p3 january 2005 class 8: ism key trends and laws from past to future

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Class 8: ISM P3 January 2005 Key Trends and Laws From Past to Future

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Page 1: P3 January 2005 Class 8: ISM Key Trends and Laws From Past to Future

Class 8: ISM P3 January 2005

Key Trends and Laws

From Past to Future

Page 2: P3 January 2005 Class 8: ISM Key Trends and Laws From Past to Future

Class 8: ISM P3 January 2005

Same Old Story:The IT Adoption Challenge

Page 3: P3 January 2005 Class 8: ISM Key Trends and Laws From Past to Future

Class 8: ISM P3 January 2005

IT is Very Difficult

30% of IT projects are cancelled before completion 75% deficient in meeting user requirements 98% among large (>$10m) ones fail to

meet meet requirements, time, and budget

Page 4: P3 January 2005 Class 8: ISM Key Trends and Laws From Past to Future

Class 8: ISM P3 January 2005

Old Story, New Focus:IT and Organizational Impact

Page 5: P3 January 2005 Class 8: ISM Key Trends and Laws From Past to Future

Class 8: ISM P3 January 2005

Beyond the Efficiency Battle

• Auto-mation• Efficiency

versus

• Info-mation• Innovation•Flexibility•Culture change

Page 6: P3 January 2005 Class 8: ISM Key Trends and Laws From Past to Future

Class 8: ISM P3 January 2005

Changes inTechnology Skills

Page 7: P3 January 2005 Class 8: ISM Key Trends and Laws From Past to Future

Class 8: ISM P3 January 2005

Page 8: P3 January 2005 Class 8: ISM Key Trends and Laws From Past to Future

Class 8: ISM P3 January 2005

IT Sophistication

• From 70% analogs, to 70% digitals

• Knowledgeable about desktop PCs, shopping on Internet, word processing, e-mail, mobiles, PDAs,…

Page 9: P3 January 2005 Class 8: ISM Key Trends and Laws From Past to Future

Class 8: ISM P3 January 2005

…but rapid technical skills obsolescence

Page 10: P3 January 2005 Class 8: ISM Key Trends and Laws From Past to Future

Class 8: ISM P3 January 2005

Technology Costs: Two Continuous Trends

Page 11: P3 January 2005 Class 8: ISM Key Trends and Laws From Past to Future

Class 8: ISM P3 January 2005

The Cost of Computers

Year Cost

1964 $10.000.000

2000 $10

2005 $1

2020 $0,01

Page 12: P3 January 2005 Class 8: ISM Key Trends and Laws From Past to Future

Class 8: ISM P3 January 2005

Page 13: P3 January 2005 Class 8: ISM Key Trends and Laws From Past to Future

Class 8: ISM P3 January 2005

Real Telephone Cost: New York - San Francisco

0

0.1

0.2

0.3

0.4

0.5

0.6

0.7

0.8

0.9

11980

1981

1982

1983

1984

1985

1986

1987

1988

1989

1990

1991

1992

1993

1994

1995

1996

1997

1998

1999

2000

2001

2002

2003

2004

2005

Actual PricesTrend: 1915-1999Trend: 1984-1999Trend: 1994:1999

Cost of one minute call in 2004 $

Page 14: P3 January 2005 Class 8: ISM Key Trends and Laws From Past to Future

Class 8: ISM P3 January 2005

…But Total IT Costs Rising

• The McKean IT Paradox: Technology is 20% of total costs and effort:

The box costs 20%, the wrap up (implementation, support, maintenance, etc) costs 80%

• From IT to Services

Page 15: P3 January 2005 Class 8: ISM Key Trends and Laws From Past to Future

Class 8: ISM P3 January 2005

Always There:Aged Old IT

Page 16: P3 January 2005 Class 8: ISM Key Trends and Laws From Past to Future

Class 8: ISM P3 January 2005

Legacy Systems

• More than 50% of corporate data are in old (i.e. 30 years old) systems (the “legacy systems”)

• IT consists of 1000s of legacy systems forming a spaghetti chart

• Integration is always a major technical capability challenge

Page 17: P3 January 2005 Class 8: ISM Key Trends and Laws From Past to Future

Class 8: ISM P3 January 2005

Coming Up:The World of a Single, Global

Computer Language

Page 18: P3 January 2005 Class 8: ISM Key Trends and Laws From Past to Future

Class 8: ISM P3 January 2005

Standards and Global Interconnectivity

Towards a common language: making machines talk to each other

• The extended enterprise: “Cisco is a node in an interconnected global network” – 2002: $18 billion in b2b Internet sales, 65% Internet

facilitated shipments, 82% of customer service on Internet

• IT becomes an outward-facing department• Applications (web services) available over the

internet

Page 19: P3 January 2005 Class 8: ISM Key Trends and Laws From Past to Future

Class 8: ISM P3 January 2005

The new IT: From T to I

Page 20: P3 January 2005 Class 8: ISM Key Trends and Laws From Past to Future

Class 8: ISM P3 January 2005

Information Over-Overload• An average novel is about 10-6 (0.0000001) TB

• The U.S. Library of Congress is around 10 TB

• The worldwide production of information in 2002

was 5 million TB

• 30 billion emails sent daily in 2002, equals to

440.000 TB information production annually

• 530.000 TB of internet information in 2002

• A bank that took 10 years in the 80’s to accumulate

10 TB of data, now does this in less than 9 months

Page 21: P3 January 2005 Class 8: ISM Key Trends and Laws From Past to Future

Class 8: ISM P3 January 2005

Continuous Improvements:Technology Evolution

Page 22: P3 January 2005 Class 8: ISM Key Trends and Laws From Past to Future

Class 8: ISM P3 January 2005

Page 23: P3 January 2005 Class 8: ISM Key Trends and Laws From Past to Future

Class 8: ISM P3 January 2005

Moore’s Law

Page 24: P3 January 2005 Class 8: ISM Key Trends and Laws From Past to Future

Class 8: ISM P3 January 2005

Gilder’s Bandwidth Law

Page 25: P3 January 2005 Class 8: ISM Key Trends and Laws From Past to Future

Class 8: ISM P3 January 2005

Download of “The Matrix” DVD

Page 26: P3 January 2005 Class 8: ISM Key Trends and Laws From Past to Future

Class 8: ISM P3 January 2005

Metcalf’s Law

Page 27: P3 January 2005 Class 8: ISM Key Trends and Laws From Past to Future

Class 8: ISM P3 January 2005

The Singularity Point

Moore’sLaw

Metcalf’sLaw

Gilder’sLaw

Computing Power

Network Nodes

Connection Speed

Page 28: P3 January 2005 Class 8: ISM Key Trends and Laws From Past to Future

Class 8: ISM P3 January 2005

Coming Up Soon: The “Disappearing” Computer,

Ubiquitous Computing

Page 29: P3 January 2005 Class 8: ISM Key Trends and Laws From Past to Future

Class 8: ISM P3 January 2005

Page 30: P3 January 2005 Class 8: ISM Key Trends and Laws From Past to Future

Class 8: ISM P3 January 2005

Transforming Products with IT

2000

network

1960s

hardware

1980s

software

hardware hardware

software

Page 31: P3 January 2005 Class 8: ISM Key Trends and Laws From Past to Future

Class 8: ISM P3 January 2005

High

Beyond Standalone Products

Profitablegrowth potential

Low Product platform

Software + Network

Services

Page 32: P3 January 2005 Class 8: ISM Key Trends and Laws From Past to Future

Class 8: ISM P3 January 2005

Transforming Products: The Car Example

Page 33: P3 January 2005 Class 8: ISM Key Trends and Laws From Past to Future

Class 8: ISM P3 January 2005

“A Car is a Java Machine on Wheels”

ConvenienceFun/Image

Multi-mediacontent

Multi-mediacontent

Autoinsurance

Autoinsurance

Safety

Airbagdeployment

Airbagdeployment

Doorunlock

Doorunlock

Theftdetection

Theftdetection

Emergencyservices

Emergencyservices

RemoteDiagnostics

RemoteDiagnostics

E-MailV-Mail

E-MailV-Mail

Trafficreports

Trafficreports

Customcontent

Customcontent

Cellularcalling

Cellularcalling

Conciergeservices

Conciergeservices

UserProductivity

Page 34: P3 January 2005 Class 8: ISM Key Trends and Laws From Past to Future

Class 8: ISM P3 January 2005

And Never Forget: The Three Fundamental Laws of

Technology

Page 35: P3 January 2005 Class 8: ISM Key Trends and Laws From Past to Future

Class 8: ISM P3 January 2005

The Three Fundamental IT Laws

1. Technology evolves, technology’s use evolves, people adapt

2. It is easy to change technology, it is difficult to change people, it is crucial to find the balance between the two (i.e. PETs versus KNETs, Organizations versus Society)

3. The impact (value/cost) of IT is 1. Measurable (hard) and non-measurable (soft)2. First order and second order (transformative

and unexpected)