Red Hat High Availability Clustering (RH436)

Instructor‑Led: $4,400 | Duration: 5 Days

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    Course Highlights

    LEVEL: 
    • Intermediate
    BRANDS/TECHNOLOGIES: 

    Red Hat High Availability Clustering (RH436) Course Outline

    Deploy reliable, available critical production services in a high availability cluster

    In the Red Hat High Availability Clustering (RH436) course, you will learn how to provide highly available network services to a mission-critical enterprise environment through the deployment and management of shared storage and server clusters. Created for senior Linux system administrators, this 4-day course strongly emphasizes lab-based activities.

    You will set up a cluster of systems running the Pacemaker component of the Red Hat Enterprise Linux High-Availability Add-On, and deploy Linux-based services such as web servers and databases on that cluster. Cluster storage components from the Resilient Storage Add-On are also covered; installations and applications that require multiple cluster nodes can access the same storage simultaneously. This includes Logical Volume Manager (LVM) Shared Volume Groups, Red Hat Global File System 2 (GFS2), and Device-Mapper Multipath.

    This course is based on Red Hat Enterprise Linux 8.3.

    Who Should Attend this Course?

    Senior Linux system administrators who use high-availability clustering and fault-tolerant shared storage technologies to maximize resiliency of production services.

    PREREQUISITES
    • Red Hat Certified System Administrator (RHCSA) exam (EX200) and associated courses.
    • Red Hat Certified Engineer (RHCE) exam (EX294) and associated courses.

    1 – Creating high availability clusters

    • Create a basic high availability cluster.

    2 – Managing cluster nodes and quorum

    • Manage node membership in the cluster and describe how it impacts cluster operation.

    3 – Isolating malfunctioning cluster nodes

    • Isolate unresponsive cluster nodes to protect data and recover services and resources after a failure.

    4 – Creating and configuring resources

    • Create basic resources and resource groups to provide highly available services.

    5 – Troubleshooting high availability clusters

    • Identify, diagnose, and fix cluster issues.

    6 – Automating cluster and resource deployment

    • Deploy a new high availability cluster and cluster resources using Ansible automation.

    7 – Managing two-node clusters

    • Operate two-node clusters while identifying and avoiding issues specific to a two-node cluster configuration.

    8 – Accessing iSCSI storage

    • Configure iSCSI initiators on your servers to access block-based storage devices provided by network storage arrays or Ceph storage clusters.

    9 – Accessing storage devices resiliently

    • Configure resilient access to storage devices that have multiple access paths.

    10 – Configuring LVM in clusters

    • Select, configure, and manage the correct LVM configuration for use in your cluster.

    11 – Providing storage with the GFS2 cluster file system

    • Use the GFS2 cluster file system to simultaneously pProvide tightly coupled shared storage that can be accessed by multiple nodes.

    12 – Eliminating single points of failure

    • Identify and eliminate single points of failure in your cluster to decrease risk and increase average service availability.

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