DO329 Building Resilient Microservices with Istio and Red Hat OpenShift Service Mesh with exam Course Overview

DO329 Building Resilient Microservices with Istio and Red Hat OpenShift Service Mesh with exam Course Overview

Control, manage, trace, monitor, and test your microservices with Red Hat OpenShift Service Mesh

Openshift created an enterprise-ready, multi-tenant platform that made deploying and scaling microservice applications efficient and repeatable. But as these architectures become larger and more complex, defining how these services interact with each other becomes increasingly difficult. Red Hat OpenShift Service Mesh comprises three products, Istio, Jaeger, and Kiali that facilitate managing service interaction, provide service tracing, and create a visual representation of communication pathways. This offering is an introduction to Red Hat OpenShift Service Mesh that teaches students installation, service monitoring, service management, and service resilience with Red Hat OpenShift Service Mesh.

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Course Prerequisites

Prerequisites for DO329: Building Resilient Microservices with Istio and Red Hat OpenShift Service Mesh

To successfully undertake the DO329 course, it is recommended that learners have the following minimum knowledge and experience:


  • Basic Understanding of Containers and Kubernetes: Familiarity with containerization concepts and the Kubernetes architecture as they relate to the deployment of applications.
  • Working Experience with Red Hat OpenShift: Experience using OpenShift, or completion of the Red Hat OpenShift I: Containers & Kubernetes (DO180) course is strongly recommended.
  • Familiarity with Microservices Architecture: A general understanding of microservices and their role in application development and deployment.

While prior knowledge of OpenShift administration and development is beneficial, it is not a strict prerequisite. Students with a foundational understanding in the areas mentioned above will be well-prepared to engage with the course content and succeed.


DO329 Building Resilient Microservices with Istio and Red Hat OpenShift Service Mesh with exam

Target Audience for DO329 Building Resilient Microservices with Istio and Red Hat OpenShift Service Mesh with exam

DO329 is a comprehensive course designed to help IT professionals master the management and resilience of microservices using Red Hat OpenShift Service Mesh, including the Istio framework.


Target Audience:


  • Software Engineers
  • DevOps Engineers
  • Site Reliability Engineers (SREs)
  • Cloud Architects
  • Application Developers
  • IT Operations Professionals
  • System Administrators
  • Technical Project Managers
  • Solution Architects
  • Microservices Architects
  • Agile Coaches
  • IT Trainers
  • Technical Support Engineers
  • Developers transitioning to microservices architecture


Learning Objectives - What you will Learn in this DO329 Building Resilient Microservices with Istio and Red Hat OpenShift Service Mesh with exam?

Course Introduction: The DO329 course focuses on building resilient microservices using Istio and Red Hat OpenShift Service Mesh. It covers essential concepts and practical skills for managing, monitoring, and securing microservice applications within an enterprise-ready environment.

Learning Objectives and Outcomes:

  • Describe fundamental concepts of microservice architecture and Red Hat Service Mesh.
  • Deploy Red Hat Service Mesh on OpenShift Container Platform.
  • Utilize Jaeger and Kiali for tracing and visualizing service mesh interactions.
  • Manage and control service traffic with Red Hat Service Mesh.
  • Implement canary and mirroring release strategies for applications.
  • Conduct Chaos Testing to evaluate service resilience.
  • Apply OpenShift Service Mesh strategies to create resilient microservices.
  • Secure and encrypt services within the application using Red Hat OpenShift Service Mesh.
  • Understand the integration of microservices and the importance of monitoring.
  • Gain practical experience in troubleshooting and optimizing service mesh performance.

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