Bridging IaaS and PaaS to Deliver

The Service-Oriented Data CenterFrank Rego

mailto:frego@suse.com

Chris Haddad@cobiacomm on Twitter

http://blog.cobia.net/cobiacomm

Read more about Platform as a Service at http://blog.cobia.net/cobiacomm/tag/paas/

SUSE CloudOpenStack-based IaaS Private Cloud

3

What are the Drivers of Private Cloud?

Lower Costs• Reduce upfront capital expense• Automation to reduce ongoing

administration costs

Increased Agility• Dynamic configuration of IT

resources• Respond quickly to business

demands• Self-service provisioning

Greater Control and Security• Data remains inside the firewall• Standard enterprise security

4

What is OpenStack?

5

Why OpenStack?

6

Billing VM Mgmt Image ToolApp

Monitor Sec & Perf

Management

Portal

Why an OpenStack Distribution?

Compute(Nova)

Imag

es(G

lanc

e)

Au

then

tic

atio

n(K

eyst

one)

Ob

ject

(Sw

ift)

EC2 API Dashboard(Horizon)

OpenStack APIs

OpenStack Component

InstallFramework

SMTCrowbar

DHCPTFTPCHEF

Install Framework

Required ServicesRabbitMQ

PostgreSQL

Operating System

Physical Infrastructure: x86-64 server with virtualization

Hypervisor

Required Components

7

DaysHours

Why an Install Framework?

Parameters

Components

782

11

2

8

SUSE Cloud 1.0

SUSE Cloud

RabbitMQ

PostgreSQL

Operating System: SUSE Linux Enterprise Server

Physical Infrastructure: Any x86-64 server certified on SUSE Linux Enterprise 11 SP2

Compute(Nova Essex)

Imag

es(G

lanc

e)

Au

then

tic

atio

n(K

eyst

one)

Ob

ject

(Sw

ift)

EC2 API

BillingVM Mgmt

SUSE ManagerImage ToolSUSE Studio App Monitor Sec & Perf

Dashboard(Horizon) OpenStack Cloud APIs

Admin Server

SMTCrowbarDHCPTFTPChef

Object(RADOS)

Block(RBD)

OpenStack Component SUSE Cloud Enhancement SUSE Product Partner Product

Portal

Hypervisor (Xen, KVM)

API Clients

RequiredServices

9

SUSE Cloud 2.0 (target 3Q2013)

SUSE Cloud

RequiredServicesRabbitMQ

PostgreSQL

Operating System: SUSE Linux Enterprise Server

Physical Infrastructure: Any x86-64 server certified on SUSE Linux Enterprise 11 SP2

Compute(Nova Grizzly)

Imag

es(G

lanc

e)

Au

then

tic

atio

n(K

eyst

one)

Ob

ject

(Sw

ift)

EC2 API

BillingCloudCruiser

VM MgmtSUSE Manager

Image ToolSUSE Studio App Monitor Sec & Perf

Dashboard(Horizon) OpenStack Cloud APIs

Admin Server

SMTCrowbar 2

DHCPTFTPChef

OpenStack Component SUSE Cloud Enhancement SUSE Product Partner Product

PortalRightScale

Hypervisor(Xen, KVM)

API Clients

Hypervisor(HyperV)

Object(RADOS)

Block(RBD)

Vo

lum

e

Net

wo

rk(N

etw

ork

ing

)

(Cin

de

r)

S3(RGW)

10

SUSE® Cloud Structure

Admin Server

Control Node

Compute /Storage Node

CustomerCenter

Cloud Control

• SLES• Database• Message queue• Self-Service Portal• Image Repository• Centralized Tracking• Scheduler• Identity and Authentication• Storage

•SLES•Xen or KVM•Cloud Compute•Storage proxy

Crowbar + PXE Boot

•SLES•Chef server•Crowbar•Software mirror•TFTP•PXE Server

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Why SUSE Cloud?

Enterprise Ready●20 year history of commercializing and supporting open source

projects in the enterprise

●Backed by the excellence of SUSE engineering and award-winning support organization

●Packaged for enterprise deployments and integrated with SUSE maintenance and lifecycle management

●Crowbar orchestration to automate installation at scale

Leverage existing infrastructure, while optimizing current licensing costs

●Runs on standard hardware

●SUSE application and hardware certifications

Integration with SUSE Studio and SUSE Manager●Makes it easy to build and manage cloud applications for

multiple cloud environments – Hybrid Cloud

12

SUSE Cloud Lifecycle Management

Build

ImageCreation

Test & QA Provision &

Deploy

Manage &Monitor

Repositories

API

13

Service-Oriented IT Drivers

14

Service-Oriented Delivers The Speed of Now

Time to create project workspace

Time to build, integrate, test

Time to approve, promote

Time to deploy, release

Dwell time – time waiting for the next operation to commence or complete

15

Service-Oriented Yields

16

Repositories

API

Scale and Balance Tenants

Choose Application Template

Auto-Provision Application

Platform

Auto-Deploy Application and

Services

Re-configure Platform

Cloud Platform Services

API

Our Service Oriented Vision

Re-configure Application

Monitor Platform and Tune Policies

17

Service-Oriented Delivery Models

18

Outlook for Private PaaS• Open Environment

• Polyglot language – Java, PHP, JavaScript, Scala

• Multi-framework – JEE, Spring, CXF, Ember.js

• Complete

• A Platform for complex applications

• Integrates Legacy with Next Generation

• For example, WebSphere with WSO2

• Enterprise Aligned

• Policy based control

• Enables DevOps practices and IT-as-a-Service

• Supports Enterprise Chargebacks and Showback scenarios

19Source: http://edcforums.com/threads/the-atwood-collectors-thread-part-2.101226/page-5

Redesigned Tools

20

WSO2 Carbon

middleware images

WSO2 Carbon

middleware images

Application Containers &

Services

Application Containers &

Services

WSO2 Stratos PaaS ControllerWSO2 Stratos

PaaS Controller

WSO2 Stratos Foundation Services

WSO2 Stratos Foundation Services

New IT Reference Architecture

21

WSO2 Architecture Advantage

Availability Scalability Management

Load monitor Tenant partitioningPrivate jet mode

Cloud controller

Balancing and failover across hybrid clouds

Ghost deployment BigData Logging infrastructure

State replication and session replication

BAM 2.0 architecture Artifact Distribution Controller and

Deployment synchronization

Multiple load balancers with

keepalived or DNS RR

Auto-scaling P2 Repository

Native multi-tenancy Elastic Load Balancer Consistent management and infrastructure services across

entire platform

Dynamic Clustering Multi-tenant shared container

Management console

21

22

Complete, Cloud-Native PaaS ServicesApplication, Integration, Analytics, Identity, Data

23

Open Source PaaSCloud Native Architecture

http://blog.cobia.net/cobiacomm/2013/04/18/cloud-native-paas-architecture/

24

Consider Enhanced Virtualization Models

SUSE Cloud with WSO2 Stratos 2.0 supports all models and model combinations

SUSE Cloud with WSO2 Stratos 2.0 supports all models and model combinations

SUSE Cloud withStratos Carbon (Shared Process)

Ag

ility

Resource Optimization

Pure Hardware

Virtual Machine

SUSE Cloud with Stratos Cartridge

(LXC)

SUSE Cloud

25

Cloud Native PaaS Difference

26

Tenant-aware and Service-aware Load Balancing

27

Automated Provisioning Service

28

Automated App Deployment Service

29

Log Aggregation Service

30

Bridging IaaS and PaaS

31

Enterprise DevOps PaaSBridging Development with Deployment

32

DevOps Service-OrientationA developer’s perspective

33

Service Performance Metrics

Foundational

Time to Market

Optimization

Portfolio Efficiency

Transformational

Productivity

34

Bridge IaaS with PaaS

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35

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