Introduction of Okinawa Open Laboratory and it's activities (iPOP2015)

Okinawa Open Laboratory 1

Introduction of Okinawa Open Laboratory and it’s activities

Apr. 21, 2015

NEC Corporation Takashi Torii

Okinawa Open Laboratory 2

Who I am?

Platform Service Division in NEC, and works about business of OpenStack and Cloud

Japan OpenStack User Group Board Member

Chief of Testbed WG, Okinawa Open Laboratory

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https://www.openstack.org/summit/tokyo-2015/

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Agenda

Our Motivation

OOL Testbed Architecture

Technology

Activities

Future Works

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Our Motivation

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Gartner Hype Cycle for Emerging Technologies

Source: Gartner (August 2014)

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Lifecycle Innovation

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How to make Innovations?

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Key Success Factor of Open Innovation

Open

Fast

Collaboration

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Activity Model

OOL connects OSS development communities and market via use cases and reference models to expand user base of next-generation ICT platform in cooperation with members and partners OOL Value Chain: Use Case Verification Ref. Model Promotion PDCA Cycles: OOL Market, OOL OSS Development Communities

OSS Development Communities

Develop

-ment

Use

CaseVerifica

-tionRef.

Model

Promo

-tion

Issues/

Needs

Application/

Use

Okinawa Open Laboratory

(OOL)

Market/Users

Testbed

<Partners>

• Standardization/

Promotion Organization

- Linux Foundation

- OpenStack Foundation

- Open Networking

Foundation

- Japan OpenStack

User Group

- SDN Japan Executive

Committee

...

<Members>

• Widely from

- Industries

- Academia

• From Worldwide

- Japan

- Asian Countries

...

User Base

Joint Activity with OOL Collaboration with OOL

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Working Groups & Projects

Working groups (WG) & Projects (PJ)

WG: Improve efficiency of activities by showing activity policies and consolidation of laboratory assets and resources

PJ: Promote member participation, diversification and expansion of member activities

Operation process: Organize processes for formation approval and progress management

<Operation Process>

インタークラウドPJインタークラウドPJ

Testbed WG

Education WG Education and Training PJ

International Conference PJ

TestbedPlatform Enhancement PJ

TestbedWide Area Expansion PJ

TestbedManagement & Operation PJ

PJ FormationApproval Process

PJ ProgressManagement Process

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Architecture

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Key Features

Online, Remote

On-Demand

Bare-metal

Zero-Touch

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Concept of OOL Testbed

server

SDN switch

OpenStack

Your Site

1. Choice!

Your

Cloud

2. Deploy!

Your APP

Backup & Restore

Your

System

3. Run!

Common platform developed, managed and operated by OOL for OOL and Members activities Evaluation of new technologies

Conformance, interoperability and performance testing

Validation of SDN/Cloud technology integration, uses cases and reference models (PoC: Proof of Concept)

Always-on showcases and demonstration

Hands-on training

Easy to use by OpenStack with SDN as a Service (OS3)

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Testbed Service

Offer member service of using bare metal resources in flexible topology online

Possible to construct flexible topology by means of patch panel using OpenFlow

Automatic configuration of environment that combines OpenStack and SDN

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How it works

16

1) Fully online

Site

(Servers) Express 5800

(Tester) IXIA

(Switches) Centec V350

PF5240F Riava

Your Site

Internet BBA

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How it works

17

2) Resource and Network Topology can be designed

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How it works

18

3) Auto-deployment of OpenStack environment

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How it works

19

4) Full system backup and restore

Backup

Restore

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Technology

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Leaf-Spine Network

OF-Patch: OpenFlow-based Patch Panel

Spine x 4

Leaf x 48

Patches max 1920 port

SDN Application to control bare-metal connectivity like patch panel

Multi switch configuration as Leaf-Spine GUI Proto type

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OF-Patch

OF-Patch Manager User

OF-Patch GUI

OpenFlow Controller (Ryu)

OFS

Host

1 Host

2

Host

3

Connect ports by Flow

Other

Software

REST API

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Activities using Testbed

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① Put load on virtual machines (VMs) in Okinawa from US

② Narrow down between US-Okinawa wide area network band frequencies

③ Wide area network monitoring alarms, adding VM in Tokyo

④ LB is newly activated in US, dispersing load between Okinawa and Tokyo

Wide area automated scale control (Demonstrated at Interop Tokyo 2014)

Distributed Load Balancing

USA

Okinawa

Clients

Tokyo

③ VM is automatically added

by wide area network monitoring

④ LB is newly activated

④ Does not go through when LB in US is

activated

Wide area

network

monitoring

① Put load on VMs in Okinawa from US

② Narrow down network band frequencies

between US-Okinawa

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Test tool for certificating OpenFlow Specification Running on the Testbed, and publish the result at

https://github.com/oolorg/ool-ryu-certification

Ryu Certification

http://osrg.github.io/ryu-book/en/html/switch_test_tool.html#test-execution-image

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Cloud Native Application Framework: RACK

options (input)

ライブラリ

プログラム compile

psコマンド OS

middleware

libraries

source

表示内容

表示範囲

出力形式

option1

option2

option3

launch

openstack

shared memory/pipe

signal

filesystem

process process

VM Template

executable binary

process

fork fork

OpenStack Native Application with RACK

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RACK Test Suite Environment

OS Install

servers 10 x compute node

AMD/Seamicro SM15K

Ansible

CloudShell RackDeploy Driver

OpenStack RACK

Server Auto-deploy RACK environment

Auto-deployment

of RACK

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OpenDaylight Use Case

In enterprise use case Private cloud is build by OpenStack Office user would like to connect virtual machine in private cloud by local

network All network is managed by single OpenDaylight controller

Private Cloud

Layer2 Switch

Office

vBridge Tenant 1

Tenant 2

VM VM

OFS

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Future works

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Future Works

NFV Framework

White-box

Use cases

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Questions?