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Manage and Secure Distributed Services with GKE Managed Service Mesh

This is a self-paced lab that takes place in the Google Cloud console. Learn how to run distributed services on multiple Google Kubernetes Engine (GKE) clusters in Google Cloud using Multi Cluster Ingress and GKE Service Mesh

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What's inside

Syllabus

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what should give you pause

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Uses Google Kubernetes Engine (GKE) and GKE Service Mesh, which are essential tools for managing and securing distributed services in Google Cloud

Presented by Google Cloud, which is recognized for its innovative cloud solutions and contributions to the Kubernetes ecosystem

Employs Multi Cluster Ingress, which is a key technology for managing traffic across multiple Kubernetes clusters in a distributed environment

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Reviews summary

Manage gke distributed services with labs

According to learners, this course offers a comprehensive hands-on approach to managing and securing distributed services on GKE using Service Mesh and Multi Cluster Ingress. Many highlight the well-structured and useful labs as the course's main strength, providing step-by-step instructions and practical application highly relevant to real-world work. While widely praised for its practical nature, some learners felt the course assumes some prior knowledge of Kubernetes and GKE, and a few mentioned that theoretical explanations felt rushed or could benefit from more depth, especially for those new to service mesh concepts like Istio. Overall, it's considered a solid learning experience for GKE ops/devs.

Labs are guided step-by-step effectively.

"The labs are well-structured and guide you step-by-step..."

"This lab provides clear, step-by-step instructions for setting up and managing distributed services..."

"The steps are mostly clear..."

Applicable to real-world challenges.

"I particularly appreciated the focus on practical application."

"...very relevant for anyone working with GKE."

"It directly addresses real-world challenges in managing distributed services on GKE. The configurations covered are directly applicable."

"Relevant content."

"Directly applicable to my work."

Provides valuable practical experience.

"This course provides a comprehensive hands-on approach..."

"The labs are well-structured and guide you step-by-step through complex configurations."

"Excellent hands-on lab. Walked through setting up service mesh and ingress across clusters smoothly."

"The labs are the strength of this course. They allow you to get practical experience with GKE Service Mesh..."

"Really enjoyed the practical nature of this lab. Setting up and managing distributed services... through hands-on tasks was highly effective."

Could use more depth on underlying concepts.

"Some theoretical explanations felt a bit rushed, but the hands-on part compensates for it."

"Some background theory on service meshes would enhance the course."

May require familiarity with GKE/Service Mesh.

"...sometimes the instructions could be a bit clearer or more detailed, especially for those new to Istio concepts."

"...I felt some steps were missing explanations or assumed prior knowledge. As someone relatively new to service meshes, I struggled a bit."

"Might be better for those already familiar with Istio."

"It assumes some familiarity with Kubernetes and GKE, which is fair."

"...a bit more context on *why* certain configurations are done would be helpful."

Activities

Be better prepared before your course. Deepen your understanding during and after it. Supplement your coursework and achieve mastery of the topics covered in Manage and Secure Distributed Services with GKE Managed Service Mesh with these activities:

Review Kubernetes Fundamentals

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Reviewing Kubernetes fundamentals will ensure a solid understanding of the underlying platform upon which GKE Service Mesh is built.

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Review Kubernetes documentation on core concepts.
Practice deploying simple applications to a Kubernetes cluster.

Brush up on Istio Service Mesh Concepts

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Familiarizing yourself with Istio concepts will provide a strong foundation for understanding GKE Service Mesh, which is based on Istio.

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Read the official Istio documentation on key features.
Explore Istio tutorials and examples.

Istio in Action

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Reading Istio in Action will provide a deeper understanding of the service mesh concepts used in GKE.

View Putting Knowledge to Work on Amazon

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Read the chapters relevant to traffic management and security.
Experiment with the examples provided in the book.

Four other activities

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Follow Google Cloud's GKE Tutorials

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Following tutorials on GKE will help you better understand the platform and how to deploy and manage applications on it.

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Complete the GKE quickstart guide.
Explore tutorials on deploying different types of applications.

Deploy a Sample Microservices Application with GKE Service Mesh

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Deploying a sample application will allow you to apply the concepts learned in the course and gain hands-on experience with GKE Service Mesh.

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Find a sample microservices application (e.g., from Google Cloud samples).
Configure the application to use GKE Service Mesh.
Deploy the application to your GKE cluster.
Test the application and verify that the service mesh is working correctly.

Document Your GKE Service Mesh Deployment

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Documenting your deployment will help you solidify your understanding of the concepts and provide a valuable reference for future use.

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Describe the architecture of your application and how it uses GKE Service Mesh.
Document the configuration steps you took to deploy the application.
Include diagrams and screenshots to illustrate your documentation.

Contribute to Istio or Kubernetes Documentation

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Contributing to open source projects will deepen your understanding of the underlying technologies and allow you to give back to the community.

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Identify an area of the Istio or Kubernetes documentation that needs improvement.
Submit a pull request with your changes.

Career center

Learners who complete Manage and Secure Distributed Services with GKE Managed Service Mesh will develop knowledge and skills that may be useful to these careers:

Kubernetes Administrator

Kubernetes Administrators specialize in managing Kubernetes clusters and the applications deployed on them. This course helps those in this role understand how to manage distributed services on Google Kubernetes Engine. The focus on Multi Cluster Ingress and GKE Service Mesh, technologies specific to Kubernetes, will bring administrators up to speed on modern practices. A Kubernetes Administrator must be able to configure and monitor the network layer to ensure reliability and security. This course provides hands-on practice with that.

See salaries and explore the career path for Kubernetes Administrator

Cloud Solutions Architect

A Cloud Solutions Architect designs and implements cloud infrastructure, often focusing on distributed systems and networking. This course helps build a foundation for understanding how to manage and secure distributed services on Google Kubernetes Engine, which is crucial for creating robust cloud architectures. The course's focus on Multi Cluster Ingress and GKE Service Mesh directly aligns with the technical expertise needed for this job. A Cloud Solutions Architect needs to understand how to deploy and manage these technologies. This course provides hands-on experience in configuring distributed services across multiple clusters, and that is an essential skill for this role.

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Cloud Network Engineer

Cloud Network Engineers design and maintain the network infrastructure within cloud environments. This course helps build a foundation for understanding how to implement and control networking in Google Cloud, specially when working with distributed services. The course covers Multi Cluster Ingress and GKE Service Mesh, which are core components for networking in Kubernetes environments. This gives you the practical experience needed to configure, secure, and manage the connections between various services. A Cloud Network Engineer must ensure optimal performance, security, and reliability of the cloud network architecture. The course content may help achieve these goals.

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Platform Engineer

Platform Engineers build and maintain the infrastructure and tools used by software development teams. This course may be useful because it focuses on how to manage distributed services on Google Kubernetes Engine. The course's focus on Multi Cluster Ingress and GKE Service Mesh gives a Platform Engineer the skills necessary to create scalable and reliable deployments. This role is deeply technical and focuses on the creation and maintenance of platforms that others will use to deploy large scale applications. The course may be a good fit for those in this role.

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DevOps Engineer

DevOps Engineers are responsible for automating and streamlining the software development lifecycle, including deployment and infrastructure management. This course may be useful as it dives into managing distributed services on Google Kubernetes Engine. The practical experience gained through the hands-on labs will help a DevOps Engineer understand how to configure and maintain the network layer for distributed systems. Understanding Multi Cluster Ingress and GKE Service Mesh helps a DevOps engineer create scalable and resilient applications. Those in this role often focus on creating systems for continuous integration and delivery.

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Site Reliability Engineer

Site Reliability Engineers focus on ensuring the reliability and availability of software systems. This course may be useful in understanding the networking and management aspects of distributed services, especially within Google Kubernetes Engine. The course's practical labs involving Multi Cluster Ingress and GKE Service Mesh will help an SRE deploy and monitor cloud applications effectively. An SRE needs hands-on experience to trouble shoot and to optimize the performance of distributed applications. This course provides skills that align with that expectation.

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Cloud Security Engineer

A Cloud Security Engineer is responsible for implementing security measures in cloud environments. This course may help such a professional understand how to secure distributed services on Google Kubernetes Engine using GKE Service Mesh. The course gives hands-on experience using this tool, which is designed for securing network traffic. A Cloud Security Engineer needs practical skills to protect data and prevent unauthorized access to cloud resources. By focusing on service mesh technologies, this course will help build skills toward that goal.

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System Administrator

System Administrators manage and maintain computer systems, including cloud-based infrastructure. This course helps someone in this role understand how to manage distributed services on Google Kubernetes Engine. The course content focuses on Multi Cluster Ingress and GKE Service Mesh tools. A system administrator needs skills in deploying, configuring, and monitoring cloud services. This course helps with the more modern aspects of this role.

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Cloud Consultant

Cloud Consultants advise businesses on how to best use cloud technologies, and this would include infrastructure and management. This course helps a Cloud Consultant understand how to manage and secure distributed services on Google Kubernetes Engine. By covering Multi Cluster Ingress and GKE Service Mesh, the course may help you discuss how to implement complex cloud solutions. A Cloud Consultant must be able to make recommendations to clients regarding the best practices for cloud services. This course may help those in this role.

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Network Administrator

A Network Administrator manages and maintains computer networks, and this includes those deployed in the cloud. This course may help a network administrator because it includes topics on how to manage distributed services on Google Kubernetes Engine. The course's modules on Multi Cluster Ingress and GKE Service Mesh are relevant to network performance and reliability. Network Administrators can benefit by learning how to deploy services across multiple clusters. This course may be helpful to those in this role.

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Cloud Support Specialist

Cloud Support Specialists provide technical support to users of cloud services. This course helps a Cloud Support Specialist understand the management of distributed services on Google Kubernetes Engine. The course explores the use of Multi Cluster Ingress and GKE Service Mesh, which may be useful when troubleshooting and diagnosing issues. A Cloud Support Specialist needs a practical understanding of cloud technologies. This course provides that. This course may be helpful to those in this role.

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Solutions Engineer

Solutions Engineers work with clients to design and implement solutions using cloud technologies. This course helps a Solutions Engineer learn about the management of distributed services on Google Kubernetes Engine. The course focuses on technologies, such as Multi Cluster Ingress and GKE Service Mesh, which are relevant to modern deployments. A Solutions Engineer needs to have a technical command of cloud technologies. This course directly correlates with those skills, and therefore may be useful. Those in this role must translate technical jargon into practical client-facing recommendations.

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Software Architect

Software Architects design high-level structures for software systems, often involving distributed components. This course may help a Software Architect understand the management and security implications of deploying distributed services on Google Kubernetes Engine. The course’s focus on Multi Cluster Ingress and GKE Service Mesh provides insights into how to configure and secure communication between various services. A Software Architect needs to design solutions that are scalable and resilient, and this course explores some of the technologies that might be used toward that end. This course may be helpful to those in this role.

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Technical Trainer

Technical Trainers design and deliver training programs on various technical topics. This course helps a Technical Trainer understand the practical implementation of managing and securing distributed services on Google Kubernetes Engine. By gaining hands-on experience with Multi Cluster Ingress and GKE Service Mesh, a trainer can better explain these complex concepts. A Technical Trainer must be able to present information in a clear and engaging manner. This course provides the background to do so. This course may be helpful to those in this role.

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Technical Project Manager

A Technical Project Manager oversees technical projects from start to finish, which may include cloud infrastructure deployments. This course helps a project manager understand how to manage distributed services on Google Kubernetes Engine. Specifically, the course focuses on Multi Cluster Ingress and GKE Service Mesh, which may give someone context for understanding the scope of work and risks involved when deploying modern distributed systems. Although not a hands-on role, understanding these technologies may help with the planning and allocation of resources. This course may be helpful to those in this role.

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Reading list

We've selected one books that we think will supplement your learning. Use these to develop background knowledge, enrich your coursework, and gain a deeper understanding of the topics covered in Manage and Secure Distributed Services with GKE Managed Service Mesh.

Putting Knowledge to Work

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Istio in Action provides a comprehensive guide to using Istio service mesh. It covers topics such as traffic management, security, and observability. is particularly useful for understanding the underlying concepts of GKE Service Mesh, as GKE Service Mesh is built on Istio. It serves as a valuable reference for those looking to deepen their knowledge of service mesh technologies.

Putting Knowledge to Work

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Putting Knowledge to Work

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