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The course introduces the challenges of distributed systems, strategies for overcoming these challenges, and the architecture of service networks. It also covers key concepts such as data plane vs. control plane and the evolution of ingress.
After completing this course, you will be able to implement and manage microservice architectures and distributed systems.
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Course Contents
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- Course Introduction
- Cloud Native Apps
- Resilience for Distributed Systems
- Service Mesh Data Planes and Control Planes
- Service Mesh Fundamentals
- Service Mesh Standards
- Using Service Mesh to Debug and Mitigate App Failures
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Target Group
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This course is aimed at DevOps engineers, site reliability engineers and platform engineers implementing microservice architectures.
Experience Level: Intermediate
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Knowledge Prerequisites
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To get the most out of this course, you should meet the following requirements:
- Experience with Kubernetes and Docker
- Familiarity with command line tools
- Experience with Linux systems
Lab Info
To successfully complete the lab exercises in this course, you will need access to a Linux server or a Linux desktop/laptop. You will also need access to a public cloud provider or VirtualBox on your computer. Detailed instructions for setting up your lab environment can be found in the course.
If you are using a cloud provider such as GCP or AWS, you should be able to complete the lab exercises using the free tier or credits provided to you. However, charges may apply if you exceed the original credit allotted by the cloud provider or if the cloud provider's terms change.
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Linux Foundation E-Learning
- Die Linux Foundation E-Learnings sind Online-Kurse zum Selbststudium, die über einen Webbrowser aufgerufen werden können. Das Angebot umfasst eine große Anzahl an Videos, ergänzt durch spezielle Übungen. Zustätzlich sind die Inhalte auch in textlicher Form enthalten. Der Zugang ist für zwölf Monate gültig. Sie benötigen einen aktuellen Browser, Internet-Zugang und bei Laborübungen ggf. eine zusätzliche Konfiguration.
-
The course introduces the challenges of distributed systems, strategies for overcoming these challenges, and the architecture of service networks. It also covers key concepts such as data plane vs. control plane and the evolution of ingress.
After completing this course, you will be able to implement and manage microservice architectures and distributed systems.
-
Course Contents
-
- Course Introduction
- Cloud Native Apps
- Resilience for Distributed Systems
- Service Mesh Data Planes and Control Planes
- Service Mesh Fundamentals
- Service Mesh Standards
- Using Service Mesh to Debug and Mitigate App Failures
-
Target Group
-
This course is aimed at DevOps engineers, site reliability engineers and platform engineers implementing microservice architectures.
Experience Level: Intermediate
-
Knowledge Prerequisites
-
To get the most out of this course, you should meet the following requirements:
- Experience with Kubernetes and Docker
- Familiarity with command line tools
- Experience with Linux systems
Lab Info
To successfully complete the lab exercises in this course, you will need access to a Linux server or a Linux desktop/laptop. You will also need access to a public cloud provider or VirtualBox on your computer. Detailed instructions for setting up your lab environment can be found in the course.
If you are using a cloud provider such as GCP or AWS, you should be able to complete the lab exercises using the free tier or credits provided to you. However, charges may apply if you exceed the original credit allotted by the cloud provider or if the cloud provider's terms change.
-
Linux Foundation E-Learning
- Die Linux Foundation E-Learnings sind Online-Kurse zum Selbststudium, die über einen Webbrowser aufgerufen werden können. Das Angebot umfasst eine große Anzahl an Videos, ergänzt durch spezielle Übungen. Zustätzlich sind die Inhalte auch in textlicher Form enthalten. Der Zugang ist für zwölf Monate gültig. Sie benötigen einen aktuellen Browser, Internet-Zugang und bei Laborübungen ggf. eine zusätzliche Konfiguration.
