Kubernetes Kerala

Getting started with the Cloud Native Computing Foundation (CNCF) community is an exciting journey into the heart of the modern tech landscape. CNCF is a thriving open-source organization that plays a pivotal role in advancing cloud-native technologies and fostering collaboration among industry professionals, developers, and enthusiasts. To embark on this adventure, you don't need to be an expert; all you need is a passion for cloud-native technologies and a willingness to learn and engage.

The first step in joining the CNCF community is to explore their extensive ecosystem of projects, such as Kubernetes, Prometheus, and Envoy, to name just a few. Whether you're a developer, an operator, or an end-user, there's a place for you to contribute and learn from others. The CNCF offers various channels for engagement, from participating in SIGs (Special Interest Groups) and working groups to attending events and webinars. Additionally, contributing to CNCF projects, documentation, or sharing your experiences on their mailing lists and social media platforms is encouraged. By getting started with the CNCF community, you'll find yourself at the forefront of cloud-native innovation and have the opportunity to connect with like-minded individuals who share your passion for shaping the future of computing

#CNCF #CloudNative #OpenSource #Kubernetes #Prometheus
#Envoy #CommunityEngagement #TechEnthusiast #CloudNativeTechnologies #SIGs
#WorkingGroups #Collaboration #CNCFProjects #GettingStarted #TechCommunity
#Innovation #DeveloperLife #CloudComputing #Webinars #OpenSourceDevelopment

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#kubernetes #kubernetesfullcourse #meetup #kerala #chaos #litmusChaos #chaosengineering #cncf #cloudnative

Kubernetes and OpenShift are related but distinct container orchestration platforms, and understanding their differences is important for choosing the right tool for your needs.Kubernetes:

Open Source Platform: Kubernetes is an open-source container orchestration platform developed by Google and later donated to the Cloud Native Computing Foundation (CNCF). It has a large and active community, making it a popular choice for container management.

Flexibility: Kubernetes is known for its flexibility and extensibility. It provides a set of primitives for deploying, managing, and scaling containerized applications, allowing users to build custom solutions on top of it.

Ecosystem: Kubernetes has a vast ecosystem of tools, extensions, and integrations, including Helm for package management and various monitoring and logging solutions.

Community Support: Due to its widespread adoption, Kubernetes has a robust community that continually contributes to its development and provides support through forums, documentation, and tutorials.

Multi-Cloud and On-Premises: Kubernetes is cloud-agnostic and can be used on various cloud providers, on-premises data centers, or even bare-metal servers.

OpenShift:

Enterprise Kubernetes: OpenShift is a Kubernetes-based container platform developed by Red Hat. It builds on top of Kubernetes, adding additional features and tools specifically designed for enterprise use.

Developer-Focused: OpenShift places a strong emphasis on developer productivity. It provides developer-friendly features like Source-to-Image (S2I) builds and an integrated CI/CD pipeline.

Security and Compliance: OpenShift includes robust security and compliance features, making it a preferred choice for organizations with strict security requirements. It includes features like role-based access control (RBAC) and security policies.

Integrated Services: OpenShift offers integrated services like an internal container registry, monitoring, logging, and networking solutions, which simplifies the management of containerized applications.

Commercial Support: Red Hat provides commercial support for OpenShift, which can be appealing to organizations that require dedicated support and SLAs.

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#kubernetes #kubernetesfullcourse #meetup #kerala #chaos #litmusChaos #chaosengineering #cncf #cloudnative


Chaos engineering has come a long way from its early days. Its importance is no longer questioned in the community but as it has gone mainstream, teams quickly learn that adoption is not a given. As the vast mass of legacy applications move to the Kubernetes-Native approach, an important problem arises, testing the right application the right way. This talk discusses the motivations and advantages of Chaos Engineering and the various types of chaos engineering scenarios. Further, we will see a very brief demo on how you can validate the resiliency of your Kubernetes applications using LitmusChaos. The presentation will focus on validating the resiliency of Kubernetes applications with Chaos Engineering and how enterprises of all sizes can develop more resilient applications for their users. Further, it gives a birdseye view of the LitmusChaos framework, a CNCF incubating project, and how it can be used for validating the resiliency of Kubernetes and even non-Kubernetes targets in a simple and declarative manner

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#kubernetes #kubernetesfullcourse #meetup #kerala #chaos #litmusChaos #chaosengineering #cncf #cloudnative


Chaos engineering has come a long way from its early days. Its importance is no longer questioned in the community but as it has gone mainstream, teams quickly learn that adoption is not a given. As the vast mass of legacy applications move to the Kubernetes-Native approach, an important problem arises, testing the right application the right way. This talk discusses the motivations and advantages of Chaos Engineering and the various types of chaos engineering scenarios. Further, we will see a very brief demo on how you can validate the resiliency of your Kubernetes applications using LitmusChaos. The presentation will focus on validating the resiliency of Kubernetes applications with Chaos Engineering and how enterprises of all sizes can develop more resilient applications for their users. Further, it gives a birdseye view of the LitmusChaos framework, a CNCF incubating project, and how it can be used for validating the resiliency of Kubernetes and even non-Kubernetes targets in a simple and declarative manner

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#kubernetes #kubernetesfullcourse #meetup #kerala #chaos #litmusChaos #chaosengineering #cncf #cloudnative


Chaos engineering has come a long way from its early days. Its importance is no longer questioned in the community but as it has gone mainstream, teams quickly learn that adoption is not a given. As the vast mass of legacy applications move to the Kubernetes-Native approach, an important problem arises, testing the right application the right way. This talk discusses the motivations and advantages of Chaos Engineering and the various types of chaos engineering scenarios. Further, we will see a very brief demo on how you can validate the resiliency of your Kubernetes applications using LitmusChaos. The presentation will focus on validating the resiliency of Kubernetes applications with Chaos Engineering and how enterprises of all sizes can develop more resilient applications for their users. Further, it gives a birdseye view of the LitmusChaos framework, a CNCF incubating project, and how it can be used for validating the resiliency of Kubernetes and even non-Kubernetes targets in a simple and declarative manner

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#kubernetes #kubernetesfullcourse #meetup #kerala #homelab #cncf #cloudnative

Exposing your K8s HomeLab Services Publicly : Challenges and Solutions

This is intended to be a brief overview of how you can expose your HomeLab service in a local k8s cluster to the wider internet in a (relatively) secure manner. We will go over some of the challenges in exposing services publicly from a home lab such as CG-NAT, Port Forwarding, VPN and security issues. As solutions, we will cover P2P VPN solutions, Overlay Networks and Cloudflare Tunneling.

The hopeful outcome is that the audience gains a top-level understanding of how they can self-host services in their homes and expose them via HTTPS if necessary.

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