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‹#› @tpryan Terrence Ryan Developer Advocate Introduction to Google Cloud Platform

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‹#› @tpryan Who are you?

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‹#› @tpryan 01 Introduction What is Google Cloud Platform

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‹#›

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‹#›

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‹#›

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‹#›

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@tpryan ‹#› Google Cloud Platform

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@tpryan ‹#› Google Cloud Platform Compute

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@tpryan ‹#› Google Cloud Platform Compute Storage

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@tpryan ‹#› Google Cloud Platform Compute Connectivity Storage

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@tpryan ‹#› Google Cloud Platform Compute Connectivity Storage Management

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@tpryan ‹#› Google Cloud Platform Compute Connectivity Storage Developer Tools Management

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@tpryan ‹#› Google Cloud Platform Compute Connectivity Big Data Storage Developer Tools Management

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@tpryan ‹#› Google Cloud Platform Compute Connectivity Big Data Storage Developer Tools Management Machine Learning

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‹#› ‹#› @tpryan Cloud Bingo B I N G O Virtual Machine PAAS Storage No Ops Dev Ops IAAS Container Logging SQL NoSQL Big Data Load Balancer CDN Scale Latency VPN SSD Terabyte CLOUD Microservices Mobile Data Center Client Data HTTPS

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‹#› ‹#› @tpryan • Did we hit all of the buzzwords? Cloud Bingo B I N G O Virtual Machine PAAS Storage No Ops Dev Ops IAAS Container Logging SQL NoSQL Big Data Load Balancer CDN Scale Latency VPN SSD Terabyte CLOUD Microservices Mobile Data Center Client Data HTTPS

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‹#› ‹#› @tpryan • Did we hit all of the buzzwords? • Did we say “Cloud” Enough? Cloud Bingo B I N G O Virtual Machine PAAS Storage No Ops Dev Ops IAAS Container Logging SQL NoSQL Big Data Load Balancer CDN Scale Latency VPN SSD Terabyte CLOUD Microservices Mobile Data Center Client Data HTTPS

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‹#› @tpryan What’s the difference?

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‹#› @tpryan Difference Scale Pricing Services

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‹#› @tpryan CDN IAAS Security VPN Storage Cloud NoOps Data Center PAAS Load Balancing Logging DevOps Microservices NoSQL SQL Virtual Machine Mobile Latency Difference Scale Pricing Services

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‹#› @tpryan Security Storage Data Center PAAS Load Balancing Logging DevOps Microservices NoSQL Virtual Machine Mobile Latency CDN IAAS Security VPN Storage Cloud NoOps Data Center PAAS Load Balancing Logging DevOps Microservices NoSQL SQL Virtual Machine Mobile Latency Difference CDN IAAS VPN Cloud NoOps SQL Scale Pricing Services

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‹#› @tpryan Security Storage Data Center PAAS Load Balancing Logging DevOps Microservices NoSQL Virtual Machine Mobile Latency CDN IAAS Security VPN Storage Cloud NoOps Data Center PAAS Load Balancing Logging DevOps Microservices NoSQL SQL Virtual Machine Mobile Latency Difference CDN IAAS VPN Cloud NoOps SQL Scale Pricing Services CDN IAAS Security VPN Storage Cloud NoOps Scale Data Center PAAS Load Balancing Logging DevOps Microservices NoSQL SQL Virtual Machine Mobile Latency Cloud IAAS VPN

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‹#› @tpryan Security Storage Data Center PAAS Load Balancing Logging DevOps Microservices NoSQL Virtual Machine Mobile Latency CDN IAAS Security VPN Storage Cloud NoOps Data Center PAAS Load Balancing Logging DevOps Microservices NoSQL SQL Virtual Machine Mobile Latency Difference CDN IAAS VPN Cloud NoOps SQL Scale Pricing Services CDN IAAS Security VPN Storage Cloud NoOps Scale Data Center PAAS Load Balancing Logging DevOps Microservices NoSQL SQL Virtual Machine Mobile Latency Cloud IAAS VPN

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@tpryan ‹#› Google Cloud Platform Compute Connectivity Big Data Storage Developer Tools Management Machine Learning

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‹#› @tpryan Highlight Compute Engine

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‹#› @tpryan Highlight App Engine Compute Engine

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‹#› @tpryan Highlight App Engine BigQuery Compute Engine

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‹#› @tpryan 02 App Engine Platform as a Service

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‹#› @tpryan • Platform as a Service • Built in services • Auto Scaling • Supports: App Engine Python Java PHP Go

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‹#› @tpryan • Platform as a Service • Built in services • Auto Scaling • Supports: App Engine Python Java PHP Go Ruby Node Containers

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‹#› @tpryan App Engine

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‹#› @tpryan App Engine User Sessions

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‹#› @tpryan App Engine Avg Server 86 M User Sessions

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‹#› @tpryan App Engine Avg Server 86 M Popular Site 500 M User Sessions

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‹#› @tpryan App Engine Avg Server 86 M Popular Site 500 M Wikipedia 15 B User Sessions

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‹#› @tpryan App Engine Avg Server 86 M Popular Site 500 M Wikipedia 15 B App Engine User Sessions

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‹#› @tpryan App Engine App Engine 100 B Avg 
 Server 86 M Popular Site 500 M Wikipedia 15 B User Sessions

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‹#› @tpryan SongPop • Casual Game • 6 Engineers

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‹#› @tpryan SongPop 100 400,075 800,050 1,200,025 1,600,000 May 2012 July 2012 Sept 2012 December 2012 500,000 1,500,000 100,000 500,000 100,000

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‹#› @tpryan SongPop 100 400,075 800,050 1,200,025 1,600,000 May 2012 July 2012 Sept 2012 December 2012 500,000 1,500,000 100,000 500,000 100,000 100,000 
 Daily Active Users Opened a premier account

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‹#› @tpryan SongPop 100 400,075 800,050 1,200,025 1,600,000 May 2012 July 2012 Sept 2012 December 2012 500,000 1,500,000 100,000 500,000 100,000 100,000 
 Daily Active Users Opened a premier account 500,000 Daily Active Users Tweaked caching and datamodel

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‹#› @tpryan SongPop 100 400,075 800,050 1,200,025 1,600,000 May 2012 July 2012 Sept 2012 December 2012 500,000 1,500,000 100,000 500,000 100,000 100,000 
 Daily Active Users Opened a premier account 500,000 Daily Active Users Tweaked caching and datamodel 1,500,000 Daily Active Users Adjusted Indices

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‹#› @tpryan More Customers

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‹#› @tpryan Demo: App Engine Scaling

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‹#› @tpryan 03 Compute Engine Infrastructure as a Service

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‹#› @tpryan What is a computer?

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‹#› @tpryan What is a computer?

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‹#› @tpryan What is a Virtual Machine?

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‹#› @tpryan What is a Virtual Machine?

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@briandorsey GCE instances are better VMs

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‹#› @tpryan GCE Instance are better • Google Network • Fast Spin up • High Bandwidth • Consistent • Storage Options • Standard • SSD • Attached SSD

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‹#› @tpryan Billing • Per minute billing • Sustained use discounts • Preemptible VMs

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@briandorsey ML based usage alerts

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‹#› @tpryan Demo: Compute Engine Ease

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‹#› @tpryan 04 BigQuery BigData as a Service

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‹#› @tpryan Big Query

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‹#› @tpryan Big Query • Scan Terabytes in seconds

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‹#› @tpryan Big Query • Scan Terabytes in seconds • Use SQLish Queries

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‹#› @tpryan Big Query • Scan Terabytes in seconds • Use SQLish Queries • REST, Web UI, ODBC

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‹#› @tpryan Demo: BigQuery

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@tpryan Count Shakespeare SELECT count(word) FROM publicdata:samples.shakespeare

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@tpryan Count to a Million SELECT sum(requests) as total FROM [fh-bigquery:wikipedia.pagecounts_20151109_18]

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@tpryan Count to a Billion SELECT sum(requests) as total FROM [fh-bigquery:wikipedia.pagecounts_201505]

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@tpryan Count to a Trillion SELECT SUM(requests) AS total FROM TABLE_QUERY( [fh-bigquery:wikipedia], 'REGEXP_MATCH( table_id, r"pagecounts_201[3-4][0-9]{2}$")')

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@tpryan Run a RegEx on a Hundreds of Billions SELECT SUM(requests) AS total FROM TABLE_QUERY( [fh-bigquery:wikipedia], 'REGEXP_MATCH( table_id, r"pagecounts_201[3-4][0-9]{2}$")') WHERE (REGEXP_MATCH(title, '.*[dD]inosaur.*'))

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‹#› @tpryan 05 Conclusions Bring it home

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@tpryan ‹#› Google Cloud Platform Compute Connectivity Big Data Storage Developer Tools Management Machine Learning

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‹#› @tpryan Story Compute Engine

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‹#› @tpryan Story App Engine Compute Engine

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‹#› @tpryan Story App Engine BigQuery Compute Engine

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‹#› @tpryan Cloud Vision

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‹#› @tpryan Cloud Storage Nearline

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‹#› @tpryan Container Engine

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‹#› @tpryan Container Engine

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‹#› @tpryan Container Engine

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‹#› @tpryan Container Engine

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‹#› @tpryan Cloud PUB/SUB

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‹#› @tpryan Stackdriver

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‹#› @tpryan Security Storage Data Center PAAS Load Balancing Logging DevOps Microservices NoSQL Virtual Machine Mobile Latency CDN IAAS Security VPN Storage Cloud NoOps Data Center PAAS Load Balancing Logging DevOps Microservices NoSQL SQL Virtual Machine Mobile Latency Difference CDN IAAS VPN Cloud NoOps SQL Scale Pricing Services CDN IAAS Security VPN Storage Cloud NoOps Scale Data Center PAAS Load Balancing Logging DevOps Microservices NoSQL SQL Virtual Machine Mobile Latency Cloud IAAS VPN

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‹#›

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‹#›

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‹#› Your App Here

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‹#› @tpryan Thank You terrenceryan.com @tpryan This preso: http://bit.ly/tpryan-gcp

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‹#› @tpryan Kubernetes

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‹#› @tpryan Kubernetes • Container Orchestration System

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‹#› @tpryan Kubernetes • Container Orchestration System • Open Source

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‹#› @tpryan Kubernetes • Container Orchestration System • Open Source • Started by Google

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‹#› @tpryan Kubernetes • Container Orchestration System • Open Source • Started by Google • Contributed to by others

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‹#› @tpryan What problem are 
 we trying to solve?

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‹#› @tpryan # FRONTEND AND SERVICES FROM nginx-php-fpm COPY nginx.conf /etc/nginx/nginx.conf ADD www /var/www/

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‹#› @tpryan # BACKEND FROM ubuntu:12.04 ADD ./mysql-setup.sh /tmp/mysql-setup.sh RUN /bin/sh /tmp/mysql-setup.sh EXPOSE 3306 CMD ["/usr/sbin/mysqld"]

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‹#› @tpryan

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‹#› @tpryan

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‹#› @tpryan

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‹#› @tpryan # FRONTEND AND SERVICES FROM nginx-php-fpm COPY nginx.conf /etc/nginx/nginx.conf ADD www /var/www/

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‹#› @tpryan # FRONTEND AND SERVICES FROM nginx-php-fpm COPY nginx.conf /etc/nginx/nginx.conf ADD www /var/www/ # JUST SERVICES FROM nginx-php-fpm COPY nginx.conf /etc/nginx/nginx.conf ADD www /var/www/

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‹#› @tpryan # FRONTEND AND SERVICES FROM nginx-php-fpm COPY nginx.conf /etc/nginx/nginx.conf ADD www /var/www/

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‹#› @tpryan # FRONTEND AND SERVICES FROM nginx-php-fpm COPY nginx.conf /etc/nginx/nginx.conf ADD www /var/www/ # FRONTEND FROM nginx COPY nginx.conf /etc/nginx/nginx.conf ADD www /var/www/

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‹#› @tpryan

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‹#› @tpryan

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‹#› @tpryan # BACKEND FROM ubuntu:12.04 ADD ./mysql-setup.sh /tmp/mysql-setup.sh RUN /bin/sh /tmp/mysql-setup.sh EXPOSE 3306 CMD ["/usr/sbin/mysqld"]

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‹#› @tpryan # BACKEND FROM ubuntu:12.04 ADD ./mysql-setup.sh /tmp/mysql-setup.sh RUN /bin/sh /tmp/mysql-setup.sh EXPOSE 3306 CMD ["/usr/sbin/mysqld"] # BACKEND FROM ubuntu:12.04 ADD ./mysql-setup.sh /tmp/mysql-setup.sh RUN /bin/sh /tmp/mysql-setup.sh EXPOSE 3306 VOLUME ["/etc/mysql", "/var/lib/mysql"] CMD ["/usr/sbin/mysqld"]

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‹#› @tpryan

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‹#› @tpryan

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‹#› @tpryan

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‹#› @tpryan

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‹#› @tpryan

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‹#› @tpryan

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‹#› @tpryan

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‹#› @tpryan

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‹#› @tpryan

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‹#› @tpryan

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‹#› @tpryan

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‹#› @tpryan That’s a lot to manage.

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‹#› @tpryan

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‹#› @tpryan 4 3 2

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‹#› @tpryan Demo: Kubernetes in Action

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‹#› @tpryan Before the demo

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‹#› @tpryan Before the demo

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‹#› @tpryan Before the demo

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‹#› @tpryan Before the demo

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‹#› @tpryan Before the demo

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‹#› @tpryan Before the demo

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‹#› @tpryan PHP & NGINX Frontend & API Mysql Backend

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‹#› @tpryan

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‹#› @tpryan Demo: Kubernetes in Action

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‹#› @tpryan Setting up a cluster

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‹#› @tpryan Setting up a cluster • Choose an infrastructure: • Google Cloud Platform, AWS, Azure, Rackspace, on-premises, …

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‹#› @tpryan Setting up a cluster • Choose an infrastructure: • Google Cloud Platform, AWS, Azure, Rackspace, on-premises, …

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‹#› @tpryan Setting up a cluster • Choose an infrastructure: • Google Cloud Platform, AWS, Azure, Rackspace, on-premises, … • Choose a node OS: • CoreOS, Atomic, RHEL, Debian, CentOS, Ubuntu, ...

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‹#› @tpryan Setting up a cluster • Choose an infrastructure: • Google Cloud Platform, AWS, Azure, Rackspace, on-premises, … • Choose a node OS: • CoreOS, Atomic, RHEL, Debian, CentOS, Ubuntu, ... • Provision machines: • Boot VMs, install and run kube components, ...

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‹#› @tpryan Setting up a cluster • Choose an infrastructure: • Google Cloud Platform, AWS, Azure, Rackspace, on-premises, … • Choose a node OS: • CoreOS, Atomic, RHEL, Debian, CentOS, Ubuntu, ... • Provision machines: • Boot VMs, install and run kube components, ...

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‹#› @tpryan Setting up a cluster • Choose an infrastructure: • Google Cloud Platform, AWS, Azure, Rackspace, on-premises, … • Choose a node OS: • CoreOS, Atomic, RHEL, Debian, CentOS, Ubuntu, ... • Provision machines: • Boot VMs, install and run kube components, ... • Configure networking: • IP ranges for Pods, Services, SDN, ...

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‹#› @tpryan Setting up a cluster • Choose an infrastructure: • Google Cloud Platform, AWS, Azure, Rackspace, on-premises, … • Choose a node OS: • CoreOS, Atomic, RHEL, Debian, CentOS, Ubuntu, ... • Provision machines: • Boot VMs, install and run kube components, ... • Configure networking: • IP ranges for Pods, Services, SDN, ...

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‹#› @tpryan Setting up a cluster • Choose an infrastructure: • Google Cloud Platform, AWS, Azure, Rackspace, on-premises, … • Choose a node OS: • CoreOS, Atomic, RHEL, Debian, CentOS, Ubuntu, ... • Provision machines: • Boot VMs, install and run kube components, ... • Configure networking: • IP ranges for Pods, Services, SDN, ... • Start cluster services: • DNS, logging, monitoring, ...

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‹#› @tpryan Setting up a cluster • Choose an infrastructure: • Google Cloud Platform, AWS, Azure, Rackspace, on-premises, … • Choose a node OS: • CoreOS, Atomic, RHEL, Debian, CentOS, Ubuntu, ... • Provision machines: • Boot VMs, install and run kube components, ... • Configure networking: • IP ranges for Pods, Services, SDN, ... • Start cluster services: • DNS, logging, monitoring, ... • Manage nodes: • kernel upgrades, OS updates, hardware failures...

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‹#› @tpryan Or…

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‹#› @tpryan

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‹#› @tpryan `