Suzanne Acar

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    March 2012

    Presented by: Suzanne Acar, Senior Information Strategist

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    Agenda

    ?Digital Age Characteristics

    ?Persistent Challenges with Data

    ?

    Strategy Ideas for Information Quality?Summary

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    c

    Acceleration

    Digital Age Characteristics

    ?Rapid speed to revolutionarybreakthroughs

    in technology

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    Complexity

    ?Complex Systems behave incomplex ways

    Digital Age Characteristics

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    ?Our problems and opportunities are

    linked

    Interconnections

    Digital Age Characteristics

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    Immediacy?Changes occur at high

    speed and are often times:

    ?

    irregular,?disorderly, and

    ?unpredictable

    Digital Age Characteristics

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    Unpredictability?Interactive complex systems

    behave unpredictably

    Digital Age Characteristics

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    Intangibility? Growing distance from original sources of

    information and things we buy, use, andbelieve

    ? Reputation and credibility are noteworthy

    intangibles

    Digital Age Characteristics

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    Convergence Leading way to Hybrid Age?Text, graphics, sound, and data can all

    reside in a single place like a CD or DVD

    ?Privacy is a growing concern

    ?GRIN developments in areas

    that are unregulated is a concern

    Digital Age Characteristics

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    Some Persistent Challenges With Data

    ?Exponential Increase of Volume

    ?Interoperability and Shareability

    ?Longevity

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    Persistent Challenges

    ? By 2020 volume of data will be 50 times larger than

    it was in 2010 how do we make sense of zetabytes

    of data?? Amount of metadata is growing

    ? Containers (i.e., files, records, packets, images,

    signals) of data are growing - 25 quintillion

    ?

    Legacy technologies reaching limits

    Yet, we still endlessly hunt for data!!

    *Source: EMC2

    Volume of Data Growing Faster than ever*

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    Persistent Challenges Interoperability: Getting systems to talk to and understand

    each other (e.g., human brain and machines) Shareability: Need institutionalized ways for discovery and

    access

    - Problems with context

    - Information sharing means different things to

    different people

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    Longevity of Data

    - Data outlasts technology

    - High failure rate to retrieve old data

    - 80% - 90% of data is never accessedonce archived

    -No accessibility guarantee 10 or 20+

    years from now for data stored today

    Persistent Challenges

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    Need careful thought for informed design

    Who is responsible for managing the dataproblem?

    What is a good strategy for managing big data?

    Where is technology in its life cycle?

    Data as a platform any issues concerning therights to data?

    Use of standards focus on which ones?

    Good understanding of regulation compliance?

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    ?Data quality problems are not solvable bytechnology alone

    ?Architecture may reveal some data fitness

    issues?Sensitivity and access concerns?

    Is the data fit for use?

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    35% more digital information is created

    today than the capacity exists to store it. This

    number will jump to over 60% over the next

    several years*

    What criteria and method will be used to

    know what data to keep, what data to archive

    and when to archive it?

    Are there innovative ways to find and

    manage data?

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    By 2020, more than 1/3rd of all digital information

    created annually will either live in or pass through the

    cloud*

    What common schema and semantics will beused?

    How will data be protected? One company claims

    the answer with quantum mechanics

    What is the role of cloud in your environment?

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    ? Insert/embed information quality activities inexisting practices

    ?Business Program/Project specific

    ?

    Life Cycle Management Practices?Enterprise Architecture

    ? Infiltrate leadership suite

    ?The C Suite desperately needs a member leader whounderstands and can communicate the strategicimportance of data (e.g. Chief Data Officer?)

    NOTIONAL Some Strategy Ideas

    for Information Quality in a Complex World

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    ?Create a community of practice for data

    ?Maybe start with data governance and evolve to acommunity

    ?Develop an Information Quality career path inpartnership with HR

    ?Borrow from program management elements

    ?Inventory best practices and leverage

    ?Define long term objectives and performance measuresto determine progress and impact

    ?The possibilities are endless!!

    Change doesnt have to be big to have a big impact!

    NOTIONAL - Some Strategy Ideas

    for Information Quality in a Complex World

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    SUMMARY

    - Advances in

    technology alone donot solve thepersistent problems

    with data in a complexunpredictable world

    that is veryinformation intensive

    Thank You!

    The greatest danger in times of turbulence is not the

    turbulence; it is to act with yesterdays logic. --Peter Drucker

    - Does IQ managementhave a role in areas where

    boundaries have given way toinformation science?