. Overview of IBM Watson Assistant Helm Chart

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    The IBM Watson Assistant Helm chart deploys a single slot capable of accommodating up to 30 IBM Watson Assistant service instances. It provides a natural language interface for automating conversational interactions via virtual agents and chatbots.

    Users can choose between two deployment types:

    • Development: Deploys a single pod of each microservice.
    • Production: Deploys two pods of each microservice for high availability.
  8. Overview of IBM UrbanCode Deploy Helm Chart

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    This Helm chart deploys IBM UrbanCode Deploy, a tool for automating application deployments through various environments. The chart is designed to support rapid feedback and continuous delivery while maintaining audit trails, versioning, and approvals required for production environments.

    Deployment Model:

    • Deploys a single server instance of IBM UrbanCode Deploy.
    • Supports scaling to multiple instances.
    • Includes two StatefulSet workload objects:
      1. One for server instances.
      2. One for distributed front end instances.
    • Includes corresponding Service objects for both workloads.
  9. Overview of the Open Liberty Helm Chart

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    The Open Liberty Helm Chart deploys Open Liberty, a lightweight runtime for building Java EE 7 and Eclipse MicroProfile™ microservices.

    When installed, the chart provides:

    • A Deployment or StatefulSet running the Open Liberty Docker image.
    • A Service to manage network traffic.
    • An optional Ingress for external traffic routing.
    • Optional persistence configuration to retain server logs and transaction logs.
  10. Overview of the ibm-istio Helm chart

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    The ibm-istio chart bootstraps all Istio components on a Kubernetes cluster using Helm. It uses a subchart architecture, allowing you to enable or disable specific Istio components by toggling their enabled flag in the configuration.
  11. Overview of IBM Voice Gateway Helm Chart

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    The IBM Voice Gateway (Developer Trial) Helm chart deploys components to integrate Watson services with telephone networks via SIP.

    Deployed Components:

    • Media Relay, Sip Orchestrator, and G729 Codec Service: These are deployed together in a single pod.
    • SMS Gateway: Deployed in its own separate pod.

    This chart is compatible with both IBM Cloud Private and IBM Cloud Pak for Data environments.

  12. Overview of IBM Watson™ Speech Services

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    IBM Watson™ Speech Services 1.2 provides two primary solutions via a single Helm chart:

    1. IBM Watson™ Speech to Text (STT): Provides speech recognition capabilities using machine learning to transcribe human voice into text.
    2. IBM Watson™ Text to Speech (TTS): Converts written text into natural-sounding speech for speech-synthesis applications.

    Deployment Note: You can install STT and TTS separately, or install them together in a single instance. When installed together, they share datastores to improve resource efficiency and simplify support.