Event Driven Computing Kubernetes
What is Serverless Architecture in Kubernetes?
Serverless Kubernetes is a deployment framework for container management in the cloud in which you get the benefits of serverless architecture with the fast, reliable performance of Kubernetes.
What is the use of Serverless in Microservices Architecture?
While serverless microservices carry the general advantages of serverless architecture, such as less overhead and improved cost efficiency, their primary benefit is the ease with which you can combine serverless functions and other managed services
What is the maximum memory size for Serverless?
By default, your functions have 128 MB of memory allocated. You can increase that value up to 10 GB.
What is the function of kubeless?
Kubeless allows deploying code without having to worry about infrastructure. Kubeless uses kubernetes resources for auto-scaling, routing, monitoring and troubleshooting.
What is the difference between Kubeless and Knative?
Kubeless builds an image out of code and starts it on Kubernetes. Knative does the same, but uses a more modular approach, enabling different components to plug into and adapt to different deployment scenarios. Knative and Kubeless are both categorized as serverless and task processing tools.
Serverless Kubernetes With Kubeless : Event-Driven Microservices
The concept is the same whether it is referred to as Serverless, Event-driven computing, or Functions As A Service (FaaS) dynamically assigns resources to run distinct functions, or microservices, that are triggered by events. Application developers can concentrate on the application rather than the underlying infrastructure and all of its maintenance aspects thanks to serverless computing platforms.
Although serverless platforms are offered by most cloud providers, you may create your own with just two materials. One is the container orchestration system Kubernetes, which has established itself as a common foundation for developing resilient, componentized systems. The second is any of several systems that Kubernetes uses to create serverless application patterns.
Table of Content
- What is KEDA?
- What is Knative?
- What is Kubeless?
- Kubernetes Components
- How to Install Kubeless in your Kubernetes cluster?
- How to Deploy your first Kubeless function?
- Redesign Autoscaling infrastructure for Event-Driven Applications
- Integrate KEDA with Knative
- Understanding of Kubernetes Custom Metrics
- Best Practices of Kubeless
- Diffference Between Kubernetes, Keda and HPA
- Difference Between Kubernetes and Openshift
- Conclusion
- Event Driven Computing Kubernetes – FAQs