Global azurebootcamp2019vancouver aks_presentation_by_ashprasad_arjavprasad

This document provides an overview of OpenStack Block Storage (Cinder) and how it addresses challenges of scaling virtual environments. It discusses how virtualization led to cloud computing with goals of abstraction, automation, and scale. OpenStack was created as open source software to build and manage clouds with common APIs. Cinder provides block storage volumes to OpenStack instances, managing creation and attachment. SolidFire's storage system offers comprehensive Cinder support with guaranteed performance, high availability, and scale for production use.

This document discusses innovations in storage infrastructure for multi-tenant cloud environments. It describes how virtualization led to challenges around networking, management complexity and storage performance degradation when scaling. OpenStack was created to provide AWS-like functionality outside of AWS through common interfaces and abstraction of resources like storage, networking and virtual machines. Cinder and Swift are introduced as OpenStack's block storage and object storage services. Cinder provides block storage volumes for virtual machines through a plug-in architecture that supports various backends. SolidFire is highlighted as a scale-out block storage system designed for OpenStack that eliminates noisy neighbors through fine-grained quality of service controls and other features.

KubeCarrier is an open source platform that allows managing applications and services across multiple Kubernetes clusters with minimal effort. It functions as an "operator of operators" by discovering custom resources from operators running in service clusters and making them available for users in a centralized service hub. This allows application operators to run in service clusters while KubeCarrier propagates the custom resources from the service hub to drive the operators across clusters. It provides a multi-tenant environment with support for multiple service providers and consumers.

Running day-1 Ops on your Kubernetes is somewhat easy, but it is quite daunting to manage day two challenges. Learn about AKS best practices for your cloud-native applications so that you can avoid blow up your workloads.

Brandon Chavis, Solutions Architect at AWS, shares why CoreOS Tectonic works so well with AWS. 12/12/16

Getty Images uses RightScale to broker cloud services across multiple public and private clouds. RightScale provides Getty Images with self-service access to cloud resources, orchestration of complete cloud systems, and management of existing cloud instances. RightScale has helped Getty Images increase innovation by providing templates that meet standards, automating deployments and operations, and integrating with their IT service management tools. RightScale is used across Getty Images' AWS, OpenStack private cloud, and growing Docker workloads.

This document discusses storage requirements for running Spark workloads on Kubernetes. It recommends using a distributed file system like HDFS or DBFS for distributed storage and emptyDir or NFS for local temp scratch space. Logs can be stored in emptyDir or pushed to object storage. Features that would improve Spark on Kubernetes include image volumes, flexible PV to PVC mappings, encrypted volumes, and clean deletion for compliance. The document provides an overview of Spark, Kubernetes benefits, and typical Spark deployments.

From NOVA Cloud and Software Engineering Group meetup, Feb. 17, 2021 https://youtu.be/a5uPm1mPLKQ. Hardening a Kubernetes cluster happens at different levels. We have to examine the nodes where Kubernetes is running. We want to secure the Kubernetes objects and workloads and review the files we used to create them. And we need to look for vulnerabilities in the containers we are using. Gene will show you some open-source tools that can find issues and vulnerabilities at each layer. All of them can be used in a pipeline to build your Kubernetes cluster safely and keep it secure. Gene Gotimer is the meetup organizer and a DevSecOps Senior Engineer at Steampunk, focusing on agile processes, secure development practices, and automation. Gene feels strongly that repeatability, quality, and security are all strongly intertwined; each depends on the other two, making agile and DevSecOps that much more crucial to software development.

Thinkbox Software's Deadline software allows for rendering at cloud scale. It provides a reliable and customizable render management system that can integrate with various pipeline tools and cloud providers. Deadline's components include a repository, database, and client applications. It supports on-premise and cloud rendering, with features like a balancer for launching cloud VM instances on demand. Deadline also offers tools for usage-based licensing and automated asset transfer between local and cloud systems.

Watch this recording here: https://youtu.be/U2n3oYuIIfc Amazon EKS Anywhere is an open-source tool which helps you create and manage Kubernetes clusters on-premises. EKS Anywhere allows you to manage your Kubernetes clusters in a scalable and declarative manner with the help of GitOps, powered under-the-hood with CNCF Flux. In this session, Dan will share how EKS Anywhere integrates with Flux and uses GitOps workflows to manage the cluster lifecycle. Resources: AWS EKS Anywhere on GitHub: https://github.com/aws/eks-anywhere AWS EKS Anywhere: https://aws.amazon.com/eks/eks-anywhere/ AWS EKS Anywhere docs site: https://anywhere.eks.amazonaws.com/ AWS EKS Anywhere: Managing a Cluster with GitOps: https://anywhere.eks.amazonaws.com/docs/tasks/cluster/cluster-flux/ Speaker Bio: Dan is a Software Engineer on the AWS EKS Anywhere team, working on tools to help developers easily build and manage Kubernetes clusters on premises. In the past, Dan has worked as a System Administrator, DevOps Engineer, SRE, gardener, cook and professional door-knocker. When he’s not helping to build EKS Anywhere you can find him weeding the garden or in the kitchen working his way through another cookbook.

The document discusses Azure Kubernetes Services (AKS) and Visual Studio Connected Environments (VSCE). It provides an overview of AKS and how to create an AKS cluster. It then discusses the current CI/CD process and how VSCE can improve the developer experience by allowing developers to run and debug code directly in an AKS cluster. It outlines the main VSCE commands and provides an example end-to-end scenario of using VSCE to debug code in a Kubernetes cluster directly from Visual Studio Code.

From a skunk-works project to running the entire enterprise While developers see and realize the benefits of Kubernetes, how it improves efficiencies, saves time, and enables focus on the unique business requirements of each project; InfoSec, infrastructure, and software operations teams still face challenges when managing a new set of tools and technologies, and integrating them into an existing enterprise infrastructure. In this meetup, Chris, CTO at Tigera, and Oleg, CTO at Kublr, discussed the evolution of your Kubernetes cluster - from a skunk-works project to running the entire enterprise.

This document summarizes Kubernetes and containers in Azure. It discusses Azure services that support containers like Azure Container Instances (ACI), Azure Container Registry, and Azure Container Service. It focuses on Azure Kubernetes Service (AKS) which provides a managed Kubernetes control plane. The agenda includes a demo of deploying a multi-container app to an AKS cluster. It provides commands for creating, getting credentials for, browsing, scaling, and upgrading an AKS cluster. Recommended tools and resources are also listed.

The slide deck for the talk "Getting sh*t done with Azure Functions (on AKS!) we held at Techorama NL 2019/

By, Sajith Ainikkal In this brief talk I will touch up on how Pivotal & CloudFoundry Foundation driving a Cloud Agnostic Platform based approach towards building modern cloud native applications without worrying about the hassles of 'Day 2' issues of managing VM and Container clusters and its adoption across enterprise segments. I will also talk about few of the latest stuff in the market including the developments in BOSH, Open Service Broker APIs initiative and OCI (Open Container Initiative). Today Cloud Foundry Garden and Docker are two implementations of OCI and Garden containers can run a Cloud Foundry / Docker /Windows container image.

Aaron Carey from ILM London discusses experimenting with moving their VFX pipeline to the cloud. Some benefits include reducing capital expenditure and overhead costs, increasing flexibility, and giving developers more control. Technical hurdles to address include latency, syncing large amounts of storage between sites, and tracking flexible cloud costs. They plan to do large-scale testing of rendering and workstation applications in the cloud using containers and Amazon S3 storage.

This document outlines a presentation on Azure Kubernetes Services (AKS) and the steps to set up a development environment and deploy applications to AKS. It includes enabling Windows features for containers and the Windows Subsystem for Linux (WSL), installing client tools like Docker, Helm, Azure CLI and Visual Studio Code, creating an AKS cluster with Azure CLI commands, and deploying applications from source code to Kubernetes using Helm. It also discusses integrating AKS with other Azure services and includes demo use cases and relevant links.

Customers from over all over the world streamed forty-two billion hours of Netflix content last year. Various Netflix batch jobs and an increasing number of service applications use containers for their processing. In this session, Netflix presents a deep dive on the motivations and the technology powering container deployment on top of Amazon Web Services. The session covers our approach to resource management and scheduling with the open source Fenzo library, along with details of how we integrate Docker and Netflix container scheduling running on AWS. We cover the approach we have taken to deliver AWS platform features to containers such as IAM roles, VPCs, security groups, metadata proxies, and user data. We want to take advantage of native AWS container resource management using Amazon ECS to reduce operational responsibilities. We are delivering these integrations in collaboration with the Amazon ECS engineering team. The session also shares some of the results so far, and lessons learned throughout our implementation and operations.

Moby is an open source project providing a "LEGO set" of dozens of components, the framework to assemble them into specialized container-based systems, and a place for all container enthusiasts to experiment and exchange ideas. One of these assemblies is Docker CE, an open source product that lets you build, ship, and run containers. This talk will explain how you can leverage the Moby project to assemble your own specialized container-based system, whether for IoT, cloud or bare metal scenarios. We will cover Moby itself, the framework, and tooling around the project, as well as many of it’s components: LinuxKit, InfraKit, containerd, SwarmKit, Notary. Then we will present a few use cases and demos of how different companies have leveraged Moby and some of the Moby components to create their own container-based systems. Video at https://www.youtube.com/watch?v=kDp22YkD6WY

This document provides an overview of cloud native concepts including: - Cloud native is defined as applications optimized for modern distributed systems capable of scaling to thousands of nodes. - The pillars of cloud native include devops, continuous delivery, microservices, and containers. - Common use cases for cloud native include development, operations, legacy application refactoring, migration to cloud, and building new microservice applications. - While cloud native adoption is growing, challenges include complexity, cultural changes, lack of training, security concerns, and monitoring difficulties.

This document summarizes a presentation about Netflix's use of containers and the Titus container management platform. It discusses: 1. Why Netflix uses containers to increase innovation velocity for tasks like media encoding and software development. Containers allow for faster iteration and simpler deployment. 2. How Titus was developed to manage containers at Netflix's scale of over 100,000 VMs and 500+ microservices, since existing solutions were not suitable. Titus integrates with AWS for resources like VPC networking and EC2 instances. 3. How Titus supports both batch jobs and long-running services, with challenges like networking, autoscaling, and upgrades that services introduce beyond batch. Collaboration with Amazon on ECS

This document discusses running MySQL on Kubernetes with Percona Kubernetes Operators. It provides an introduction to cloud native applications and Kubernetes. It then discusses the benefits and challenges of running MySQL on Kubernetes compared to database-as-a-service options. It introduces Percona Kubernetes Operators for MySQL, which help manage and configure MySQL deployments on Kubernetes. Finally, it discusses how to deploy MySQL with the Percona Kubernetes Operators, including prerequisites, connectivity, architecture, high availability, and monitoring.

This document provides an overview of Kubernetes and Rancher. It discusses that Kubernetes is an open-source platform for automating deployment, scaling, and management of containerized applications. It is developed by Google and has a large ecosystem. The document then summarizes Rancher, stating that it is an enterprise container management platform that makes it easy to deploy, manage and secure any Kubernetes deployment. Rancher supports over 5,000 organizations and provides centralized policy, security and workload management across multiple Kubernetes clusters.

Presentació a càrrec de Raúl Sánchez (Rancher Labs) duta a terme a l'OpenNebula TechDay celebrat al CSUC el 8 de maig de 2019.