nsf annual review june 2010 ocean observatories initiative ooi cyberinfrastructure terrestrial...

18
NSF ANNUAL REVIEW June 2010 Ocean Observatories Initiative OOI Cyberinfrastructure Terrestrial CyberPoPs Implementation Matthew Arrott, Mark James, Brian Dunne, Qian Liu Life Cycle Architecture Review La Jolla, CA

Upload: karen-pearson

Post on 18-Jan-2016

220 views

Category:

Documents


0 download

TRANSCRIPT

Page 1: NSF ANNUAL REVIEW June 2010 Ocean Observatories Initiative OOI Cyberinfrastructure Terrestrial CyberPoPs Implementation Matthew Arrott, Mark James, Brian

NSF ANNUAL REVIEW June 2010

Ocean Observatories Initiative

OOI Cyberinfrastructure Terrestrial CyberPoPs Implementation

Matthew Arrott, Mark James, Brian Dunne, Qian Liu

Life Cycle Architecture ReviewLa Jolla, CA

Page 2: NSF ANNUAL REVIEW June 2010 Ocean Observatories Initiative OOI Cyberinfrastructure Terrestrial CyberPoPs Implementation Matthew Arrott, Mark James, Brian

NSF ANNUAL REVIEW August 2010

Overview

•Key Objectives, Requirements, Parameters

•Observatory Network Deployment

•CyberPoP Architecture

•RFP Process & Schedule

Page 3: NSF ANNUAL REVIEW June 2010 Ocean Observatories Initiative OOI Cyberinfrastructure Terrestrial CyberPoPs Implementation Matthew Arrott, Mark James, Brian

NSF ANNUAL REVIEW August 2010

Key Objectives

• Scalable networking, computational and storage service to OOI

community

• Ocean and Climate research institutions

• Academic institution (K12 thru post-graduate)

• General public

• Scalable network peering strategy

• National and international earth observing initiatives

• Academic and commercial resource services providers

• Interconnecting the CyberPoPs and initial peering relationships

• Deploy wide area optical network controlled by OOI

• Deploy integrated wide area messaging fabric

• Deploy CyberPops at San Diego, Portland, Seattle, McLean and Woods

Hole

Page 4: NSF ANNUAL REVIEW June 2010 Ocean Observatories Initiative OOI Cyberinfrastructure Terrestrial CyberPoPs Implementation Matthew Arrott, Mark James, Brian

NSF ANNUAL REVIEW August 2010

Key Infrastructure Requirements

• Terrestrial WAN routes supported by redundant physical paths

• Initial terrestrial WAN bandwidth capacity scalable form 1 to 10

Gbps

• Terrestrial CyberPoPs deployed at qualified Collocation facilities

• Lights-out operations

• Controlled and managed at UCSD

• CyberPoPs aggregate availability 99.999% (Exclusive of scheduled

downtime)

• Includes network routes, computational service, data storage

• Balanced local and geographic redundancy

• All systems hardening and managed out of band of production

flows

• Component Failure policy - 2 day onsite vendor replacement

• Component Refresh policy - 5 year re-compete of contracts

Page 5: NSF ANNUAL REVIEW June 2010 Ocean Observatories Initiative OOI Cyberinfrastructure Terrestrial CyberPoPs Implementation Matthew Arrott, Mark James, Brian

NSF ANNUAL REVIEW August 2010

Key Operational Parameters•Observatory Operations and Surveillance

• 24x7 • Internal and external multi-point monitoring

•On-call Failure Response • 24x7 - 30 min mean time to start of analysis

•Weekly Maintenance• Friday 5pm to Saturday 5pm PT• “Always Available” strategy for service upgrades• Local site shutdown for equipment upgrades

•Help Desk• 8am ET to 5pm PT (12 hour window)

Page 6: NSF ANNUAL REVIEW June 2010 Ocean Observatories Initiative OOI Cyberinfrastructure Terrestrial CyberPoPs Implementation Matthew Arrott, Mark James, Brian

NSF ANNUAL REVIEW August 20106

6

Integrated Observatory Network Deployment

Page 7: NSF ANNUAL REVIEW June 2010 Ocean Observatories Initiative OOI Cyberinfrastructure Terrestrial CyberPoPs Implementation Matthew Arrott, Mark James, Brian

NSF ANNUAL REVIEW August 2010

Terrestrial CyberPoP Sites

Node Name Node Function Bandwidth

Portland, OR Acquisition Point 10 Gb/s

Woods Hole, MA Acquisition Point T-1

Seattle, WA Distribution Point 10 Gb/s

Ashburn, VA Distribution Point 10 Gb/s

San Diego, CA Engineering CenterDistribution Point (passive)

10 Gb/s

Page 8: NSF ANNUAL REVIEW June 2010 Ocean Observatories Initiative OOI Cyberinfrastructure Terrestrial CyberPoPs Implementation Matthew Arrott, Mark James, Brian

NSF ANNUAL REVIEW August 2010

CyberPoP Access

Page 9: NSF ANNUAL REVIEW June 2010 Ocean Observatories Initiative OOI Cyberinfrastructure Terrestrial CyberPoPs Implementation Matthew Arrott, Mark James, Brian

NSF ANNUAL REVIEW August 2010

Internal Service Configuration

Page 10: NSF ANNUAL REVIEW June 2010 Ocean Observatories Initiative OOI Cyberinfrastructure Terrestrial CyberPoPs Implementation Matthew Arrott, Mark James, Brian

NSF ANNUAL REVIEW August 2010

Physical Configuration

Page 11: NSF ANNUAL REVIEW June 2010 Ocean Observatories Initiative OOI Cyberinfrastructure Terrestrial CyberPoPs Implementation Matthew Arrott, Mark James, Brian

NSF ANNUAL REVIEW August 2010

Key Equipment VolumesItem Quantity Total Capacity UnitsStorage Systems 5 648 TB (raw)    454 TB (usable)       Computational Components 52 416 cores       Router/Switch Components 5 40 x 10G 10 Gbps ports    240 x 1G 1 Gbps ports       Load Balancers 5 10 Gps         Firewalls 5 8 x 1G 1 Gbps ports       RSA Security Devices 5 130 Tokens       DNS/DHCP/NTP device 10 12,000 DNS requests/second       Precision Time Protocol 5 Nanosecond Accuracy       Messaging Router 4 10 million Messages/second

Page 12: NSF ANNUAL REVIEW June 2010 Ocean Observatories Initiative OOI Cyberinfrastructure Terrestrial CyberPoPs Implementation Matthew Arrott, Mark James, Brian

NSF ANNUAL REVIEW August 2010

Network Peering Options

• Layer 3

• Ambient connectivity via Internet2 and commercial

Internet

• Interchange at Seattle and McLean (with San Diego as

backup)

• Direct connectivity via Regional Networks to the OOI

optical backbone

• Layer 2

• Direct connectivity via Regional Networks to the OOI

optical backbone

Page 13: NSF ANNUAL REVIEW June 2010 Ocean Observatories Initiative OOI Cyberinfrastructure Terrestrial CyberPoPs Implementation Matthew Arrott, Mark James, Brian

NSF ANNUAL REVIEW August 2010

First Article Implementation (cartoon)

Page 14: NSF ANNUAL REVIEW June 2010 Ocean Observatories Initiative OOI Cyberinfrastructure Terrestrial CyberPoPs Implementation Matthew Arrott, Mark James, Brian

NSF ANNUAL REVIEW August 2010

First Article Implementation (detailed)

Page 15: NSF ANNUAL REVIEW June 2010 Ocean Observatories Initiative OOI Cyberinfrastructure Terrestrial CyberPoPs Implementation Matthew Arrott, Mark James, Brian

NSF ANNUAL REVIEW August 2010

Portland CyberPoP – Physical Rack Layout

Page 16: NSF ANNUAL REVIEW June 2010 Ocean Observatories Initiative OOI Cyberinfrastructure Terrestrial CyberPoPs Implementation Matthew Arrott, Mark James, Brian

NSF ANNUAL REVIEW August 2010

RFP Process

• Finalize RFP and Procurement Plan (evaluation plan &

team)

• Approve Procurement Plan by Ocean Leadership & NSF

• Release RFP through UCSD procurement process

• Hold bidders conference

• Receive and evaluate proposals from vendors

• Selection of vendors

• Negotiate options with selected vendors

• Approval of Memo of Negotiation by OL & NSF

• UCSD award contract

Page 17: NSF ANNUAL REVIEW June 2010 Ocean Observatories Initiative OOI Cyberinfrastructure Terrestrial CyberPoPs Implementation Matthew Arrott, Mark James, Brian

NSF ANNUAL REVIEW August 2010

RFP Schedule

• September 2010 –

• Release RFPs,

• October 2010

• Bidders conference

• Receive proposal

• November 2010

• Complete evaluation process and selection

• January 2011

• Contract award

• February 2011

• Sites are operational

Page 18: NSF ANNUAL REVIEW June 2010 Ocean Observatories Initiative OOI Cyberinfrastructure Terrestrial CyberPoPs Implementation Matthew Arrott, Mark James, Brian

NSF ANNUAL REVIEW August 2010

Questions