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Drive Team Excellence with Serverless on Kubernetes Fundamentals Corporate Training

This corporate training course is designed for development teams and IT professionals looking to explore serverless architecture…

This corporate training course is designed for development teams and IT professionals looking to explore serverless architecture and its integration with Kubernetes. Participants will learn how to build, deploy, and manage serverless applications on Kubernetes, reducing the complexity of managing infrastructure while gaining the flexibility of containerized environments. The course covers the essential concepts of Kubernetes, serverless frameworks, and how to create scalable, cost-effective applications.

By the end of this course, participants will understand the benefits of serverless computing, how to implement it on Kubernetes, and how to manage and optimize serverless workloads for enhanced team productivity.

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What Will You Learn?

  • ✔ Understand serverless computing and its benefits in the context of Kubernetes.
  • ✔ Learn how Kubernetes orchestrates serverless applications and services.
  • ✔ Gain hands-on experience in deploying serverless applications using Knative or other serverless frameworks.
  • ✔ Master scaling, monitoring, and managing serverless workloads on Kubernetes.
  • ✔ Learn to integrate serverless solutions with CI/CD pipelines and existing Kubernetes ecosystems.
  • ✔ Explore best practices for developing, testing, and deploying serverless applications in a Kubernetes environment.

Course Curriculum

Introduction and Serverless Fundamentals
1.How serverless development works *Core concepts and functionality *Event-driven architecture *Stateless function execution 2.Requisites to a serverless approach *Key requirements and prerequisites *Understanding serverless service providers *Best practices for serverless application design 3.Overview of CNCF ecosystem and serverless environments *Understanding the CNCF landscape *Key components of the CNCF ecosystem How CNCF supports serverless environments

Serverless Frameworks and Kubernetes Integration
1.Serverless container as a service vs. Serverless function as a service *Differences and use cases *Deployment models and scenarios *Performance considerations 2.Getting started with serverless on Kubernetes *Initial setup and configuration *Installing Kubernetes and necessary tools *Setting up a local development environment 3.Choosing the right serverless framework for Kubernetes *Comparing Fission, Kubeless, and Knative *Criteria for selecting a framework *Integration with existing Kubernetes clusters 4.Knative vs. OpenFaaS *Feature comparison and selection criteria *Detailed comparison of capabilities *Scalability and extensibility 5.Overview of additional FaaS providers for serverless frameworks *Exploring other options *Compatibility with Kubernetes *Key features and differences

OpenFaaS Toolchain and Serverless Setup
1.Overview of OpenFaaS toolchain and features *Key tools and capabilities *OpenFaaS architecture *Installing OpenFaaS 2.Why get started with OpenFaaS? *Benefits and advantages *Use cases for OpenFaaS *Community support and resources 3.Tools integration with OpenFaaS *Compatible tools and extensions *Integrating CI/CD pipelines *Monitoring and logging 4.Setting up the Kubernetes system for serverless development *Installation and configuration *Configuring namespaces and permissions *Network setup and security considerations 5.Operating the core serverless framework tools and utilizing the API *Dashboard navigation and CLI usage *Managing functions and deployments *Utilizing the API for automation

Function Implementation and Performance Optimization
1.Overview of FaaS implementations and Kubernetes serverless applications *Cold start vs. Warm start *Understanding function lifecycles *Strategies for reducing cold start latency 2.Creating a Python function in Kubernetes using a serverless framework *Step-by-step function creation *Writing and testing Python code *Deploying the function to Kubernetes 3.Storing code templates and sharing functions in repositories *Versioning and repository management *Best practices for code organization *Sharing and reusing code templates 4.Testing Python functions and optimizing performance metrics *Invocation metrics and performance optimization *Load testing and benchmarking *Identifying and resolving performance bottlenecks 5.Implementing automatic scaling for resource management *Function scaling and response management *Configuring auto-scaling policies *Monitoring and adjusting scaling settings

Advanced Serverless Features and Security
1.Adding dependencies to functions and creating native extensions *Managing dependencies with package managers *Creating and deploying native extensions *Ensuring compatibility and performance 2.Storing Kubernetes secrets in serverless functions *Managing sensitive data *Using Kubernetes secrets *Best practices for security and compliance 3.Leveraging container images and pod definitions *Advanced deployment techniques *Customizing container images *Defining pod specifications 4.Securing Kubernetes serverless functions and building authentication functionalities *Implementing TLS protocol *Building and integrating authentication mechanisms *Ensuring end-to-end security 5.Deploying Python functions with serverless on Kubernetes *CI/CD pipelines and deployment customization *Managing deployments and rollbacks *Customizing component URLs 6.Monitoring function lifecycle and reviewing request logs *Lifecycle management and log analysis *Setting up monitoring tools *Analyzing logs for insights and troubleshooting

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