Are you an application developer struggling with multi-node clusters?
If you said yes, then this is the place you were destined to reach because P2L is offering the perfect course for you!
Linux Foundation: Kubernetes for App Developers
This three-day course will teach you how to containerize, host, deploy and configure a multi-node cluster application. It also prepares you for the Certified Kubernetes Application Developer (CKAD) exam. Therefore, this course serves as a valuable asset as it greatly increases the student’s chances of becoming a certified developer.
Key Topics Covered in Kubernetes for App Developers
This course’s learning objectives are vendor and distribution agnostic. As a result, you will have more leeway as well as the opportunity to apply your newly acquired skills to a broader range of situations.
The main topics include:
ConfigMaps, Secrets, and SecurityContexts which is used to configure the deployment.
Recognize multi-container pod design
Set up probes for pod health monitoring
Application updating and rollbacks
Services and Network Policies should be implemented
For state persistence, using PersistentVolumeClaims
Create a new Python script in a container and deploy it.
Why choose Kubernetes?
Kubernetes adoption is skyrocketing, as it is one of the fastest-growing open-source projects in history. The Cloud Native Computing Foundation is dedicated to growing the community of Kubernetes-aware application developers, allowing the technology to continue to grow across a wide range of organizations.
Why do developers prefer Kubernetes?
Some of the key reasons why a developer might be interested in learning about Kubernetes are as follows:
It has a strong community, so you can easily get help and answers when you need them.
Provides rapid development skills by allowing you to deploy and update your applications more quickly and at scale to the market, thanks to features like the Maintenance window and exclusion.
Acts as excellent support for microservice applications.
In Kubernetes, zero-downtime deployments, fault tolerance, high availability, scaling, scheduling, and self-healing add significant value.
Excellent platform for multi-cloud adoption.