Container in Production : Openshift 구축사례로 이해하는 PaaS. Jongjin Lim Specialist Solution Architect, AppDev

Transcription

1 Container in Production : Openshift 구축사례로 이해하는 PaaS Jongjin Lim Specialist Solution Architect, AppDev jonlim@redhat.com

2 Agenda Why Containers? Solution : Red Hat Openshift Container Platform Enterprise Reference

3 The Problem Applications require complicated collaboration during installation and integration every time they are deployed. Image: Manually Loading Ships 1921

4 What About Virtualization? Cargo holds help, but you still have to load the ship manually

5 What about Configuration Management Alone, it s just, better boxes, bags, barrels, crates and forklifts

6 The solution Containerize Adopting a container strategy will allow applications to be easily shared and deployed.

7 What Are Containers? It Depends on Who You Ask Sys-Admins / Ops Developers Sandboxed application processes on a shared Linux OS kernel Package my application and all of its dependencies Simpler, lighter, and denser than virtual machines Deploy to any environment in seconds and enable CI/CD Portable across different environments Easily access and share containerized components

8 Containers - An Evolution in Application Deployment Enable efficiency and automation for microservices, but also support traditional applications Enable faster and more consistent deployments from Development to Production Enable application portability across 4 infrastructure footprints: Physical, Virtual, Private & Public Cloud

9 What are Linux Containers?

10 Critical features for both Dev and Ops Self-Service Multi-language Automation Collaboration Seamless Standards-based Web-scale Open Source Enterprise Grade Secure

11 Trusted Container OS Enterprise Container Host Container Runtime & Packaging (Docker) Atomic Host Red Hat Enterprise Linux Trusted by Fortune Global 500 companies

12 Enterprise Kubernetes Container Orchestration & Cluster Management (kubernetes) Networking Storage Registry Logs & Metrics Security Infrastructure Automation & Mg Enterprise Container Host Container Runtime & Packaging (Docker) Atomic Host Red Hat Enterprise Linux Cloudforms Red Hat Storage

13 Enterprise Container Platform Self-Service Service Catalog (Language Runtimes, Middleware, Databases) Build Automation Deployment Automation OpenShift Application Lifecycle Management (CI/CD) Container Orchestration & Cluster Management (kubernetes) Networking Storage Registry Logs & Metrics Security Infrastructure Automation & Cockpit Enterprise Container Host Container Runtime & Packaging (Docker) Atomic Host Red Hat Enterprise Linux Source-2-Image Application Pipelines Dev Tools

14 Traditional, Stateful, and Microservices-based Apps Business Automation Integration Data & Storage Web & Mobile Container Container Container Container Self-Service Service Catalog (Language Runtimes, Middleware, Databases) Build Automation Deployment Automation OpenShift Application Lifecycle Management (CI/CD) Container Orchestration & Cluster Management (kubernetes) Networking Storage Registry Logs & Metrics Security Infrastructure Automation & Cockpit Enterprise Container Host Container Runtime & Packaging (Docker) Atomic Host Red Hat Enterprise Linux JBOSS EAP JBOSS DATA GRID JBOSS DATA VIRTUALIZATION JBOSS AM-Q JBOSS BRMS JBOSS BPM JBOSS FUSE RED HAT MOBILE 3 Scale

15 Application Architecture Shift from monolithic applications to microservices Monolith Independently deployable and updatable, limited dependencies Optimized for agility & accelerated time to market N-Tier Microservices

16 Platform Infrastructure Datacenter Hosted Hybrid Shift from virtualization to scale-out cloud infrastructure Rapid growth in public cloud usage for enterprises Hybrid cloud deployments span private & multiple public clouds

17 Development Process Shift to more agile development and deployment processes Increased collaboration between Development & Operations Move from Continuous Integration to Continuous Deployment Waterfall Agile DevOps

18 Transform to Next-Gen Implement full-stack Cloud(using Red hat Cloud Suite) Establish standard migration process Monolithic to MSA Prepare 4th Industrial Revolution Platforms Hybrid Microservices Red Hat Cloud Suite Management (Red Hat CloudForms) PaaS (Red Hat Openshift Container Platform) IaaS (Red Hat OpenStack Platform) DevOps OS (Red Hat Enterprise Linux) Storage (Red Hat Ceph Storage)

19 Customer Wins - Purpose Java python Java PHP.NET RHEL Cent Windows RHEL Windows RHEV Openstack Hyper-V Physical SC Java python Java PHP Red Hat Openshift Container Platform Red Hat OpenStack Platform.NET

20 Customer Wins - Overview 10 People 6 months

21 Customer Wins - Architecture Front Portal Red Hat CloudForms API Gateway Red Hat Openshift Container Platform A Zone DEV PROD B Zone PROD DEV C Zone PROD DEV PROD Red Hat OpenStack Platform Red Hat Ceph Storage NFS

22 Customer Wins Next Architecture Front Portal IDC #1 IDC #2 A Zone DEV PROD DEV PROD A Zone PROD DEV PROD DEV PROD DEV PROD B Zone C Zone Red Hat Gluster Storage B Zone

23 Customer Wins DevOps Code Build Container Image Deploy Registry

24 Customer Wins Micro Service Architecture Access Token Client Access Token API Gateway JWT Authorization Server User Store publisher JWT Message Queue JWT REST API subscriber REST API microservi Portal Portal ce subscriber REST API microservi Portal Portal ce subscriber publisher REST API JWT microservi Portal Portal ce Message Queue Orchestrations microservi Portal Portal ce REST API microservi Portal Portal ce Cache Management Data Virtualization

25 Customer Wins Cost Reduction Infra Application 19% 630M OVER AVG

26 Customer Wins Agility Real Auto-Scaling

27 SUMMARY Container Red Hat Openshift Container Platform MSA + DevOps

28 THANK YOU Jongjin Lim Specialist Solution Architect, AppDev