Reliable Service Delivery in a Converged World

IEEE CQR Executive PanelNaples, FloridaMay 12, 2009

Adam DrobotPresident, Advanced Technology Solutions

and CTO TelcordiaPiscataway, NJ 08854

USA

Critical Services and Applications

IEEE CQR – A. Drobot; Naples FL, May 12, 2009 – 2

Abstract

Over time the “Internet” has become the central element for integration of network functions and services. In a very profound sense the Internet has dramatically lowered the time and cost for creating new applications, new services, and new ways of social interaction. At the same time what we now call the Internet includes an enabling layer of computing, storage, communications, software, and special purpose devices. The Internet is increasingly the delivery mechanism for critical services. Some of these are related to: control systems for utilities and transportation; financial services; healthcare; safety; law enforcement; and emergency response. The consequence is that at least portions of the Internet must exhibit reliability, high availability, and scalability to serve large numbers of citizens. The talk will concentrate on the approaches and challenges of managing and operating hardened IP infrastructure suitable for critical services and will examine the requirements from illustrative application examples.

Over time the “Internet” has become the central element for integration of network functions and services. In a very profound sense the Internet has dramatically lowered the time and cost for creating new applications, new services, and new ways of social interaction. At the same time what we now call the Internet includes an enabling layer of computing, storage, communications, software, and special purpose devices. The Internet is increasingly the delivery mechanism for critical services. Some of these are related to: control systems for utilities and transportation; financial services; healthcare; safety; law enforcement; and emergency response. The consequence is that at least portions of the Internet must exhibit reliability, high availability, and scalability to serve large numbers of citizens. The talk will concentrate on the approaches and challenges of managing and operating hardened IP infrastructure suitable for critical services and will examine the requirements from illustrative application examples.

IEEE CQR – A. Drobot; Naples FL, May 12, 2009 – 3

Agenda

The Common Wireless Infrastructure

IP Based Integration

Single Purpose vs. General Networks

Over-The-Top Critical Services

The Common Wireless Infrastructure

IP Based Integration

Single Purpose vs. General Networks

Over-The-Top Critical Services

IEEE CQR – A. Drobot; Naples FL, May 12, 2009 – 4

Agenda

The Common Wireless Infrastructure

IP Based Integration

Single Purpose vs. General Networks

Over-The-Top Critical Services

The Common Wireless Infrastructure

IP Based Integration

Single Purpose vs. General Networks

Over-The-Top Critical Services

IEEE CQR – A. Drobot; Naples FL, May 12, 2009 – 5

The Common Wireless Infrastructure

2004 2005 2006 2007

Wireline only

Wireless only

No phone

Source: Gartner

Projected Business Use of Wireline & Wireless in North America

Source: CTIA

US Wireless Subscribers, by Year300 M

250 M

200 M

150 M

100 M

50 M

0 M‘86 ‘88 ‘90 ‘92 ‘94 ‘96 ‘98 ‘00 ‘02 ‘04 ‘06 ‘08

IEEE CQR – A. Drobot; Naples FL, May 12, 2009 – 6

Wireless Antenna Sites – 1982 to 2009

Data Source: FCC via AntennaSearch.com

IEEE CQR – A. Drobot; Naples FL, May 12, 2009 – 7

Cumulative from 1982 to 2009

Wireless Antenna Sites – 1982 to 2009

Data Source: FCC via AntennaSearch.com

IEEE CQR – A. Drobot; Naples FL, May 12, 2009 – 8

Agenda

The Common Wireless Infrastructure

IP Based Integration

Single Purpose vs. General Networks

Over-The-Top Critical Services

The Common Wireless Infrastructure

IP Based Integration

Single Purpose vs. General Networks

Over-The-Top Critical Services

IEEE CQR – A. Drobot; Naples FL, May 12, 2009 – 9

IP Based Integration

• Significantly lowers the cost of operations and lifecycle costs

– Acquisition

– Deployment

– Upgrades

• Significantly lowers the cost of operations and lifecycle costs

– Acquisition

– Deployment

– Upgrades

IEEE CQR – A. Drobot; Naples FL, May 12, 2009 – 10

IP Based Integration

• Common today and ubiquitous tomorrow

• Applications that . . .

– are delivered over IP

– share data & services

– are interoperable

– scale well

– can be distributed, but centrally managed

– are developed rapidly, at reasonable cost, by 3rd party providers

• Common today and ubiquitous tomorrow

• Applications that . . .

– are delivered over IP

– share data & services

– are interoperable

– scale well

– can be distributed, but centrally managed

– are developed rapidly, at reasonable cost, by 3rd party providers

IEEE CQR – A. Drobot; Naples FL, May 12, 2009 – 11

Agenda

The Common Wireless Infrastructure

IP Based Integration

Single Purpose vs. General Networks

Over-The-Top Critical Services

The Common Wireless Infrastructure

IP Based Integration

Single Purpose vs. General Networks

Over-The-Top Critical Services

IEEE CQR – A. Drobot; Naples FL, May 12, 2009 – 12

Single Purpose vs. Common Commercial Networks

• New questions arise: Should we think differently about communications for critical functions? E.g. – Law enforcement– Emergency response– Medical information– Financial services– Network management– Control systems for utilities & transportation

• Can commercial networks meet the needs?– Costs?– Equivalent functionality?– Security?– Evolvable?

• New questions arise: Should we think differently about communications for critical functions? E.g. – Law enforcement– Emergency response– Medical information– Financial services– Network management– Control systems for utilities & transportation

• Can commercial networks meet the needs?– Costs?– Equivalent functionality?– Security?– Evolvable?

IEEE CQR – A. Drobot; Naples FL, May 12, 2009 – 13

Agenda

The Common Wireless Infrastructure

IP Based Integration

Single Purpose vs. General Networks

Over-The-Top Critical Services

The Common Wireless Infrastructure

IP Based Integration

Single Purpose vs. General Networks

Over-The-Top Critical Services

IEEE CQR – A. Drobot; Naples FL, May 12, 2009 – 14

Over-The-Top Critical Services

• Looking forward to an LTE* world – which will have

– High bandwidth

– Low latency

– Dense coverage

– And will run on converged networks

* LTE: Long Term Evolution, an evolving standard

• Looking forward to an LTE* world – which will have

– High bandwidth

– Low latency

– Dense coverage

– And will run on converged networks

* LTE: Long Term Evolution, an evolving standard

IEEE CQR – A. Drobot; Naples FL, May 12, 2009 – 15

Over-The-Top Critical Services

• Challenges

– Quality of service

– Priority

– Reliability

– Security

– Dynamic management

• Will it be safe to provide critical services using over-the-top?

• Challenges

– Quality of service

– Priority

– Reliability

– Security

– Dynamic management

• Will it be safe to provide critical services using over-the-top?

IEEE CQR – A. Drobot; Naples FL, May 12, 2009 – 16

Thank you!

Reliable Service Delivery �in a Converged WorldAbstractAgendaAgendaThe Common Wireless InfrastructureWireless Antenna Sites – 1982 to 2009�Wireless Antenna Sites – 1982 to 2009AgendaIP Based IntegrationIP Based IntegrationAgendaSingle Purpose vs. Common Commercial NetworksAgendaOver-The-Top Critical ServicesOver-The-Top Critical ServicesThank you!