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UNCLASSIFIED ndash DISTRIBUTION STATEMENT A
Reference Number 14-S-2600 September 30 2014
Reducing Risk through Improved TampE
Knowledge Management
Ryan Norman
TRMC Initiative Lead for Knowledge Management
ATampL Test Resource Management Center
ryantnormancivmailmil
2UNCLASSIFIED ndash DISTRIBUTION STATEMENT A Reference Number 14-S-2600
DASD(DTampE) Director TRMC
Staff DirectorLt Col Brian Bohenek
USAF
Principal Deputy DTampE
Vacant
(SES)
DASD(DTampE) Director TRMCDr C David Brown
Principal Deputy Director TRMC
Mr Derrick Hinton
(SES)
bull Monitorreview DTampE activities of
major defense acquisition programs
bull Develop Policy and Guidance
bull Assist Program Offices (Chief
Developmental Testers) in TampE
Planning
bull Test amp Evaluation Master Plan
(TEMP) approvaldisapproval
bull Advocacy for Acquisition DTampE
workforce
bull Annual Report to Congress
bull Steward of the DoD test and
evaluation (TampE) infrastructurendash Major Range and Test Facility Base (MRTFB)
bull Services TampE budget certification
bull TampE Infrastructure Investmentsndash TampE Science and Technology (SampT) Program
ndash Central Test and Evaluation Investment
Program (CTEIP)
ndash Electronic Warfare Infrastructure
Improvement Project (EWIIP)
ndash Joint Mission Environment Test Capability
(JMETC) Program
ndash National Cyber Range (NCR)
bull Biannual Strategic Plan to Congress
DTampE TRMC
3UNCLASSIFIED ndash DISTRIBUTION STATEMENT A Reference Number 14-S-2600
TRMC Knowledge Management (KM) Recent Efforts
bull (FY12) Completed Data Management for Distributed Testing
(DM-DT) Study
ndash Result Developed functional requirements for TampE Enterprise Data
Management
bull (FY13) Comprehensive Review of TampE Infrastructure report
published ndash aka ldquoThe TampE Infrastructure Study
ndash Key Recommendation Use DoD cloud solution for TampE data
ndash Key Recommendation USD(ATampL) establish a DoD-wide KM capability for
TampE to help achieve better acquisition outcomes and reduce costs
bull (FY1415) JMETC Program Element (PE) increasing to support
cyber TampE requirements
ndash Includes funding to establish Regional Service Delivery Points
bull (FY14) Joint Strike Fighter Knowledge Management (JSF-KM)
project initiated
ndash Goal Assess KM technologies and methodologies with an existing acquisition
program to inform an enterprise approach to TampE knowledge management
4UNCLASSIFIED ndash DISTRIBUTION STATEMENT A Reference Number 14-S-2600
What is Knowledge Management (KM)
bull Data represents a fact or statement without relation to other
things
ndash Example It is raining
bull Information is data that has been placed in a meaningful
context
ndash Example The temperature dropped 15 degrees amp then it started raining
bull Knowledge is a collection of information with some extracted
value
ndash Example If the humidity is very high amp the temperature drops substantially the
atmosphere is often unlikely to hold the moisture ndash so it rains
bull Knowledge Management (KM) is the process of efficiently
capturing handling distributing and using knowledge
bull KM is based on two critical activities
ndash The capture amp documentation of explicit amp implied knowledge
ndash The dissemination of this knowledge within an organization(s)
The TampE mission is to attain and share knowledge
UNCLASSIFIED ndash DISTRIBUTION STATEMENT A
Reference Number 14-S-2600 September 30 2014
RDTampE Live Virtual Constructive (LVC) ldquoLayersrdquo
Knowledge Management Layer
Operational Capability Layer (LVC)
Test Resource Layer (LVC)
Test
Resource
Data
Loggers
Operational
Capability
Data
Loggers
Layer Interface(s)
Data Retrieval
Analysis
Presentation
No
n-ldquo
Re
al-
Tim
erdquo D
ata
Tra
ns
fer Layer Interface(s)
Real-Time Post-Test
Processing
Generates TampE
Data
Captures TampE
Data
Where Data
becomes
Knowledge
UNCLASSIFIED ndash DISTRIBUTION STATEMENT A
Reference Number 14-S-2600 September 30 2014
TampE Data Levels in the Knowledge Management Layer
6
Level 1 Raw Data
Level 2 Reduced Data
Level 3 Ordered Data
Level 4
Findings Summary Statistics
Level 5
Analysis Inferential Statistics
Level 6
Extended Analysis
Level 7
Conclusion
Test Report
Delivered to PM
Customer
Limited archival
at test facility
Deleted after
analysis complete
Delivered to HQ
Bulk of data is not delivered to customers and is not preserved
UNCLASSIFIED ndash DISTRIBUTION STATEMENT A
Reference Number 14-S-2600 September 30 2014
Keys to an Effective Knowledge Management Approach
bull Trusted processes across government and industry that identify
acquisition problems sooner rather than later
ndash Result Develops mutual trust in testing products
bull Accessibility of knowledge amp data to legitimate users
ndash Result Efficiencies gained through reducing the amount of testing required to
obtain knowledge
bull Discoverability of knowledge amp data obtained over time
ndash Result Enables data scientists to leverage data mining and analytical tools
that rapidly answer questions and discover ldquounknown unknownsrdquo
bull Availability of knowledge through common tools amp technologies ndash
Example Cloud storage and services
ndash Result Efficiencies gained from readily available amp shared technology
hardware software and processes
Primary Goal of TampE Discern Knowledge from Collected Data
UNCLASSIFIED ndash DISTRIBUTION STATEMENT A
Reference Number 14-S-2600 September 30 2014
User
Long-term DoD TampE Enterprise Knowledge Management
8
Result TampE data used more effectively amp efficiently in support of acquisition
bull True product of TampE should be data amp knowledge
bull TampE data currently compartmentalized with little
discovery or reuse outside of program
bull By embracing KM amp Big Data Analytics DoD can efficiently handle amp securely share TampE data
bull KM will enable all TampE data to be usable to build knowledge across all DoD acquisitions
bull Distributed data repositories will enable execution amp automated search scenarios that cannot occur today
Savings
bull Fewer Tests Planned bull Reduced Software Licenses
bull Eliminates Duplicative Custom Tools bull Reduced Information Assurance Expenses
bull Continuous Regression Testing
bull Improved Preventative Maintenance
bull Fewer Duplicative DT and OTbull Access to Historical Data wo
Buying it from the Prime
bull Identification of Shared Issues
w Other Systems
bull Faster Root Cause Analysis
Avoidancebull Data Available for Leverage by Shared
Systems
bull Pre-flight checkout of SUT and Instrumentation
bull MampS of test mission parameters
bull Data trend analysis leads to predictive failure alerts
Test Planning
Test Setup
Data Analysis amp Evaluation
System Fielding
bull Fewer Test Hours Spent Chasing Previously Identified Issues
bull Increased Data Harvesting Speed
bull Find amp Fix Problems Faster
TampE Knowledge Management Cost Efficiencies
bull Reduced TDY
bull Reduced Diagnostic Time for Issues
bull Automated ldquoUnknown Unknownrdquo Issue Identification
9UNCLASSIFIED ndash DISTRIBUTION STATEMENT A
UNCLASSIFIED ndash DISTRIBUTION STATEMENT A
Reference Number 14-S-2600 September 30 2014
Joint Strike Fighter Knowledge Management (JSF-KM) Effort Overview
bull TRMC is investigating tools techniques resources policies amp
procedures needed to more efficiently amp effectively use TampE data
bull TRMC is partnering with Joint Strike Fighter (JSF) to ascertain
how Big Data tools amp Cloud Computing technologies could assist
acquisition programs during TampE
bull TRMC will establish a next-generation Knowledge Management
(KM) capability that utilizes the latest in virtualization
technologies methodologies amp best practices for JSF OT data
bull Capability will enable remote search amp retrieval of JSF OTampE data
10
JSF JPO is assisting TRMC in prototyping
a Big Data Enterprise KM system
UNCLASSIFIED ndash DISTRIBUTION STATEMENT A
Reference Number 14-S-2600 September 30 2014
User
Eglin
Pax
River
JSF-KM Test Concept
bull DT amp OT data storage in government facilities
bull Collect Store ldquoDT qualityrdquo data during OT
bull Search Analyze Edwards amp Nellis
data from any secure location
bull Brings enhanced JMETC infrastructure to JSF TampE
bull Knowledge shared across
JSF DT OT TampE locations
bull Apply commercial
technologies to DoD requirements
bull Scalable to other JSF TampE locations
11
JPO
Pote
ntia
l Expansio
n
UNCLASSIFIED ndash DISTRIBUTION STATEMENT A
Reference Number 14-S-2600 September 30 2014
TampE Data Analytics for Improving Operationally Fielded Systems
(TampE-DAIOFS)
bull 20 TB of Mine
Resistant Ambush
Protected (MRAP)
data collected
during DT OT and
combat operations
bull Project will move
data into HPC-
hosted database for
querying and data
product generation
12
bull Goal Understand correlations between automotive performance data
survivability data terrain meteorology and other conditions
UNCLASSIFIED ndash DISTRIBUTION STATEMENT A
Reference Number 14-S-2600 September 30 2014
Summary
bull TRMC is developing a plan to act upon the Knowledge
Management (KM) recommendations from the Comprehensive
Review of TampE Infrastructure
ndash Recommendation 1 Use DoD cloud solution for TampE data
ndash Recommendation 2 Establish a DoD-wide KM capability for TampE
bull Improved TampE KM will help achieve better acquisition outcomes
and reduce costs
ndash Identify amp Diagnose problems sooner and continuously
ndash Eliminate unnecessary testing
bull TRMC funded proofs of concept will deliver proven capabilities
ndash Enable ldquoBig Datardquo analytics during JSF TampE
ndash Establish improved transfer of knowledge between fielded and next-
generation systems
13
UNCLASSIFIED ndash DISTRIBUTION STATEMENT A
Reference Number 14-S-2600 September 30 2014
Questions
14
UNCLASSIFIED ndash DISTRIBUTION STATEMENT A
Reference Number 14-S-2600 September 30 2014
Backup Slides
Not for presentation
15
UNCLASSIFIED ndash DISTRIBUTION STATEMENT A
Reference Number 14-S-2600 September 30 2014
Concept Definitions
bull Big Data
ndash Big data is a blanket term for any collection of data sets so large amp complex that it becomes
difficult to process using on-hand data management tools or traditional data processing
applications The challenges include capture curating storage search sharing transfer
analysis amp visualization
bull Big Data Analytics Data Discovery
ndash Process of discovering meaningful new correlations patterns amp trends by sifting through large
amounts of data stored in repositories using pattern recognition technologies as well as
statistical amp mathematical techniques
bull Cloud Computing
ndash The practice of using a network of remote servers hosted on a network to store manage amp
process data rather than a local server or personal computer A private cloud is a marketing
term for a cloud computing platform that is implemented within the corporate firewall under the
control of the IT department
bull Data Center
ndash A facility used to house a large group of networked computer servers storage networking amp
telecommunications equipment This equipment is used by organizations for the remote storage
processing or distribution of large amounts of data Data centers generally include redundant or
backup power supplies redundant data communications connections environmental controls
(eg air conditioning fire suppression) amp various security devices
16
UNCLASSIFIED ndash DISTRIBUTION STATEMENT A
Reference Number 14-S-2600 September 30 2014
Concept Definitions
bull Knowledge Management (KM)
ndash KM is a discipline that promotes an integrated approach to identifying capturing evaluating
retrieving amp sharing all of an enterprisersquos information assets These assets may include
databases documents policies procedures amp previously un-captured expertise amp experience in
individual workers
bull Portal
ndash A portal is a website which brings information from diverse sources together in a uniform way A
well designed portal can increase a KM systemrsquos value exponentially while using a badly
designed portal is an exercise in frustration A portal is the doorway to the content amp content is
the window to our organizational knowledge
bull Virtual Machine (VM)
ndash In computing a VM is an emulation of a particular computer system VMs operate based on the
computer architecture amp functions of a real or hypothetical computer amp their implementations
may involve specialized hardware software or a combination of both
bull Virtualization Technologies
ndash Virtualization enables you to run multiple application amp operating systems on a single computer
making the IT infrastructure simpler amp more efficient while reducing the overall server footprint amp
operating costs This will more efficiently utilize server resources amp increase capabilities Within
a virtual architecture you can deploy pre-configured applications faster increase performance amp
availability
17
UNCLASSIFIED ndash DISTRIBUTION STATEMENT A
Reference Number 14-S-2600 September 30 2014
Long-term DoD TampE Enterprise Knowledge Management Vision
bull Knowledge should be readily available amp discoverable across an
acquisition programrsquos entire lifecycle
ndash Enables measured improvements data analytics etc to occur throughout system
lifecycle
bull Ideally analysts program managers amp logisticians would have access to
all data associated with an acquisition system
bull KM system would include data from initial conceptual research amp
development work through all phases of TampE to data gathered while
fielded in theater amp operations amp maintenance records for all acquisition
systems
bull Utilizing cloud computing technologies implement a logically
centralized physically distributed knowledge management system
which leverages existing TampE data centers
bull Allows benefits of cloud computing to be realized for data which cannot
be moved to a centralized location for processing
18
UNCLASSIFIED ndash DISTRIBUTION STATEMENT A
TRMC Knowledge Management VisionCSA RampD
OEM Contractor
CSA TampE
CSA Logistics
Discovery Analysis Tools
Discovery Analysis Tools
Discovery Analysis Tools
Discovery Analysis Tools
Logically Centralized
Data Storage
Search Engine
KM Portal
Classification amp Permissions
Data Scientists
Evaluators
PMrsquos
Developers Engineers
Governance amp Policies
(animated slide) 19
DoD Enterprise Data Management for Acquisition
Analysis Tools
2UNCLASSIFIED ndash DISTRIBUTION STATEMENT A Reference Number 14-S-2600
DASD(DTampE) Director TRMC
Staff DirectorLt Col Brian Bohenek
USAF
Principal Deputy DTampE
Vacant
(SES)
DASD(DTampE) Director TRMCDr C David Brown
Principal Deputy Director TRMC
Mr Derrick Hinton
(SES)
bull Monitorreview DTampE activities of
major defense acquisition programs
bull Develop Policy and Guidance
bull Assist Program Offices (Chief
Developmental Testers) in TampE
Planning
bull Test amp Evaluation Master Plan
(TEMP) approvaldisapproval
bull Advocacy for Acquisition DTampE
workforce
bull Annual Report to Congress
bull Steward of the DoD test and
evaluation (TampE) infrastructurendash Major Range and Test Facility Base (MRTFB)
bull Services TampE budget certification
bull TampE Infrastructure Investmentsndash TampE Science and Technology (SampT) Program
ndash Central Test and Evaluation Investment
Program (CTEIP)
ndash Electronic Warfare Infrastructure
Improvement Project (EWIIP)
ndash Joint Mission Environment Test Capability
(JMETC) Program
ndash National Cyber Range (NCR)
bull Biannual Strategic Plan to Congress
DTampE TRMC
3UNCLASSIFIED ndash DISTRIBUTION STATEMENT A Reference Number 14-S-2600
TRMC Knowledge Management (KM) Recent Efforts
bull (FY12) Completed Data Management for Distributed Testing
(DM-DT) Study
ndash Result Developed functional requirements for TampE Enterprise Data
Management
bull (FY13) Comprehensive Review of TampE Infrastructure report
published ndash aka ldquoThe TampE Infrastructure Study
ndash Key Recommendation Use DoD cloud solution for TampE data
ndash Key Recommendation USD(ATampL) establish a DoD-wide KM capability for
TampE to help achieve better acquisition outcomes and reduce costs
bull (FY1415) JMETC Program Element (PE) increasing to support
cyber TampE requirements
ndash Includes funding to establish Regional Service Delivery Points
bull (FY14) Joint Strike Fighter Knowledge Management (JSF-KM)
project initiated
ndash Goal Assess KM technologies and methodologies with an existing acquisition
program to inform an enterprise approach to TampE knowledge management
4UNCLASSIFIED ndash DISTRIBUTION STATEMENT A Reference Number 14-S-2600
What is Knowledge Management (KM)
bull Data represents a fact or statement without relation to other
things
ndash Example It is raining
bull Information is data that has been placed in a meaningful
context
ndash Example The temperature dropped 15 degrees amp then it started raining
bull Knowledge is a collection of information with some extracted
value
ndash Example If the humidity is very high amp the temperature drops substantially the
atmosphere is often unlikely to hold the moisture ndash so it rains
bull Knowledge Management (KM) is the process of efficiently
capturing handling distributing and using knowledge
bull KM is based on two critical activities
ndash The capture amp documentation of explicit amp implied knowledge
ndash The dissemination of this knowledge within an organization(s)
The TampE mission is to attain and share knowledge
UNCLASSIFIED ndash DISTRIBUTION STATEMENT A
Reference Number 14-S-2600 September 30 2014
RDTampE Live Virtual Constructive (LVC) ldquoLayersrdquo
Knowledge Management Layer
Operational Capability Layer (LVC)
Test Resource Layer (LVC)
Test
Resource
Data
Loggers
Operational
Capability
Data
Loggers
Layer Interface(s)
Data Retrieval
Analysis
Presentation
No
n-ldquo
Re
al-
Tim
erdquo D
ata
Tra
ns
fer Layer Interface(s)
Real-Time Post-Test
Processing
Generates TampE
Data
Captures TampE
Data
Where Data
becomes
Knowledge
UNCLASSIFIED ndash DISTRIBUTION STATEMENT A
Reference Number 14-S-2600 September 30 2014
TampE Data Levels in the Knowledge Management Layer
6
Level 1 Raw Data
Level 2 Reduced Data
Level 3 Ordered Data
Level 4
Findings Summary Statistics
Level 5
Analysis Inferential Statistics
Level 6
Extended Analysis
Level 7
Conclusion
Test Report
Delivered to PM
Customer
Limited archival
at test facility
Deleted after
analysis complete
Delivered to HQ
Bulk of data is not delivered to customers and is not preserved
UNCLASSIFIED ndash DISTRIBUTION STATEMENT A
Reference Number 14-S-2600 September 30 2014
Keys to an Effective Knowledge Management Approach
bull Trusted processes across government and industry that identify
acquisition problems sooner rather than later
ndash Result Develops mutual trust in testing products
bull Accessibility of knowledge amp data to legitimate users
ndash Result Efficiencies gained through reducing the amount of testing required to
obtain knowledge
bull Discoverability of knowledge amp data obtained over time
ndash Result Enables data scientists to leverage data mining and analytical tools
that rapidly answer questions and discover ldquounknown unknownsrdquo
bull Availability of knowledge through common tools amp technologies ndash
Example Cloud storage and services
ndash Result Efficiencies gained from readily available amp shared technology
hardware software and processes
Primary Goal of TampE Discern Knowledge from Collected Data
UNCLASSIFIED ndash DISTRIBUTION STATEMENT A
Reference Number 14-S-2600 September 30 2014
User
Long-term DoD TampE Enterprise Knowledge Management
8
Result TampE data used more effectively amp efficiently in support of acquisition
bull True product of TampE should be data amp knowledge
bull TampE data currently compartmentalized with little
discovery or reuse outside of program
bull By embracing KM amp Big Data Analytics DoD can efficiently handle amp securely share TampE data
bull KM will enable all TampE data to be usable to build knowledge across all DoD acquisitions
bull Distributed data repositories will enable execution amp automated search scenarios that cannot occur today
Savings
bull Fewer Tests Planned bull Reduced Software Licenses
bull Eliminates Duplicative Custom Tools bull Reduced Information Assurance Expenses
bull Continuous Regression Testing
bull Improved Preventative Maintenance
bull Fewer Duplicative DT and OTbull Access to Historical Data wo
Buying it from the Prime
bull Identification of Shared Issues
w Other Systems
bull Faster Root Cause Analysis
Avoidancebull Data Available for Leverage by Shared
Systems
bull Pre-flight checkout of SUT and Instrumentation
bull MampS of test mission parameters
bull Data trend analysis leads to predictive failure alerts
Test Planning
Test Setup
Data Analysis amp Evaluation
System Fielding
bull Fewer Test Hours Spent Chasing Previously Identified Issues
bull Increased Data Harvesting Speed
bull Find amp Fix Problems Faster
TampE Knowledge Management Cost Efficiencies
bull Reduced TDY
bull Reduced Diagnostic Time for Issues
bull Automated ldquoUnknown Unknownrdquo Issue Identification
9UNCLASSIFIED ndash DISTRIBUTION STATEMENT A
UNCLASSIFIED ndash DISTRIBUTION STATEMENT A
Reference Number 14-S-2600 September 30 2014
Joint Strike Fighter Knowledge Management (JSF-KM) Effort Overview
bull TRMC is investigating tools techniques resources policies amp
procedures needed to more efficiently amp effectively use TampE data
bull TRMC is partnering with Joint Strike Fighter (JSF) to ascertain
how Big Data tools amp Cloud Computing technologies could assist
acquisition programs during TampE
bull TRMC will establish a next-generation Knowledge Management
(KM) capability that utilizes the latest in virtualization
technologies methodologies amp best practices for JSF OT data
bull Capability will enable remote search amp retrieval of JSF OTampE data
10
JSF JPO is assisting TRMC in prototyping
a Big Data Enterprise KM system
UNCLASSIFIED ndash DISTRIBUTION STATEMENT A
Reference Number 14-S-2600 September 30 2014
User
Eglin
Pax
River
JSF-KM Test Concept
bull DT amp OT data storage in government facilities
bull Collect Store ldquoDT qualityrdquo data during OT
bull Search Analyze Edwards amp Nellis
data from any secure location
bull Brings enhanced JMETC infrastructure to JSF TampE
bull Knowledge shared across
JSF DT OT TampE locations
bull Apply commercial
technologies to DoD requirements
bull Scalable to other JSF TampE locations
11
JPO
Pote
ntia
l Expansio
n
UNCLASSIFIED ndash DISTRIBUTION STATEMENT A
Reference Number 14-S-2600 September 30 2014
TampE Data Analytics for Improving Operationally Fielded Systems
(TampE-DAIOFS)
bull 20 TB of Mine
Resistant Ambush
Protected (MRAP)
data collected
during DT OT and
combat operations
bull Project will move
data into HPC-
hosted database for
querying and data
product generation
12
bull Goal Understand correlations between automotive performance data
survivability data terrain meteorology and other conditions
UNCLASSIFIED ndash DISTRIBUTION STATEMENT A
Reference Number 14-S-2600 September 30 2014
Summary
bull TRMC is developing a plan to act upon the Knowledge
Management (KM) recommendations from the Comprehensive
Review of TampE Infrastructure
ndash Recommendation 1 Use DoD cloud solution for TampE data
ndash Recommendation 2 Establish a DoD-wide KM capability for TampE
bull Improved TampE KM will help achieve better acquisition outcomes
and reduce costs
ndash Identify amp Diagnose problems sooner and continuously
ndash Eliminate unnecessary testing
bull TRMC funded proofs of concept will deliver proven capabilities
ndash Enable ldquoBig Datardquo analytics during JSF TampE
ndash Establish improved transfer of knowledge between fielded and next-
generation systems
13
UNCLASSIFIED ndash DISTRIBUTION STATEMENT A
Reference Number 14-S-2600 September 30 2014
Questions
14
UNCLASSIFIED ndash DISTRIBUTION STATEMENT A
Reference Number 14-S-2600 September 30 2014
Backup Slides
Not for presentation
15
UNCLASSIFIED ndash DISTRIBUTION STATEMENT A
Reference Number 14-S-2600 September 30 2014
Concept Definitions
bull Big Data
ndash Big data is a blanket term for any collection of data sets so large amp complex that it becomes
difficult to process using on-hand data management tools or traditional data processing
applications The challenges include capture curating storage search sharing transfer
analysis amp visualization
bull Big Data Analytics Data Discovery
ndash Process of discovering meaningful new correlations patterns amp trends by sifting through large
amounts of data stored in repositories using pattern recognition technologies as well as
statistical amp mathematical techniques
bull Cloud Computing
ndash The practice of using a network of remote servers hosted on a network to store manage amp
process data rather than a local server or personal computer A private cloud is a marketing
term for a cloud computing platform that is implemented within the corporate firewall under the
control of the IT department
bull Data Center
ndash A facility used to house a large group of networked computer servers storage networking amp
telecommunications equipment This equipment is used by organizations for the remote storage
processing or distribution of large amounts of data Data centers generally include redundant or
backup power supplies redundant data communications connections environmental controls
(eg air conditioning fire suppression) amp various security devices
16
UNCLASSIFIED ndash DISTRIBUTION STATEMENT A
Reference Number 14-S-2600 September 30 2014
Concept Definitions
bull Knowledge Management (KM)
ndash KM is a discipline that promotes an integrated approach to identifying capturing evaluating
retrieving amp sharing all of an enterprisersquos information assets These assets may include
databases documents policies procedures amp previously un-captured expertise amp experience in
individual workers
bull Portal
ndash A portal is a website which brings information from diverse sources together in a uniform way A
well designed portal can increase a KM systemrsquos value exponentially while using a badly
designed portal is an exercise in frustration A portal is the doorway to the content amp content is
the window to our organizational knowledge
bull Virtual Machine (VM)
ndash In computing a VM is an emulation of a particular computer system VMs operate based on the
computer architecture amp functions of a real or hypothetical computer amp their implementations
may involve specialized hardware software or a combination of both
bull Virtualization Technologies
ndash Virtualization enables you to run multiple application amp operating systems on a single computer
making the IT infrastructure simpler amp more efficient while reducing the overall server footprint amp
operating costs This will more efficiently utilize server resources amp increase capabilities Within
a virtual architecture you can deploy pre-configured applications faster increase performance amp
availability
17
UNCLASSIFIED ndash DISTRIBUTION STATEMENT A
Reference Number 14-S-2600 September 30 2014
Long-term DoD TampE Enterprise Knowledge Management Vision
bull Knowledge should be readily available amp discoverable across an
acquisition programrsquos entire lifecycle
ndash Enables measured improvements data analytics etc to occur throughout system
lifecycle
bull Ideally analysts program managers amp logisticians would have access to
all data associated with an acquisition system
bull KM system would include data from initial conceptual research amp
development work through all phases of TampE to data gathered while
fielded in theater amp operations amp maintenance records for all acquisition
systems
bull Utilizing cloud computing technologies implement a logically
centralized physically distributed knowledge management system
which leverages existing TampE data centers
bull Allows benefits of cloud computing to be realized for data which cannot
be moved to a centralized location for processing
18
UNCLASSIFIED ndash DISTRIBUTION STATEMENT A
TRMC Knowledge Management VisionCSA RampD
OEM Contractor
CSA TampE
CSA Logistics
Discovery Analysis Tools
Discovery Analysis Tools
Discovery Analysis Tools
Discovery Analysis Tools
Logically Centralized
Data Storage
Search Engine
KM Portal
Classification amp Permissions
Data Scientists
Evaluators
PMrsquos
Developers Engineers
Governance amp Policies
(animated slide) 19
DoD Enterprise Data Management for Acquisition
Analysis Tools
3UNCLASSIFIED ndash DISTRIBUTION STATEMENT A Reference Number 14-S-2600
TRMC Knowledge Management (KM) Recent Efforts
bull (FY12) Completed Data Management for Distributed Testing
(DM-DT) Study
ndash Result Developed functional requirements for TampE Enterprise Data
Management
bull (FY13) Comprehensive Review of TampE Infrastructure report
published ndash aka ldquoThe TampE Infrastructure Study
ndash Key Recommendation Use DoD cloud solution for TampE data
ndash Key Recommendation USD(ATampL) establish a DoD-wide KM capability for
TampE to help achieve better acquisition outcomes and reduce costs
bull (FY1415) JMETC Program Element (PE) increasing to support
cyber TampE requirements
ndash Includes funding to establish Regional Service Delivery Points
bull (FY14) Joint Strike Fighter Knowledge Management (JSF-KM)
project initiated
ndash Goal Assess KM technologies and methodologies with an existing acquisition
program to inform an enterprise approach to TampE knowledge management
4UNCLASSIFIED ndash DISTRIBUTION STATEMENT A Reference Number 14-S-2600
What is Knowledge Management (KM)
bull Data represents a fact or statement without relation to other
things
ndash Example It is raining
bull Information is data that has been placed in a meaningful
context
ndash Example The temperature dropped 15 degrees amp then it started raining
bull Knowledge is a collection of information with some extracted
value
ndash Example If the humidity is very high amp the temperature drops substantially the
atmosphere is often unlikely to hold the moisture ndash so it rains
bull Knowledge Management (KM) is the process of efficiently
capturing handling distributing and using knowledge
bull KM is based on two critical activities
ndash The capture amp documentation of explicit amp implied knowledge
ndash The dissemination of this knowledge within an organization(s)
The TampE mission is to attain and share knowledge
UNCLASSIFIED ndash DISTRIBUTION STATEMENT A
Reference Number 14-S-2600 September 30 2014
RDTampE Live Virtual Constructive (LVC) ldquoLayersrdquo
Knowledge Management Layer
Operational Capability Layer (LVC)
Test Resource Layer (LVC)
Test
Resource
Data
Loggers
Operational
Capability
Data
Loggers
Layer Interface(s)
Data Retrieval
Analysis
Presentation
No
n-ldquo
Re
al-
Tim
erdquo D
ata
Tra
ns
fer Layer Interface(s)
Real-Time Post-Test
Processing
Generates TampE
Data
Captures TampE
Data
Where Data
becomes
Knowledge
UNCLASSIFIED ndash DISTRIBUTION STATEMENT A
Reference Number 14-S-2600 September 30 2014
TampE Data Levels in the Knowledge Management Layer
6
Level 1 Raw Data
Level 2 Reduced Data
Level 3 Ordered Data
Level 4
Findings Summary Statistics
Level 5
Analysis Inferential Statistics
Level 6
Extended Analysis
Level 7
Conclusion
Test Report
Delivered to PM
Customer
Limited archival
at test facility
Deleted after
analysis complete
Delivered to HQ
Bulk of data is not delivered to customers and is not preserved
UNCLASSIFIED ndash DISTRIBUTION STATEMENT A
Reference Number 14-S-2600 September 30 2014
Keys to an Effective Knowledge Management Approach
bull Trusted processes across government and industry that identify
acquisition problems sooner rather than later
ndash Result Develops mutual trust in testing products
bull Accessibility of knowledge amp data to legitimate users
ndash Result Efficiencies gained through reducing the amount of testing required to
obtain knowledge
bull Discoverability of knowledge amp data obtained over time
ndash Result Enables data scientists to leverage data mining and analytical tools
that rapidly answer questions and discover ldquounknown unknownsrdquo
bull Availability of knowledge through common tools amp technologies ndash
Example Cloud storage and services
ndash Result Efficiencies gained from readily available amp shared technology
hardware software and processes
Primary Goal of TampE Discern Knowledge from Collected Data
UNCLASSIFIED ndash DISTRIBUTION STATEMENT A
Reference Number 14-S-2600 September 30 2014
User
Long-term DoD TampE Enterprise Knowledge Management
8
Result TampE data used more effectively amp efficiently in support of acquisition
bull True product of TampE should be data amp knowledge
bull TampE data currently compartmentalized with little
discovery or reuse outside of program
bull By embracing KM amp Big Data Analytics DoD can efficiently handle amp securely share TampE data
bull KM will enable all TampE data to be usable to build knowledge across all DoD acquisitions
bull Distributed data repositories will enable execution amp automated search scenarios that cannot occur today
Savings
bull Fewer Tests Planned bull Reduced Software Licenses
bull Eliminates Duplicative Custom Tools bull Reduced Information Assurance Expenses
bull Continuous Regression Testing
bull Improved Preventative Maintenance
bull Fewer Duplicative DT and OTbull Access to Historical Data wo
Buying it from the Prime
bull Identification of Shared Issues
w Other Systems
bull Faster Root Cause Analysis
Avoidancebull Data Available for Leverage by Shared
Systems
bull Pre-flight checkout of SUT and Instrumentation
bull MampS of test mission parameters
bull Data trend analysis leads to predictive failure alerts
Test Planning
Test Setup
Data Analysis amp Evaluation
System Fielding
bull Fewer Test Hours Spent Chasing Previously Identified Issues
bull Increased Data Harvesting Speed
bull Find amp Fix Problems Faster
TampE Knowledge Management Cost Efficiencies
bull Reduced TDY
bull Reduced Diagnostic Time for Issues
bull Automated ldquoUnknown Unknownrdquo Issue Identification
9UNCLASSIFIED ndash DISTRIBUTION STATEMENT A
UNCLASSIFIED ndash DISTRIBUTION STATEMENT A
Reference Number 14-S-2600 September 30 2014
Joint Strike Fighter Knowledge Management (JSF-KM) Effort Overview
bull TRMC is investigating tools techniques resources policies amp
procedures needed to more efficiently amp effectively use TampE data
bull TRMC is partnering with Joint Strike Fighter (JSF) to ascertain
how Big Data tools amp Cloud Computing technologies could assist
acquisition programs during TampE
bull TRMC will establish a next-generation Knowledge Management
(KM) capability that utilizes the latest in virtualization
technologies methodologies amp best practices for JSF OT data
bull Capability will enable remote search amp retrieval of JSF OTampE data
10
JSF JPO is assisting TRMC in prototyping
a Big Data Enterprise KM system
UNCLASSIFIED ndash DISTRIBUTION STATEMENT A
Reference Number 14-S-2600 September 30 2014
User
Eglin
Pax
River
JSF-KM Test Concept
bull DT amp OT data storage in government facilities
bull Collect Store ldquoDT qualityrdquo data during OT
bull Search Analyze Edwards amp Nellis
data from any secure location
bull Brings enhanced JMETC infrastructure to JSF TampE
bull Knowledge shared across
JSF DT OT TampE locations
bull Apply commercial
technologies to DoD requirements
bull Scalable to other JSF TampE locations
11
JPO
Pote
ntia
l Expansio
n
UNCLASSIFIED ndash DISTRIBUTION STATEMENT A
Reference Number 14-S-2600 September 30 2014
TampE Data Analytics for Improving Operationally Fielded Systems
(TampE-DAIOFS)
bull 20 TB of Mine
Resistant Ambush
Protected (MRAP)
data collected
during DT OT and
combat operations
bull Project will move
data into HPC-
hosted database for
querying and data
product generation
12
bull Goal Understand correlations between automotive performance data
survivability data terrain meteorology and other conditions
UNCLASSIFIED ndash DISTRIBUTION STATEMENT A
Reference Number 14-S-2600 September 30 2014
Summary
bull TRMC is developing a plan to act upon the Knowledge
Management (KM) recommendations from the Comprehensive
Review of TampE Infrastructure
ndash Recommendation 1 Use DoD cloud solution for TampE data
ndash Recommendation 2 Establish a DoD-wide KM capability for TampE
bull Improved TampE KM will help achieve better acquisition outcomes
and reduce costs
ndash Identify amp Diagnose problems sooner and continuously
ndash Eliminate unnecessary testing
bull TRMC funded proofs of concept will deliver proven capabilities
ndash Enable ldquoBig Datardquo analytics during JSF TampE
ndash Establish improved transfer of knowledge between fielded and next-
generation systems
13
UNCLASSIFIED ndash DISTRIBUTION STATEMENT A
Reference Number 14-S-2600 September 30 2014
Questions
14
UNCLASSIFIED ndash DISTRIBUTION STATEMENT A
Reference Number 14-S-2600 September 30 2014
Backup Slides
Not for presentation
15
UNCLASSIFIED ndash DISTRIBUTION STATEMENT A
Reference Number 14-S-2600 September 30 2014
Concept Definitions
bull Big Data
ndash Big data is a blanket term for any collection of data sets so large amp complex that it becomes
difficult to process using on-hand data management tools or traditional data processing
applications The challenges include capture curating storage search sharing transfer
analysis amp visualization
bull Big Data Analytics Data Discovery
ndash Process of discovering meaningful new correlations patterns amp trends by sifting through large
amounts of data stored in repositories using pattern recognition technologies as well as
statistical amp mathematical techniques
bull Cloud Computing
ndash The practice of using a network of remote servers hosted on a network to store manage amp
process data rather than a local server or personal computer A private cloud is a marketing
term for a cloud computing platform that is implemented within the corporate firewall under the
control of the IT department
bull Data Center
ndash A facility used to house a large group of networked computer servers storage networking amp
telecommunications equipment This equipment is used by organizations for the remote storage
processing or distribution of large amounts of data Data centers generally include redundant or
backup power supplies redundant data communications connections environmental controls
(eg air conditioning fire suppression) amp various security devices
16
UNCLASSIFIED ndash DISTRIBUTION STATEMENT A
Reference Number 14-S-2600 September 30 2014
Concept Definitions
bull Knowledge Management (KM)
ndash KM is a discipline that promotes an integrated approach to identifying capturing evaluating
retrieving amp sharing all of an enterprisersquos information assets These assets may include
databases documents policies procedures amp previously un-captured expertise amp experience in
individual workers
bull Portal
ndash A portal is a website which brings information from diverse sources together in a uniform way A
well designed portal can increase a KM systemrsquos value exponentially while using a badly
designed portal is an exercise in frustration A portal is the doorway to the content amp content is
the window to our organizational knowledge
bull Virtual Machine (VM)
ndash In computing a VM is an emulation of a particular computer system VMs operate based on the
computer architecture amp functions of a real or hypothetical computer amp their implementations
may involve specialized hardware software or a combination of both
bull Virtualization Technologies
ndash Virtualization enables you to run multiple application amp operating systems on a single computer
making the IT infrastructure simpler amp more efficient while reducing the overall server footprint amp
operating costs This will more efficiently utilize server resources amp increase capabilities Within
a virtual architecture you can deploy pre-configured applications faster increase performance amp
availability
17
UNCLASSIFIED ndash DISTRIBUTION STATEMENT A
Reference Number 14-S-2600 September 30 2014
Long-term DoD TampE Enterprise Knowledge Management Vision
bull Knowledge should be readily available amp discoverable across an
acquisition programrsquos entire lifecycle
ndash Enables measured improvements data analytics etc to occur throughout system
lifecycle
bull Ideally analysts program managers amp logisticians would have access to
all data associated with an acquisition system
bull KM system would include data from initial conceptual research amp
development work through all phases of TampE to data gathered while
fielded in theater amp operations amp maintenance records for all acquisition
systems
bull Utilizing cloud computing technologies implement a logically
centralized physically distributed knowledge management system
which leverages existing TampE data centers
bull Allows benefits of cloud computing to be realized for data which cannot
be moved to a centralized location for processing
18
UNCLASSIFIED ndash DISTRIBUTION STATEMENT A
TRMC Knowledge Management VisionCSA RampD
OEM Contractor
CSA TampE
CSA Logistics
Discovery Analysis Tools
Discovery Analysis Tools
Discovery Analysis Tools
Discovery Analysis Tools
Logically Centralized
Data Storage
Search Engine
KM Portal
Classification amp Permissions
Data Scientists
Evaluators
PMrsquos
Developers Engineers
Governance amp Policies
(animated slide) 19
DoD Enterprise Data Management for Acquisition
Analysis Tools
4UNCLASSIFIED ndash DISTRIBUTION STATEMENT A Reference Number 14-S-2600
What is Knowledge Management (KM)
bull Data represents a fact or statement without relation to other
things
ndash Example It is raining
bull Information is data that has been placed in a meaningful
context
ndash Example The temperature dropped 15 degrees amp then it started raining
bull Knowledge is a collection of information with some extracted
value
ndash Example If the humidity is very high amp the temperature drops substantially the
atmosphere is often unlikely to hold the moisture ndash so it rains
bull Knowledge Management (KM) is the process of efficiently
capturing handling distributing and using knowledge
bull KM is based on two critical activities
ndash The capture amp documentation of explicit amp implied knowledge
ndash The dissemination of this knowledge within an organization(s)
The TampE mission is to attain and share knowledge
UNCLASSIFIED ndash DISTRIBUTION STATEMENT A
Reference Number 14-S-2600 September 30 2014
RDTampE Live Virtual Constructive (LVC) ldquoLayersrdquo
Knowledge Management Layer
Operational Capability Layer (LVC)
Test Resource Layer (LVC)
Test
Resource
Data
Loggers
Operational
Capability
Data
Loggers
Layer Interface(s)
Data Retrieval
Analysis
Presentation
No
n-ldquo
Re
al-
Tim
erdquo D
ata
Tra
ns
fer Layer Interface(s)
Real-Time Post-Test
Processing
Generates TampE
Data
Captures TampE
Data
Where Data
becomes
Knowledge
UNCLASSIFIED ndash DISTRIBUTION STATEMENT A
Reference Number 14-S-2600 September 30 2014
TampE Data Levels in the Knowledge Management Layer
6
Level 1 Raw Data
Level 2 Reduced Data
Level 3 Ordered Data
Level 4
Findings Summary Statistics
Level 5
Analysis Inferential Statistics
Level 6
Extended Analysis
Level 7
Conclusion
Test Report
Delivered to PM
Customer
Limited archival
at test facility
Deleted after
analysis complete
Delivered to HQ
Bulk of data is not delivered to customers and is not preserved
UNCLASSIFIED ndash DISTRIBUTION STATEMENT A
Reference Number 14-S-2600 September 30 2014
Keys to an Effective Knowledge Management Approach
bull Trusted processes across government and industry that identify
acquisition problems sooner rather than later
ndash Result Develops mutual trust in testing products
bull Accessibility of knowledge amp data to legitimate users
ndash Result Efficiencies gained through reducing the amount of testing required to
obtain knowledge
bull Discoverability of knowledge amp data obtained over time
ndash Result Enables data scientists to leverage data mining and analytical tools
that rapidly answer questions and discover ldquounknown unknownsrdquo
bull Availability of knowledge through common tools amp technologies ndash
Example Cloud storage and services
ndash Result Efficiencies gained from readily available amp shared technology
hardware software and processes
Primary Goal of TampE Discern Knowledge from Collected Data
UNCLASSIFIED ndash DISTRIBUTION STATEMENT A
Reference Number 14-S-2600 September 30 2014
User
Long-term DoD TampE Enterprise Knowledge Management
8
Result TampE data used more effectively amp efficiently in support of acquisition
bull True product of TampE should be data amp knowledge
bull TampE data currently compartmentalized with little
discovery or reuse outside of program
bull By embracing KM amp Big Data Analytics DoD can efficiently handle amp securely share TampE data
bull KM will enable all TampE data to be usable to build knowledge across all DoD acquisitions
bull Distributed data repositories will enable execution amp automated search scenarios that cannot occur today
Savings
bull Fewer Tests Planned bull Reduced Software Licenses
bull Eliminates Duplicative Custom Tools bull Reduced Information Assurance Expenses
bull Continuous Regression Testing
bull Improved Preventative Maintenance
bull Fewer Duplicative DT and OTbull Access to Historical Data wo
Buying it from the Prime
bull Identification of Shared Issues
w Other Systems
bull Faster Root Cause Analysis
Avoidancebull Data Available for Leverage by Shared
Systems
bull Pre-flight checkout of SUT and Instrumentation
bull MampS of test mission parameters
bull Data trend analysis leads to predictive failure alerts
Test Planning
Test Setup
Data Analysis amp Evaluation
System Fielding
bull Fewer Test Hours Spent Chasing Previously Identified Issues
bull Increased Data Harvesting Speed
bull Find amp Fix Problems Faster
TampE Knowledge Management Cost Efficiencies
bull Reduced TDY
bull Reduced Diagnostic Time for Issues
bull Automated ldquoUnknown Unknownrdquo Issue Identification
9UNCLASSIFIED ndash DISTRIBUTION STATEMENT A
UNCLASSIFIED ndash DISTRIBUTION STATEMENT A
Reference Number 14-S-2600 September 30 2014
Joint Strike Fighter Knowledge Management (JSF-KM) Effort Overview
bull TRMC is investigating tools techniques resources policies amp
procedures needed to more efficiently amp effectively use TampE data
bull TRMC is partnering with Joint Strike Fighter (JSF) to ascertain
how Big Data tools amp Cloud Computing technologies could assist
acquisition programs during TampE
bull TRMC will establish a next-generation Knowledge Management
(KM) capability that utilizes the latest in virtualization
technologies methodologies amp best practices for JSF OT data
bull Capability will enable remote search amp retrieval of JSF OTampE data
10
JSF JPO is assisting TRMC in prototyping
a Big Data Enterprise KM system
UNCLASSIFIED ndash DISTRIBUTION STATEMENT A
Reference Number 14-S-2600 September 30 2014
User
Eglin
Pax
River
JSF-KM Test Concept
bull DT amp OT data storage in government facilities
bull Collect Store ldquoDT qualityrdquo data during OT
bull Search Analyze Edwards amp Nellis
data from any secure location
bull Brings enhanced JMETC infrastructure to JSF TampE
bull Knowledge shared across
JSF DT OT TampE locations
bull Apply commercial
technologies to DoD requirements
bull Scalable to other JSF TampE locations
11
JPO
Pote
ntia
l Expansio
n
UNCLASSIFIED ndash DISTRIBUTION STATEMENT A
Reference Number 14-S-2600 September 30 2014
TampE Data Analytics for Improving Operationally Fielded Systems
(TampE-DAIOFS)
bull 20 TB of Mine
Resistant Ambush
Protected (MRAP)
data collected
during DT OT and
combat operations
bull Project will move
data into HPC-
hosted database for
querying and data
product generation
12
bull Goal Understand correlations between automotive performance data
survivability data terrain meteorology and other conditions
UNCLASSIFIED ndash DISTRIBUTION STATEMENT A
Reference Number 14-S-2600 September 30 2014
Summary
bull TRMC is developing a plan to act upon the Knowledge
Management (KM) recommendations from the Comprehensive
Review of TampE Infrastructure
ndash Recommendation 1 Use DoD cloud solution for TampE data
ndash Recommendation 2 Establish a DoD-wide KM capability for TampE
bull Improved TampE KM will help achieve better acquisition outcomes
and reduce costs
ndash Identify amp Diagnose problems sooner and continuously
ndash Eliminate unnecessary testing
bull TRMC funded proofs of concept will deliver proven capabilities
ndash Enable ldquoBig Datardquo analytics during JSF TampE
ndash Establish improved transfer of knowledge between fielded and next-
generation systems
13
UNCLASSIFIED ndash DISTRIBUTION STATEMENT A
Reference Number 14-S-2600 September 30 2014
Questions
14
UNCLASSIFIED ndash DISTRIBUTION STATEMENT A
Reference Number 14-S-2600 September 30 2014
Backup Slides
Not for presentation
15
UNCLASSIFIED ndash DISTRIBUTION STATEMENT A
Reference Number 14-S-2600 September 30 2014
Concept Definitions
bull Big Data
ndash Big data is a blanket term for any collection of data sets so large amp complex that it becomes
difficult to process using on-hand data management tools or traditional data processing
applications The challenges include capture curating storage search sharing transfer
analysis amp visualization
bull Big Data Analytics Data Discovery
ndash Process of discovering meaningful new correlations patterns amp trends by sifting through large
amounts of data stored in repositories using pattern recognition technologies as well as
statistical amp mathematical techniques
bull Cloud Computing
ndash The practice of using a network of remote servers hosted on a network to store manage amp
process data rather than a local server or personal computer A private cloud is a marketing
term for a cloud computing platform that is implemented within the corporate firewall under the
control of the IT department
bull Data Center
ndash A facility used to house a large group of networked computer servers storage networking amp
telecommunications equipment This equipment is used by organizations for the remote storage
processing or distribution of large amounts of data Data centers generally include redundant or
backup power supplies redundant data communications connections environmental controls
(eg air conditioning fire suppression) amp various security devices
16
UNCLASSIFIED ndash DISTRIBUTION STATEMENT A
Reference Number 14-S-2600 September 30 2014
Concept Definitions
bull Knowledge Management (KM)
ndash KM is a discipline that promotes an integrated approach to identifying capturing evaluating
retrieving amp sharing all of an enterprisersquos information assets These assets may include
databases documents policies procedures amp previously un-captured expertise amp experience in
individual workers
bull Portal
ndash A portal is a website which brings information from diverse sources together in a uniform way A
well designed portal can increase a KM systemrsquos value exponentially while using a badly
designed portal is an exercise in frustration A portal is the doorway to the content amp content is
the window to our organizational knowledge
bull Virtual Machine (VM)
ndash In computing a VM is an emulation of a particular computer system VMs operate based on the
computer architecture amp functions of a real or hypothetical computer amp their implementations
may involve specialized hardware software or a combination of both
bull Virtualization Technologies
ndash Virtualization enables you to run multiple application amp operating systems on a single computer
making the IT infrastructure simpler amp more efficient while reducing the overall server footprint amp
operating costs This will more efficiently utilize server resources amp increase capabilities Within
a virtual architecture you can deploy pre-configured applications faster increase performance amp
availability
17
UNCLASSIFIED ndash DISTRIBUTION STATEMENT A
Reference Number 14-S-2600 September 30 2014
Long-term DoD TampE Enterprise Knowledge Management Vision
bull Knowledge should be readily available amp discoverable across an
acquisition programrsquos entire lifecycle
ndash Enables measured improvements data analytics etc to occur throughout system
lifecycle
bull Ideally analysts program managers amp logisticians would have access to
all data associated with an acquisition system
bull KM system would include data from initial conceptual research amp
development work through all phases of TampE to data gathered while
fielded in theater amp operations amp maintenance records for all acquisition
systems
bull Utilizing cloud computing technologies implement a logically
centralized physically distributed knowledge management system
which leverages existing TampE data centers
bull Allows benefits of cloud computing to be realized for data which cannot
be moved to a centralized location for processing
18
UNCLASSIFIED ndash DISTRIBUTION STATEMENT A
TRMC Knowledge Management VisionCSA RampD
OEM Contractor
CSA TampE
CSA Logistics
Discovery Analysis Tools
Discovery Analysis Tools
Discovery Analysis Tools
Discovery Analysis Tools
Logically Centralized
Data Storage
Search Engine
KM Portal
Classification amp Permissions
Data Scientists
Evaluators
PMrsquos
Developers Engineers
Governance amp Policies
(animated slide) 19
DoD Enterprise Data Management for Acquisition
Analysis Tools
UNCLASSIFIED ndash DISTRIBUTION STATEMENT A
Reference Number 14-S-2600 September 30 2014
RDTampE Live Virtual Constructive (LVC) ldquoLayersrdquo
Knowledge Management Layer
Operational Capability Layer (LVC)
Test Resource Layer (LVC)
Test
Resource
Data
Loggers
Operational
Capability
Data
Loggers
Layer Interface(s)
Data Retrieval
Analysis
Presentation
No
n-ldquo
Re
al-
Tim
erdquo D
ata
Tra
ns
fer Layer Interface(s)
Real-Time Post-Test
Processing
Generates TampE
Data
Captures TampE
Data
Where Data
becomes
Knowledge
UNCLASSIFIED ndash DISTRIBUTION STATEMENT A
Reference Number 14-S-2600 September 30 2014
TampE Data Levels in the Knowledge Management Layer
6
Level 1 Raw Data
Level 2 Reduced Data
Level 3 Ordered Data
Level 4
Findings Summary Statistics
Level 5
Analysis Inferential Statistics
Level 6
Extended Analysis
Level 7
Conclusion
Test Report
Delivered to PM
Customer
Limited archival
at test facility
Deleted after
analysis complete
Delivered to HQ
Bulk of data is not delivered to customers and is not preserved
UNCLASSIFIED ndash DISTRIBUTION STATEMENT A
Reference Number 14-S-2600 September 30 2014
Keys to an Effective Knowledge Management Approach
bull Trusted processes across government and industry that identify
acquisition problems sooner rather than later
ndash Result Develops mutual trust in testing products
bull Accessibility of knowledge amp data to legitimate users
ndash Result Efficiencies gained through reducing the amount of testing required to
obtain knowledge
bull Discoverability of knowledge amp data obtained over time
ndash Result Enables data scientists to leverage data mining and analytical tools
that rapidly answer questions and discover ldquounknown unknownsrdquo
bull Availability of knowledge through common tools amp technologies ndash
Example Cloud storage and services
ndash Result Efficiencies gained from readily available amp shared technology
hardware software and processes
Primary Goal of TampE Discern Knowledge from Collected Data
UNCLASSIFIED ndash DISTRIBUTION STATEMENT A
Reference Number 14-S-2600 September 30 2014
User
Long-term DoD TampE Enterprise Knowledge Management
8
Result TampE data used more effectively amp efficiently in support of acquisition
bull True product of TampE should be data amp knowledge
bull TampE data currently compartmentalized with little
discovery or reuse outside of program
bull By embracing KM amp Big Data Analytics DoD can efficiently handle amp securely share TampE data
bull KM will enable all TampE data to be usable to build knowledge across all DoD acquisitions
bull Distributed data repositories will enable execution amp automated search scenarios that cannot occur today
Savings
bull Fewer Tests Planned bull Reduced Software Licenses
bull Eliminates Duplicative Custom Tools bull Reduced Information Assurance Expenses
bull Continuous Regression Testing
bull Improved Preventative Maintenance
bull Fewer Duplicative DT and OTbull Access to Historical Data wo
Buying it from the Prime
bull Identification of Shared Issues
w Other Systems
bull Faster Root Cause Analysis
Avoidancebull Data Available for Leverage by Shared
Systems
bull Pre-flight checkout of SUT and Instrumentation
bull MampS of test mission parameters
bull Data trend analysis leads to predictive failure alerts
Test Planning
Test Setup
Data Analysis amp Evaluation
System Fielding
bull Fewer Test Hours Spent Chasing Previously Identified Issues
bull Increased Data Harvesting Speed
bull Find amp Fix Problems Faster
TampE Knowledge Management Cost Efficiencies
bull Reduced TDY
bull Reduced Diagnostic Time for Issues
bull Automated ldquoUnknown Unknownrdquo Issue Identification
9UNCLASSIFIED ndash DISTRIBUTION STATEMENT A
UNCLASSIFIED ndash DISTRIBUTION STATEMENT A
Reference Number 14-S-2600 September 30 2014
Joint Strike Fighter Knowledge Management (JSF-KM) Effort Overview
bull TRMC is investigating tools techniques resources policies amp
procedures needed to more efficiently amp effectively use TampE data
bull TRMC is partnering with Joint Strike Fighter (JSF) to ascertain
how Big Data tools amp Cloud Computing technologies could assist
acquisition programs during TampE
bull TRMC will establish a next-generation Knowledge Management
(KM) capability that utilizes the latest in virtualization
technologies methodologies amp best practices for JSF OT data
bull Capability will enable remote search amp retrieval of JSF OTampE data
10
JSF JPO is assisting TRMC in prototyping
a Big Data Enterprise KM system
UNCLASSIFIED ndash DISTRIBUTION STATEMENT A
Reference Number 14-S-2600 September 30 2014
User
Eglin
Pax
River
JSF-KM Test Concept
bull DT amp OT data storage in government facilities
bull Collect Store ldquoDT qualityrdquo data during OT
bull Search Analyze Edwards amp Nellis
data from any secure location
bull Brings enhanced JMETC infrastructure to JSF TampE
bull Knowledge shared across
JSF DT OT TampE locations
bull Apply commercial
technologies to DoD requirements
bull Scalable to other JSF TampE locations
11
JPO
Pote
ntia
l Expansio
n
UNCLASSIFIED ndash DISTRIBUTION STATEMENT A
Reference Number 14-S-2600 September 30 2014
TampE Data Analytics for Improving Operationally Fielded Systems
(TampE-DAIOFS)
bull 20 TB of Mine
Resistant Ambush
Protected (MRAP)
data collected
during DT OT and
combat operations
bull Project will move
data into HPC-
hosted database for
querying and data
product generation
12
bull Goal Understand correlations between automotive performance data
survivability data terrain meteorology and other conditions
UNCLASSIFIED ndash DISTRIBUTION STATEMENT A
Reference Number 14-S-2600 September 30 2014
Summary
bull TRMC is developing a plan to act upon the Knowledge
Management (KM) recommendations from the Comprehensive
Review of TampE Infrastructure
ndash Recommendation 1 Use DoD cloud solution for TampE data
ndash Recommendation 2 Establish a DoD-wide KM capability for TampE
bull Improved TampE KM will help achieve better acquisition outcomes
and reduce costs
ndash Identify amp Diagnose problems sooner and continuously
ndash Eliminate unnecessary testing
bull TRMC funded proofs of concept will deliver proven capabilities
ndash Enable ldquoBig Datardquo analytics during JSF TampE
ndash Establish improved transfer of knowledge between fielded and next-
generation systems
13
UNCLASSIFIED ndash DISTRIBUTION STATEMENT A
Reference Number 14-S-2600 September 30 2014
Questions
14
UNCLASSIFIED ndash DISTRIBUTION STATEMENT A
Reference Number 14-S-2600 September 30 2014
Backup Slides
Not for presentation
15
UNCLASSIFIED ndash DISTRIBUTION STATEMENT A
Reference Number 14-S-2600 September 30 2014
Concept Definitions
bull Big Data
ndash Big data is a blanket term for any collection of data sets so large amp complex that it becomes
difficult to process using on-hand data management tools or traditional data processing
applications The challenges include capture curating storage search sharing transfer
analysis amp visualization
bull Big Data Analytics Data Discovery
ndash Process of discovering meaningful new correlations patterns amp trends by sifting through large
amounts of data stored in repositories using pattern recognition technologies as well as
statistical amp mathematical techniques
bull Cloud Computing
ndash The practice of using a network of remote servers hosted on a network to store manage amp
process data rather than a local server or personal computer A private cloud is a marketing
term for a cloud computing platform that is implemented within the corporate firewall under the
control of the IT department
bull Data Center
ndash A facility used to house a large group of networked computer servers storage networking amp
telecommunications equipment This equipment is used by organizations for the remote storage
processing or distribution of large amounts of data Data centers generally include redundant or
backup power supplies redundant data communications connections environmental controls
(eg air conditioning fire suppression) amp various security devices
16
UNCLASSIFIED ndash DISTRIBUTION STATEMENT A
Reference Number 14-S-2600 September 30 2014
Concept Definitions
bull Knowledge Management (KM)
ndash KM is a discipline that promotes an integrated approach to identifying capturing evaluating
retrieving amp sharing all of an enterprisersquos information assets These assets may include
databases documents policies procedures amp previously un-captured expertise amp experience in
individual workers
bull Portal
ndash A portal is a website which brings information from diverse sources together in a uniform way A
well designed portal can increase a KM systemrsquos value exponentially while using a badly
designed portal is an exercise in frustration A portal is the doorway to the content amp content is
the window to our organizational knowledge
bull Virtual Machine (VM)
ndash In computing a VM is an emulation of a particular computer system VMs operate based on the
computer architecture amp functions of a real or hypothetical computer amp their implementations
may involve specialized hardware software or a combination of both
bull Virtualization Technologies
ndash Virtualization enables you to run multiple application amp operating systems on a single computer
making the IT infrastructure simpler amp more efficient while reducing the overall server footprint amp
operating costs This will more efficiently utilize server resources amp increase capabilities Within
a virtual architecture you can deploy pre-configured applications faster increase performance amp
availability
17
UNCLASSIFIED ndash DISTRIBUTION STATEMENT A
Reference Number 14-S-2600 September 30 2014
Long-term DoD TampE Enterprise Knowledge Management Vision
bull Knowledge should be readily available amp discoverable across an
acquisition programrsquos entire lifecycle
ndash Enables measured improvements data analytics etc to occur throughout system
lifecycle
bull Ideally analysts program managers amp logisticians would have access to
all data associated with an acquisition system
bull KM system would include data from initial conceptual research amp
development work through all phases of TampE to data gathered while
fielded in theater amp operations amp maintenance records for all acquisition
systems
bull Utilizing cloud computing technologies implement a logically
centralized physically distributed knowledge management system
which leverages existing TampE data centers
bull Allows benefits of cloud computing to be realized for data which cannot
be moved to a centralized location for processing
18
UNCLASSIFIED ndash DISTRIBUTION STATEMENT A
TRMC Knowledge Management VisionCSA RampD
OEM Contractor
CSA TampE
CSA Logistics
Discovery Analysis Tools
Discovery Analysis Tools
Discovery Analysis Tools
Discovery Analysis Tools
Logically Centralized
Data Storage
Search Engine
KM Portal
Classification amp Permissions
Data Scientists
Evaluators
PMrsquos
Developers Engineers
Governance amp Policies
(animated slide) 19
DoD Enterprise Data Management for Acquisition
Analysis Tools
UNCLASSIFIED ndash DISTRIBUTION STATEMENT A
Reference Number 14-S-2600 September 30 2014
TampE Data Levels in the Knowledge Management Layer
6
Level 1 Raw Data
Level 2 Reduced Data
Level 3 Ordered Data
Level 4
Findings Summary Statistics
Level 5
Analysis Inferential Statistics
Level 6
Extended Analysis
Level 7
Conclusion
Test Report
Delivered to PM
Customer
Limited archival
at test facility
Deleted after
analysis complete
Delivered to HQ
Bulk of data is not delivered to customers and is not preserved
UNCLASSIFIED ndash DISTRIBUTION STATEMENT A
Reference Number 14-S-2600 September 30 2014
Keys to an Effective Knowledge Management Approach
bull Trusted processes across government and industry that identify
acquisition problems sooner rather than later
ndash Result Develops mutual trust in testing products
bull Accessibility of knowledge amp data to legitimate users
ndash Result Efficiencies gained through reducing the amount of testing required to
obtain knowledge
bull Discoverability of knowledge amp data obtained over time
ndash Result Enables data scientists to leverage data mining and analytical tools
that rapidly answer questions and discover ldquounknown unknownsrdquo
bull Availability of knowledge through common tools amp technologies ndash
Example Cloud storage and services
ndash Result Efficiencies gained from readily available amp shared technology
hardware software and processes
Primary Goal of TampE Discern Knowledge from Collected Data
UNCLASSIFIED ndash DISTRIBUTION STATEMENT A
Reference Number 14-S-2600 September 30 2014
User
Long-term DoD TampE Enterprise Knowledge Management
8
Result TampE data used more effectively amp efficiently in support of acquisition
bull True product of TampE should be data amp knowledge
bull TampE data currently compartmentalized with little
discovery or reuse outside of program
bull By embracing KM amp Big Data Analytics DoD can efficiently handle amp securely share TampE data
bull KM will enable all TampE data to be usable to build knowledge across all DoD acquisitions
bull Distributed data repositories will enable execution amp automated search scenarios that cannot occur today
Savings
bull Fewer Tests Planned bull Reduced Software Licenses
bull Eliminates Duplicative Custom Tools bull Reduced Information Assurance Expenses
bull Continuous Regression Testing
bull Improved Preventative Maintenance
bull Fewer Duplicative DT and OTbull Access to Historical Data wo
Buying it from the Prime
bull Identification of Shared Issues
w Other Systems
bull Faster Root Cause Analysis
Avoidancebull Data Available for Leverage by Shared
Systems
bull Pre-flight checkout of SUT and Instrumentation
bull MampS of test mission parameters
bull Data trend analysis leads to predictive failure alerts
Test Planning
Test Setup
Data Analysis amp Evaluation
System Fielding
bull Fewer Test Hours Spent Chasing Previously Identified Issues
bull Increased Data Harvesting Speed
bull Find amp Fix Problems Faster
TampE Knowledge Management Cost Efficiencies
bull Reduced TDY
bull Reduced Diagnostic Time for Issues
bull Automated ldquoUnknown Unknownrdquo Issue Identification
9UNCLASSIFIED ndash DISTRIBUTION STATEMENT A
UNCLASSIFIED ndash DISTRIBUTION STATEMENT A
Reference Number 14-S-2600 September 30 2014
Joint Strike Fighter Knowledge Management (JSF-KM) Effort Overview
bull TRMC is investigating tools techniques resources policies amp
procedures needed to more efficiently amp effectively use TampE data
bull TRMC is partnering with Joint Strike Fighter (JSF) to ascertain
how Big Data tools amp Cloud Computing technologies could assist
acquisition programs during TampE
bull TRMC will establish a next-generation Knowledge Management
(KM) capability that utilizes the latest in virtualization
technologies methodologies amp best practices for JSF OT data
bull Capability will enable remote search amp retrieval of JSF OTampE data
10
JSF JPO is assisting TRMC in prototyping
a Big Data Enterprise KM system
UNCLASSIFIED ndash DISTRIBUTION STATEMENT A
Reference Number 14-S-2600 September 30 2014
User
Eglin
Pax
River
JSF-KM Test Concept
bull DT amp OT data storage in government facilities
bull Collect Store ldquoDT qualityrdquo data during OT
bull Search Analyze Edwards amp Nellis
data from any secure location
bull Brings enhanced JMETC infrastructure to JSF TampE
bull Knowledge shared across
JSF DT OT TampE locations
bull Apply commercial
technologies to DoD requirements
bull Scalable to other JSF TampE locations
11
JPO
Pote
ntia
l Expansio
n
UNCLASSIFIED ndash DISTRIBUTION STATEMENT A
Reference Number 14-S-2600 September 30 2014
TampE Data Analytics for Improving Operationally Fielded Systems
(TampE-DAIOFS)
bull 20 TB of Mine
Resistant Ambush
Protected (MRAP)
data collected
during DT OT and
combat operations
bull Project will move
data into HPC-
hosted database for
querying and data
product generation
12
bull Goal Understand correlations between automotive performance data
survivability data terrain meteorology and other conditions
UNCLASSIFIED ndash DISTRIBUTION STATEMENT A
Reference Number 14-S-2600 September 30 2014
Summary
bull TRMC is developing a plan to act upon the Knowledge
Management (KM) recommendations from the Comprehensive
Review of TampE Infrastructure
ndash Recommendation 1 Use DoD cloud solution for TampE data
ndash Recommendation 2 Establish a DoD-wide KM capability for TampE
bull Improved TampE KM will help achieve better acquisition outcomes
and reduce costs
ndash Identify amp Diagnose problems sooner and continuously
ndash Eliminate unnecessary testing
bull TRMC funded proofs of concept will deliver proven capabilities
ndash Enable ldquoBig Datardquo analytics during JSF TampE
ndash Establish improved transfer of knowledge between fielded and next-
generation systems
13
UNCLASSIFIED ndash DISTRIBUTION STATEMENT A
Reference Number 14-S-2600 September 30 2014
Questions
14
UNCLASSIFIED ndash DISTRIBUTION STATEMENT A
Reference Number 14-S-2600 September 30 2014
Backup Slides
Not for presentation
15
UNCLASSIFIED ndash DISTRIBUTION STATEMENT A
Reference Number 14-S-2600 September 30 2014
Concept Definitions
bull Big Data
ndash Big data is a blanket term for any collection of data sets so large amp complex that it becomes
difficult to process using on-hand data management tools or traditional data processing
applications The challenges include capture curating storage search sharing transfer
analysis amp visualization
bull Big Data Analytics Data Discovery
ndash Process of discovering meaningful new correlations patterns amp trends by sifting through large
amounts of data stored in repositories using pattern recognition technologies as well as
statistical amp mathematical techniques
bull Cloud Computing
ndash The practice of using a network of remote servers hosted on a network to store manage amp
process data rather than a local server or personal computer A private cloud is a marketing
term for a cloud computing platform that is implemented within the corporate firewall under the
control of the IT department
bull Data Center
ndash A facility used to house a large group of networked computer servers storage networking amp
telecommunications equipment This equipment is used by organizations for the remote storage
processing or distribution of large amounts of data Data centers generally include redundant or
backup power supplies redundant data communications connections environmental controls
(eg air conditioning fire suppression) amp various security devices
16
UNCLASSIFIED ndash DISTRIBUTION STATEMENT A
Reference Number 14-S-2600 September 30 2014
Concept Definitions
bull Knowledge Management (KM)
ndash KM is a discipline that promotes an integrated approach to identifying capturing evaluating
retrieving amp sharing all of an enterprisersquos information assets These assets may include
databases documents policies procedures amp previously un-captured expertise amp experience in
individual workers
bull Portal
ndash A portal is a website which brings information from diverse sources together in a uniform way A
well designed portal can increase a KM systemrsquos value exponentially while using a badly
designed portal is an exercise in frustration A portal is the doorway to the content amp content is
the window to our organizational knowledge
bull Virtual Machine (VM)
ndash In computing a VM is an emulation of a particular computer system VMs operate based on the
computer architecture amp functions of a real or hypothetical computer amp their implementations
may involve specialized hardware software or a combination of both
bull Virtualization Technologies
ndash Virtualization enables you to run multiple application amp operating systems on a single computer
making the IT infrastructure simpler amp more efficient while reducing the overall server footprint amp
operating costs This will more efficiently utilize server resources amp increase capabilities Within
a virtual architecture you can deploy pre-configured applications faster increase performance amp
availability
17
UNCLASSIFIED ndash DISTRIBUTION STATEMENT A
Reference Number 14-S-2600 September 30 2014
Long-term DoD TampE Enterprise Knowledge Management Vision
bull Knowledge should be readily available amp discoverable across an
acquisition programrsquos entire lifecycle
ndash Enables measured improvements data analytics etc to occur throughout system
lifecycle
bull Ideally analysts program managers amp logisticians would have access to
all data associated with an acquisition system
bull KM system would include data from initial conceptual research amp
development work through all phases of TampE to data gathered while
fielded in theater amp operations amp maintenance records for all acquisition
systems
bull Utilizing cloud computing technologies implement a logically
centralized physically distributed knowledge management system
which leverages existing TampE data centers
bull Allows benefits of cloud computing to be realized for data which cannot
be moved to a centralized location for processing
18
UNCLASSIFIED ndash DISTRIBUTION STATEMENT A
TRMC Knowledge Management VisionCSA RampD
OEM Contractor
CSA TampE
CSA Logistics
Discovery Analysis Tools
Discovery Analysis Tools
Discovery Analysis Tools
Discovery Analysis Tools
Logically Centralized
Data Storage
Search Engine
KM Portal
Classification amp Permissions
Data Scientists
Evaluators
PMrsquos
Developers Engineers
Governance amp Policies
(animated slide) 19
DoD Enterprise Data Management for Acquisition
Analysis Tools
UNCLASSIFIED ndash DISTRIBUTION STATEMENT A
Reference Number 14-S-2600 September 30 2014
Keys to an Effective Knowledge Management Approach
bull Trusted processes across government and industry that identify
acquisition problems sooner rather than later
ndash Result Develops mutual trust in testing products
bull Accessibility of knowledge amp data to legitimate users
ndash Result Efficiencies gained through reducing the amount of testing required to
obtain knowledge
bull Discoverability of knowledge amp data obtained over time
ndash Result Enables data scientists to leverage data mining and analytical tools
that rapidly answer questions and discover ldquounknown unknownsrdquo
bull Availability of knowledge through common tools amp technologies ndash
Example Cloud storage and services
ndash Result Efficiencies gained from readily available amp shared technology
hardware software and processes
Primary Goal of TampE Discern Knowledge from Collected Data
UNCLASSIFIED ndash DISTRIBUTION STATEMENT A
Reference Number 14-S-2600 September 30 2014
User
Long-term DoD TampE Enterprise Knowledge Management
8
Result TampE data used more effectively amp efficiently in support of acquisition
bull True product of TampE should be data amp knowledge
bull TampE data currently compartmentalized with little
discovery or reuse outside of program
bull By embracing KM amp Big Data Analytics DoD can efficiently handle amp securely share TampE data
bull KM will enable all TampE data to be usable to build knowledge across all DoD acquisitions
bull Distributed data repositories will enable execution amp automated search scenarios that cannot occur today
Savings
bull Fewer Tests Planned bull Reduced Software Licenses
bull Eliminates Duplicative Custom Tools bull Reduced Information Assurance Expenses
bull Continuous Regression Testing
bull Improved Preventative Maintenance
bull Fewer Duplicative DT and OTbull Access to Historical Data wo
Buying it from the Prime
bull Identification of Shared Issues
w Other Systems
bull Faster Root Cause Analysis
Avoidancebull Data Available for Leverage by Shared
Systems
bull Pre-flight checkout of SUT and Instrumentation
bull MampS of test mission parameters
bull Data trend analysis leads to predictive failure alerts
Test Planning
Test Setup
Data Analysis amp Evaluation
System Fielding
bull Fewer Test Hours Spent Chasing Previously Identified Issues
bull Increased Data Harvesting Speed
bull Find amp Fix Problems Faster
TampE Knowledge Management Cost Efficiencies
bull Reduced TDY
bull Reduced Diagnostic Time for Issues
bull Automated ldquoUnknown Unknownrdquo Issue Identification
9UNCLASSIFIED ndash DISTRIBUTION STATEMENT A
UNCLASSIFIED ndash DISTRIBUTION STATEMENT A
Reference Number 14-S-2600 September 30 2014
Joint Strike Fighter Knowledge Management (JSF-KM) Effort Overview
bull TRMC is investigating tools techniques resources policies amp
procedures needed to more efficiently amp effectively use TampE data
bull TRMC is partnering with Joint Strike Fighter (JSF) to ascertain
how Big Data tools amp Cloud Computing technologies could assist
acquisition programs during TampE
bull TRMC will establish a next-generation Knowledge Management
(KM) capability that utilizes the latest in virtualization
technologies methodologies amp best practices for JSF OT data
bull Capability will enable remote search amp retrieval of JSF OTampE data
10
JSF JPO is assisting TRMC in prototyping
a Big Data Enterprise KM system
UNCLASSIFIED ndash DISTRIBUTION STATEMENT A
Reference Number 14-S-2600 September 30 2014
User
Eglin
Pax
River
JSF-KM Test Concept
bull DT amp OT data storage in government facilities
bull Collect Store ldquoDT qualityrdquo data during OT
bull Search Analyze Edwards amp Nellis
data from any secure location
bull Brings enhanced JMETC infrastructure to JSF TampE
bull Knowledge shared across
JSF DT OT TampE locations
bull Apply commercial
technologies to DoD requirements
bull Scalable to other JSF TampE locations
11
JPO
Pote
ntia
l Expansio
n
UNCLASSIFIED ndash DISTRIBUTION STATEMENT A
Reference Number 14-S-2600 September 30 2014
TampE Data Analytics for Improving Operationally Fielded Systems
(TampE-DAIOFS)
bull 20 TB of Mine
Resistant Ambush
Protected (MRAP)
data collected
during DT OT and
combat operations
bull Project will move
data into HPC-
hosted database for
querying and data
product generation
12
bull Goal Understand correlations between automotive performance data
survivability data terrain meteorology and other conditions
UNCLASSIFIED ndash DISTRIBUTION STATEMENT A
Reference Number 14-S-2600 September 30 2014
Summary
bull TRMC is developing a plan to act upon the Knowledge
Management (KM) recommendations from the Comprehensive
Review of TampE Infrastructure
ndash Recommendation 1 Use DoD cloud solution for TampE data
ndash Recommendation 2 Establish a DoD-wide KM capability for TampE
bull Improved TampE KM will help achieve better acquisition outcomes
and reduce costs
ndash Identify amp Diagnose problems sooner and continuously
ndash Eliminate unnecessary testing
bull TRMC funded proofs of concept will deliver proven capabilities
ndash Enable ldquoBig Datardquo analytics during JSF TampE
ndash Establish improved transfer of knowledge between fielded and next-
generation systems
13
UNCLASSIFIED ndash DISTRIBUTION STATEMENT A
Reference Number 14-S-2600 September 30 2014
Questions
14
UNCLASSIFIED ndash DISTRIBUTION STATEMENT A
Reference Number 14-S-2600 September 30 2014
Backup Slides
Not for presentation
15
UNCLASSIFIED ndash DISTRIBUTION STATEMENT A
Reference Number 14-S-2600 September 30 2014
Concept Definitions
bull Big Data
ndash Big data is a blanket term for any collection of data sets so large amp complex that it becomes
difficult to process using on-hand data management tools or traditional data processing
applications The challenges include capture curating storage search sharing transfer
analysis amp visualization
bull Big Data Analytics Data Discovery
ndash Process of discovering meaningful new correlations patterns amp trends by sifting through large
amounts of data stored in repositories using pattern recognition technologies as well as
statistical amp mathematical techniques
bull Cloud Computing
ndash The practice of using a network of remote servers hosted on a network to store manage amp
process data rather than a local server or personal computer A private cloud is a marketing
term for a cloud computing platform that is implemented within the corporate firewall under the
control of the IT department
bull Data Center
ndash A facility used to house a large group of networked computer servers storage networking amp
telecommunications equipment This equipment is used by organizations for the remote storage
processing or distribution of large amounts of data Data centers generally include redundant or
backup power supplies redundant data communications connections environmental controls
(eg air conditioning fire suppression) amp various security devices
16
UNCLASSIFIED ndash DISTRIBUTION STATEMENT A
Reference Number 14-S-2600 September 30 2014
Concept Definitions
bull Knowledge Management (KM)
ndash KM is a discipline that promotes an integrated approach to identifying capturing evaluating
retrieving amp sharing all of an enterprisersquos information assets These assets may include
databases documents policies procedures amp previously un-captured expertise amp experience in
individual workers
bull Portal
ndash A portal is a website which brings information from diverse sources together in a uniform way A
well designed portal can increase a KM systemrsquos value exponentially while using a badly
designed portal is an exercise in frustration A portal is the doorway to the content amp content is
the window to our organizational knowledge
bull Virtual Machine (VM)
ndash In computing a VM is an emulation of a particular computer system VMs operate based on the
computer architecture amp functions of a real or hypothetical computer amp their implementations
may involve specialized hardware software or a combination of both
bull Virtualization Technologies
ndash Virtualization enables you to run multiple application amp operating systems on a single computer
making the IT infrastructure simpler amp more efficient while reducing the overall server footprint amp
operating costs This will more efficiently utilize server resources amp increase capabilities Within
a virtual architecture you can deploy pre-configured applications faster increase performance amp
availability
17
UNCLASSIFIED ndash DISTRIBUTION STATEMENT A
Reference Number 14-S-2600 September 30 2014
Long-term DoD TampE Enterprise Knowledge Management Vision
bull Knowledge should be readily available amp discoverable across an
acquisition programrsquos entire lifecycle
ndash Enables measured improvements data analytics etc to occur throughout system
lifecycle
bull Ideally analysts program managers amp logisticians would have access to
all data associated with an acquisition system
bull KM system would include data from initial conceptual research amp
development work through all phases of TampE to data gathered while
fielded in theater amp operations amp maintenance records for all acquisition
systems
bull Utilizing cloud computing technologies implement a logically
centralized physically distributed knowledge management system
which leverages existing TampE data centers
bull Allows benefits of cloud computing to be realized for data which cannot
be moved to a centralized location for processing
18
UNCLASSIFIED ndash DISTRIBUTION STATEMENT A
TRMC Knowledge Management VisionCSA RampD
OEM Contractor
CSA TampE
CSA Logistics
Discovery Analysis Tools
Discovery Analysis Tools
Discovery Analysis Tools
Discovery Analysis Tools
Logically Centralized
Data Storage
Search Engine
KM Portal
Classification amp Permissions
Data Scientists
Evaluators
PMrsquos
Developers Engineers
Governance amp Policies
(animated slide) 19
DoD Enterprise Data Management for Acquisition
Analysis Tools
UNCLASSIFIED ndash DISTRIBUTION STATEMENT A
Reference Number 14-S-2600 September 30 2014
User
Long-term DoD TampE Enterprise Knowledge Management
8
Result TampE data used more effectively amp efficiently in support of acquisition
bull True product of TampE should be data amp knowledge
bull TampE data currently compartmentalized with little
discovery or reuse outside of program
bull By embracing KM amp Big Data Analytics DoD can efficiently handle amp securely share TampE data
bull KM will enable all TampE data to be usable to build knowledge across all DoD acquisitions
bull Distributed data repositories will enable execution amp automated search scenarios that cannot occur today
Savings
bull Fewer Tests Planned bull Reduced Software Licenses
bull Eliminates Duplicative Custom Tools bull Reduced Information Assurance Expenses
bull Continuous Regression Testing
bull Improved Preventative Maintenance
bull Fewer Duplicative DT and OTbull Access to Historical Data wo
Buying it from the Prime
bull Identification of Shared Issues
w Other Systems
bull Faster Root Cause Analysis
Avoidancebull Data Available for Leverage by Shared
Systems
bull Pre-flight checkout of SUT and Instrumentation
bull MampS of test mission parameters
bull Data trend analysis leads to predictive failure alerts
Test Planning
Test Setup
Data Analysis amp Evaluation
System Fielding
bull Fewer Test Hours Spent Chasing Previously Identified Issues
bull Increased Data Harvesting Speed
bull Find amp Fix Problems Faster
TampE Knowledge Management Cost Efficiencies
bull Reduced TDY
bull Reduced Diagnostic Time for Issues
bull Automated ldquoUnknown Unknownrdquo Issue Identification
9UNCLASSIFIED ndash DISTRIBUTION STATEMENT A
UNCLASSIFIED ndash DISTRIBUTION STATEMENT A
Reference Number 14-S-2600 September 30 2014
Joint Strike Fighter Knowledge Management (JSF-KM) Effort Overview
bull TRMC is investigating tools techniques resources policies amp
procedures needed to more efficiently amp effectively use TampE data
bull TRMC is partnering with Joint Strike Fighter (JSF) to ascertain
how Big Data tools amp Cloud Computing technologies could assist
acquisition programs during TampE
bull TRMC will establish a next-generation Knowledge Management
(KM) capability that utilizes the latest in virtualization
technologies methodologies amp best practices for JSF OT data
bull Capability will enable remote search amp retrieval of JSF OTampE data
10
JSF JPO is assisting TRMC in prototyping
a Big Data Enterprise KM system
UNCLASSIFIED ndash DISTRIBUTION STATEMENT A
Reference Number 14-S-2600 September 30 2014
User
Eglin
Pax
River
JSF-KM Test Concept
bull DT amp OT data storage in government facilities
bull Collect Store ldquoDT qualityrdquo data during OT
bull Search Analyze Edwards amp Nellis
data from any secure location
bull Brings enhanced JMETC infrastructure to JSF TampE
bull Knowledge shared across
JSF DT OT TampE locations
bull Apply commercial
technologies to DoD requirements
bull Scalable to other JSF TampE locations
11
JPO
Pote
ntia
l Expansio
n
UNCLASSIFIED ndash DISTRIBUTION STATEMENT A
Reference Number 14-S-2600 September 30 2014
TampE Data Analytics for Improving Operationally Fielded Systems
(TampE-DAIOFS)
bull 20 TB of Mine
Resistant Ambush
Protected (MRAP)
data collected
during DT OT and
combat operations
bull Project will move
data into HPC-
hosted database for
querying and data
product generation
12
bull Goal Understand correlations between automotive performance data
survivability data terrain meteorology and other conditions
UNCLASSIFIED ndash DISTRIBUTION STATEMENT A
Reference Number 14-S-2600 September 30 2014
Summary
bull TRMC is developing a plan to act upon the Knowledge
Management (KM) recommendations from the Comprehensive
Review of TampE Infrastructure
ndash Recommendation 1 Use DoD cloud solution for TampE data
ndash Recommendation 2 Establish a DoD-wide KM capability for TampE
bull Improved TampE KM will help achieve better acquisition outcomes
and reduce costs
ndash Identify amp Diagnose problems sooner and continuously
ndash Eliminate unnecessary testing
bull TRMC funded proofs of concept will deliver proven capabilities
ndash Enable ldquoBig Datardquo analytics during JSF TampE
ndash Establish improved transfer of knowledge between fielded and next-
generation systems
13
UNCLASSIFIED ndash DISTRIBUTION STATEMENT A
Reference Number 14-S-2600 September 30 2014
Questions
14
UNCLASSIFIED ndash DISTRIBUTION STATEMENT A
Reference Number 14-S-2600 September 30 2014
Backup Slides
Not for presentation
15
UNCLASSIFIED ndash DISTRIBUTION STATEMENT A
Reference Number 14-S-2600 September 30 2014
Concept Definitions
bull Big Data
ndash Big data is a blanket term for any collection of data sets so large amp complex that it becomes
difficult to process using on-hand data management tools or traditional data processing
applications The challenges include capture curating storage search sharing transfer
analysis amp visualization
bull Big Data Analytics Data Discovery
ndash Process of discovering meaningful new correlations patterns amp trends by sifting through large
amounts of data stored in repositories using pattern recognition technologies as well as
statistical amp mathematical techniques
bull Cloud Computing
ndash The practice of using a network of remote servers hosted on a network to store manage amp
process data rather than a local server or personal computer A private cloud is a marketing
term for a cloud computing platform that is implemented within the corporate firewall under the
control of the IT department
bull Data Center
ndash A facility used to house a large group of networked computer servers storage networking amp
telecommunications equipment This equipment is used by organizations for the remote storage
processing or distribution of large amounts of data Data centers generally include redundant or
backup power supplies redundant data communications connections environmental controls
(eg air conditioning fire suppression) amp various security devices
16
UNCLASSIFIED ndash DISTRIBUTION STATEMENT A
Reference Number 14-S-2600 September 30 2014
Concept Definitions
bull Knowledge Management (KM)
ndash KM is a discipline that promotes an integrated approach to identifying capturing evaluating
retrieving amp sharing all of an enterprisersquos information assets These assets may include
databases documents policies procedures amp previously un-captured expertise amp experience in
individual workers
bull Portal
ndash A portal is a website which brings information from diverse sources together in a uniform way A
well designed portal can increase a KM systemrsquos value exponentially while using a badly
designed portal is an exercise in frustration A portal is the doorway to the content amp content is
the window to our organizational knowledge
bull Virtual Machine (VM)
ndash In computing a VM is an emulation of a particular computer system VMs operate based on the
computer architecture amp functions of a real or hypothetical computer amp their implementations
may involve specialized hardware software or a combination of both
bull Virtualization Technologies
ndash Virtualization enables you to run multiple application amp operating systems on a single computer
making the IT infrastructure simpler amp more efficient while reducing the overall server footprint amp
operating costs This will more efficiently utilize server resources amp increase capabilities Within
a virtual architecture you can deploy pre-configured applications faster increase performance amp
availability
17
UNCLASSIFIED ndash DISTRIBUTION STATEMENT A
Reference Number 14-S-2600 September 30 2014
Long-term DoD TampE Enterprise Knowledge Management Vision
bull Knowledge should be readily available amp discoverable across an
acquisition programrsquos entire lifecycle
ndash Enables measured improvements data analytics etc to occur throughout system
lifecycle
bull Ideally analysts program managers amp logisticians would have access to
all data associated with an acquisition system
bull KM system would include data from initial conceptual research amp
development work through all phases of TampE to data gathered while
fielded in theater amp operations amp maintenance records for all acquisition
systems
bull Utilizing cloud computing technologies implement a logically
centralized physically distributed knowledge management system
which leverages existing TampE data centers
bull Allows benefits of cloud computing to be realized for data which cannot
be moved to a centralized location for processing
18
UNCLASSIFIED ndash DISTRIBUTION STATEMENT A
TRMC Knowledge Management VisionCSA RampD
OEM Contractor
CSA TampE
CSA Logistics
Discovery Analysis Tools
Discovery Analysis Tools
Discovery Analysis Tools
Discovery Analysis Tools
Logically Centralized
Data Storage
Search Engine
KM Portal
Classification amp Permissions
Data Scientists
Evaluators
PMrsquos
Developers Engineers
Governance amp Policies
(animated slide) 19
DoD Enterprise Data Management for Acquisition
Analysis Tools
Savings
bull Fewer Tests Planned bull Reduced Software Licenses
bull Eliminates Duplicative Custom Tools bull Reduced Information Assurance Expenses
bull Continuous Regression Testing
bull Improved Preventative Maintenance
bull Fewer Duplicative DT and OTbull Access to Historical Data wo
Buying it from the Prime
bull Identification of Shared Issues
w Other Systems
bull Faster Root Cause Analysis
Avoidancebull Data Available for Leverage by Shared
Systems
bull Pre-flight checkout of SUT and Instrumentation
bull MampS of test mission parameters
bull Data trend analysis leads to predictive failure alerts
Test Planning
Test Setup
Data Analysis amp Evaluation
System Fielding
bull Fewer Test Hours Spent Chasing Previously Identified Issues
bull Increased Data Harvesting Speed
bull Find amp Fix Problems Faster
TampE Knowledge Management Cost Efficiencies
bull Reduced TDY
bull Reduced Diagnostic Time for Issues
bull Automated ldquoUnknown Unknownrdquo Issue Identification
9UNCLASSIFIED ndash DISTRIBUTION STATEMENT A
UNCLASSIFIED ndash DISTRIBUTION STATEMENT A
Reference Number 14-S-2600 September 30 2014
Joint Strike Fighter Knowledge Management (JSF-KM) Effort Overview
bull TRMC is investigating tools techniques resources policies amp
procedures needed to more efficiently amp effectively use TampE data
bull TRMC is partnering with Joint Strike Fighter (JSF) to ascertain
how Big Data tools amp Cloud Computing technologies could assist
acquisition programs during TampE
bull TRMC will establish a next-generation Knowledge Management
(KM) capability that utilizes the latest in virtualization
technologies methodologies amp best practices for JSF OT data
bull Capability will enable remote search amp retrieval of JSF OTampE data
10
JSF JPO is assisting TRMC in prototyping
a Big Data Enterprise KM system
UNCLASSIFIED ndash DISTRIBUTION STATEMENT A
Reference Number 14-S-2600 September 30 2014
User
Eglin
Pax
River
JSF-KM Test Concept
bull DT amp OT data storage in government facilities
bull Collect Store ldquoDT qualityrdquo data during OT
bull Search Analyze Edwards amp Nellis
data from any secure location
bull Brings enhanced JMETC infrastructure to JSF TampE
bull Knowledge shared across
JSF DT OT TampE locations
bull Apply commercial
technologies to DoD requirements
bull Scalable to other JSF TampE locations
11
JPO
Pote
ntia
l Expansio
n
UNCLASSIFIED ndash DISTRIBUTION STATEMENT A
Reference Number 14-S-2600 September 30 2014
TampE Data Analytics for Improving Operationally Fielded Systems
(TampE-DAIOFS)
bull 20 TB of Mine
Resistant Ambush
Protected (MRAP)
data collected
during DT OT and
combat operations
bull Project will move
data into HPC-
hosted database for
querying and data
product generation
12
bull Goal Understand correlations between automotive performance data
survivability data terrain meteorology and other conditions
UNCLASSIFIED ndash DISTRIBUTION STATEMENT A
Reference Number 14-S-2600 September 30 2014
Summary
bull TRMC is developing a plan to act upon the Knowledge
Management (KM) recommendations from the Comprehensive
Review of TampE Infrastructure
ndash Recommendation 1 Use DoD cloud solution for TampE data
ndash Recommendation 2 Establish a DoD-wide KM capability for TampE
bull Improved TampE KM will help achieve better acquisition outcomes
and reduce costs
ndash Identify amp Diagnose problems sooner and continuously
ndash Eliminate unnecessary testing
bull TRMC funded proofs of concept will deliver proven capabilities
ndash Enable ldquoBig Datardquo analytics during JSF TampE
ndash Establish improved transfer of knowledge between fielded and next-
generation systems
13
UNCLASSIFIED ndash DISTRIBUTION STATEMENT A
Reference Number 14-S-2600 September 30 2014
Questions
14
UNCLASSIFIED ndash DISTRIBUTION STATEMENT A
Reference Number 14-S-2600 September 30 2014
Backup Slides
Not for presentation
15
UNCLASSIFIED ndash DISTRIBUTION STATEMENT A
Reference Number 14-S-2600 September 30 2014
Concept Definitions
bull Big Data
ndash Big data is a blanket term for any collection of data sets so large amp complex that it becomes
difficult to process using on-hand data management tools or traditional data processing
applications The challenges include capture curating storage search sharing transfer
analysis amp visualization
bull Big Data Analytics Data Discovery
ndash Process of discovering meaningful new correlations patterns amp trends by sifting through large
amounts of data stored in repositories using pattern recognition technologies as well as
statistical amp mathematical techniques
bull Cloud Computing
ndash The practice of using a network of remote servers hosted on a network to store manage amp
process data rather than a local server or personal computer A private cloud is a marketing
term for a cloud computing platform that is implemented within the corporate firewall under the
control of the IT department
bull Data Center
ndash A facility used to house a large group of networked computer servers storage networking amp
telecommunications equipment This equipment is used by organizations for the remote storage
processing or distribution of large amounts of data Data centers generally include redundant or
backup power supplies redundant data communications connections environmental controls
(eg air conditioning fire suppression) amp various security devices
16
UNCLASSIFIED ndash DISTRIBUTION STATEMENT A
Reference Number 14-S-2600 September 30 2014
Concept Definitions
bull Knowledge Management (KM)
ndash KM is a discipline that promotes an integrated approach to identifying capturing evaluating
retrieving amp sharing all of an enterprisersquos information assets These assets may include
databases documents policies procedures amp previously un-captured expertise amp experience in
individual workers
bull Portal
ndash A portal is a website which brings information from diverse sources together in a uniform way A
well designed portal can increase a KM systemrsquos value exponentially while using a badly
designed portal is an exercise in frustration A portal is the doorway to the content amp content is
the window to our organizational knowledge
bull Virtual Machine (VM)
ndash In computing a VM is an emulation of a particular computer system VMs operate based on the
computer architecture amp functions of a real or hypothetical computer amp their implementations
may involve specialized hardware software or a combination of both
bull Virtualization Technologies
ndash Virtualization enables you to run multiple application amp operating systems on a single computer
making the IT infrastructure simpler amp more efficient while reducing the overall server footprint amp
operating costs This will more efficiently utilize server resources amp increase capabilities Within
a virtual architecture you can deploy pre-configured applications faster increase performance amp
availability
17
UNCLASSIFIED ndash DISTRIBUTION STATEMENT A
Reference Number 14-S-2600 September 30 2014
Long-term DoD TampE Enterprise Knowledge Management Vision
bull Knowledge should be readily available amp discoverable across an
acquisition programrsquos entire lifecycle
ndash Enables measured improvements data analytics etc to occur throughout system
lifecycle
bull Ideally analysts program managers amp logisticians would have access to
all data associated with an acquisition system
bull KM system would include data from initial conceptual research amp
development work through all phases of TampE to data gathered while
fielded in theater amp operations amp maintenance records for all acquisition
systems
bull Utilizing cloud computing technologies implement a logically
centralized physically distributed knowledge management system
which leverages existing TampE data centers
bull Allows benefits of cloud computing to be realized for data which cannot
be moved to a centralized location for processing
18
UNCLASSIFIED ndash DISTRIBUTION STATEMENT A
TRMC Knowledge Management VisionCSA RampD
OEM Contractor
CSA TampE
CSA Logistics
Discovery Analysis Tools
Discovery Analysis Tools
Discovery Analysis Tools
Discovery Analysis Tools
Logically Centralized
Data Storage
Search Engine
KM Portal
Classification amp Permissions
Data Scientists
Evaluators
PMrsquos
Developers Engineers
Governance amp Policies
(animated slide) 19
DoD Enterprise Data Management for Acquisition
Analysis Tools
UNCLASSIFIED ndash DISTRIBUTION STATEMENT A
Reference Number 14-S-2600 September 30 2014
Joint Strike Fighter Knowledge Management (JSF-KM) Effort Overview
bull TRMC is investigating tools techniques resources policies amp
procedures needed to more efficiently amp effectively use TampE data
bull TRMC is partnering with Joint Strike Fighter (JSF) to ascertain
how Big Data tools amp Cloud Computing technologies could assist
acquisition programs during TampE
bull TRMC will establish a next-generation Knowledge Management
(KM) capability that utilizes the latest in virtualization
technologies methodologies amp best practices for JSF OT data
bull Capability will enable remote search amp retrieval of JSF OTampE data
10
JSF JPO is assisting TRMC in prototyping
a Big Data Enterprise KM system
UNCLASSIFIED ndash DISTRIBUTION STATEMENT A
Reference Number 14-S-2600 September 30 2014
User
Eglin
Pax
River
JSF-KM Test Concept
bull DT amp OT data storage in government facilities
bull Collect Store ldquoDT qualityrdquo data during OT
bull Search Analyze Edwards amp Nellis
data from any secure location
bull Brings enhanced JMETC infrastructure to JSF TampE
bull Knowledge shared across
JSF DT OT TampE locations
bull Apply commercial
technologies to DoD requirements
bull Scalable to other JSF TampE locations
11
JPO
Pote
ntia
l Expansio
n
UNCLASSIFIED ndash DISTRIBUTION STATEMENT A
Reference Number 14-S-2600 September 30 2014
TampE Data Analytics for Improving Operationally Fielded Systems
(TampE-DAIOFS)
bull 20 TB of Mine
Resistant Ambush
Protected (MRAP)
data collected
during DT OT and
combat operations
bull Project will move
data into HPC-
hosted database for
querying and data
product generation
12
bull Goal Understand correlations between automotive performance data
survivability data terrain meteorology and other conditions
UNCLASSIFIED ndash DISTRIBUTION STATEMENT A
Reference Number 14-S-2600 September 30 2014
Summary
bull TRMC is developing a plan to act upon the Knowledge
Management (KM) recommendations from the Comprehensive
Review of TampE Infrastructure
ndash Recommendation 1 Use DoD cloud solution for TampE data
ndash Recommendation 2 Establish a DoD-wide KM capability for TampE
bull Improved TampE KM will help achieve better acquisition outcomes
and reduce costs
ndash Identify amp Diagnose problems sooner and continuously
ndash Eliminate unnecessary testing
bull TRMC funded proofs of concept will deliver proven capabilities
ndash Enable ldquoBig Datardquo analytics during JSF TampE
ndash Establish improved transfer of knowledge between fielded and next-
generation systems
13
UNCLASSIFIED ndash DISTRIBUTION STATEMENT A
Reference Number 14-S-2600 September 30 2014
Questions
14
UNCLASSIFIED ndash DISTRIBUTION STATEMENT A
Reference Number 14-S-2600 September 30 2014
Backup Slides
Not for presentation
15
UNCLASSIFIED ndash DISTRIBUTION STATEMENT A
Reference Number 14-S-2600 September 30 2014
Concept Definitions
bull Big Data
ndash Big data is a blanket term for any collection of data sets so large amp complex that it becomes
difficult to process using on-hand data management tools or traditional data processing
applications The challenges include capture curating storage search sharing transfer
analysis amp visualization
bull Big Data Analytics Data Discovery
ndash Process of discovering meaningful new correlations patterns amp trends by sifting through large
amounts of data stored in repositories using pattern recognition technologies as well as
statistical amp mathematical techniques
bull Cloud Computing
ndash The practice of using a network of remote servers hosted on a network to store manage amp
process data rather than a local server or personal computer A private cloud is a marketing
term for a cloud computing platform that is implemented within the corporate firewall under the
control of the IT department
bull Data Center
ndash A facility used to house a large group of networked computer servers storage networking amp
telecommunications equipment This equipment is used by organizations for the remote storage
processing or distribution of large amounts of data Data centers generally include redundant or
backup power supplies redundant data communications connections environmental controls
(eg air conditioning fire suppression) amp various security devices
16
UNCLASSIFIED ndash DISTRIBUTION STATEMENT A
Reference Number 14-S-2600 September 30 2014
Concept Definitions
bull Knowledge Management (KM)
ndash KM is a discipline that promotes an integrated approach to identifying capturing evaluating
retrieving amp sharing all of an enterprisersquos information assets These assets may include
databases documents policies procedures amp previously un-captured expertise amp experience in
individual workers
bull Portal
ndash A portal is a website which brings information from diverse sources together in a uniform way A
well designed portal can increase a KM systemrsquos value exponentially while using a badly
designed portal is an exercise in frustration A portal is the doorway to the content amp content is
the window to our organizational knowledge
bull Virtual Machine (VM)
ndash In computing a VM is an emulation of a particular computer system VMs operate based on the
computer architecture amp functions of a real or hypothetical computer amp their implementations
may involve specialized hardware software or a combination of both
bull Virtualization Technologies
ndash Virtualization enables you to run multiple application amp operating systems on a single computer
making the IT infrastructure simpler amp more efficient while reducing the overall server footprint amp
operating costs This will more efficiently utilize server resources amp increase capabilities Within
a virtual architecture you can deploy pre-configured applications faster increase performance amp
availability
17
UNCLASSIFIED ndash DISTRIBUTION STATEMENT A
Reference Number 14-S-2600 September 30 2014
Long-term DoD TampE Enterprise Knowledge Management Vision
bull Knowledge should be readily available amp discoverable across an
acquisition programrsquos entire lifecycle
ndash Enables measured improvements data analytics etc to occur throughout system
lifecycle
bull Ideally analysts program managers amp logisticians would have access to
all data associated with an acquisition system
bull KM system would include data from initial conceptual research amp
development work through all phases of TampE to data gathered while
fielded in theater amp operations amp maintenance records for all acquisition
systems
bull Utilizing cloud computing technologies implement a logically
centralized physically distributed knowledge management system
which leverages existing TampE data centers
bull Allows benefits of cloud computing to be realized for data which cannot
be moved to a centralized location for processing
18
UNCLASSIFIED ndash DISTRIBUTION STATEMENT A
TRMC Knowledge Management VisionCSA RampD
OEM Contractor
CSA TampE
CSA Logistics
Discovery Analysis Tools
Discovery Analysis Tools
Discovery Analysis Tools
Discovery Analysis Tools
Logically Centralized
Data Storage
Search Engine
KM Portal
Classification amp Permissions
Data Scientists
Evaluators
PMrsquos
Developers Engineers
Governance amp Policies
(animated slide) 19
DoD Enterprise Data Management for Acquisition
Analysis Tools
UNCLASSIFIED ndash DISTRIBUTION STATEMENT A
Reference Number 14-S-2600 September 30 2014
User
Eglin
Pax
River
JSF-KM Test Concept
bull DT amp OT data storage in government facilities
bull Collect Store ldquoDT qualityrdquo data during OT
bull Search Analyze Edwards amp Nellis
data from any secure location
bull Brings enhanced JMETC infrastructure to JSF TampE
bull Knowledge shared across
JSF DT OT TampE locations
bull Apply commercial
technologies to DoD requirements
bull Scalable to other JSF TampE locations
11
JPO
Pote
ntia
l Expansio
n
UNCLASSIFIED ndash DISTRIBUTION STATEMENT A
Reference Number 14-S-2600 September 30 2014
TampE Data Analytics for Improving Operationally Fielded Systems
(TampE-DAIOFS)
bull 20 TB of Mine
Resistant Ambush
Protected (MRAP)
data collected
during DT OT and
combat operations
bull Project will move
data into HPC-
hosted database for
querying and data
product generation
12
bull Goal Understand correlations between automotive performance data
survivability data terrain meteorology and other conditions
UNCLASSIFIED ndash DISTRIBUTION STATEMENT A
Reference Number 14-S-2600 September 30 2014
Summary
bull TRMC is developing a plan to act upon the Knowledge
Management (KM) recommendations from the Comprehensive
Review of TampE Infrastructure
ndash Recommendation 1 Use DoD cloud solution for TampE data
ndash Recommendation 2 Establish a DoD-wide KM capability for TampE
bull Improved TampE KM will help achieve better acquisition outcomes
and reduce costs
ndash Identify amp Diagnose problems sooner and continuously
ndash Eliminate unnecessary testing
bull TRMC funded proofs of concept will deliver proven capabilities
ndash Enable ldquoBig Datardquo analytics during JSF TampE
ndash Establish improved transfer of knowledge between fielded and next-
generation systems
13
UNCLASSIFIED ndash DISTRIBUTION STATEMENT A
Reference Number 14-S-2600 September 30 2014
Questions
14
UNCLASSIFIED ndash DISTRIBUTION STATEMENT A
Reference Number 14-S-2600 September 30 2014
Backup Slides
Not for presentation
15
UNCLASSIFIED ndash DISTRIBUTION STATEMENT A
Reference Number 14-S-2600 September 30 2014
Concept Definitions
bull Big Data
ndash Big data is a blanket term for any collection of data sets so large amp complex that it becomes
difficult to process using on-hand data management tools or traditional data processing
applications The challenges include capture curating storage search sharing transfer
analysis amp visualization
bull Big Data Analytics Data Discovery
ndash Process of discovering meaningful new correlations patterns amp trends by sifting through large
amounts of data stored in repositories using pattern recognition technologies as well as
statistical amp mathematical techniques
bull Cloud Computing
ndash The practice of using a network of remote servers hosted on a network to store manage amp
process data rather than a local server or personal computer A private cloud is a marketing
term for a cloud computing platform that is implemented within the corporate firewall under the
control of the IT department
bull Data Center
ndash A facility used to house a large group of networked computer servers storage networking amp
telecommunications equipment This equipment is used by organizations for the remote storage
processing or distribution of large amounts of data Data centers generally include redundant or
backup power supplies redundant data communications connections environmental controls
(eg air conditioning fire suppression) amp various security devices
16
UNCLASSIFIED ndash DISTRIBUTION STATEMENT A
Reference Number 14-S-2600 September 30 2014
Concept Definitions
bull Knowledge Management (KM)
ndash KM is a discipline that promotes an integrated approach to identifying capturing evaluating
retrieving amp sharing all of an enterprisersquos information assets These assets may include
databases documents policies procedures amp previously un-captured expertise amp experience in
individual workers
bull Portal
ndash A portal is a website which brings information from diverse sources together in a uniform way A
well designed portal can increase a KM systemrsquos value exponentially while using a badly
designed portal is an exercise in frustration A portal is the doorway to the content amp content is
the window to our organizational knowledge
bull Virtual Machine (VM)
ndash In computing a VM is an emulation of a particular computer system VMs operate based on the
computer architecture amp functions of a real or hypothetical computer amp their implementations
may involve specialized hardware software or a combination of both
bull Virtualization Technologies
ndash Virtualization enables you to run multiple application amp operating systems on a single computer
making the IT infrastructure simpler amp more efficient while reducing the overall server footprint amp
operating costs This will more efficiently utilize server resources amp increase capabilities Within
a virtual architecture you can deploy pre-configured applications faster increase performance amp
availability
17
UNCLASSIFIED ndash DISTRIBUTION STATEMENT A
Reference Number 14-S-2600 September 30 2014
Long-term DoD TampE Enterprise Knowledge Management Vision
bull Knowledge should be readily available amp discoverable across an
acquisition programrsquos entire lifecycle
ndash Enables measured improvements data analytics etc to occur throughout system
lifecycle
bull Ideally analysts program managers amp logisticians would have access to
all data associated with an acquisition system
bull KM system would include data from initial conceptual research amp
development work through all phases of TampE to data gathered while
fielded in theater amp operations amp maintenance records for all acquisition
systems
bull Utilizing cloud computing technologies implement a logically
centralized physically distributed knowledge management system
which leverages existing TampE data centers
bull Allows benefits of cloud computing to be realized for data which cannot
be moved to a centralized location for processing
18
UNCLASSIFIED ndash DISTRIBUTION STATEMENT A
TRMC Knowledge Management VisionCSA RampD
OEM Contractor
CSA TampE
CSA Logistics
Discovery Analysis Tools
Discovery Analysis Tools
Discovery Analysis Tools
Discovery Analysis Tools
Logically Centralized
Data Storage
Search Engine
KM Portal
Classification amp Permissions
Data Scientists
Evaluators
PMrsquos
Developers Engineers
Governance amp Policies
(animated slide) 19
DoD Enterprise Data Management for Acquisition
Analysis Tools
UNCLASSIFIED ndash DISTRIBUTION STATEMENT A
Reference Number 14-S-2600 September 30 2014
TampE Data Analytics for Improving Operationally Fielded Systems
(TampE-DAIOFS)
bull 20 TB of Mine
Resistant Ambush
Protected (MRAP)
data collected
during DT OT and
combat operations
bull Project will move
data into HPC-
hosted database for
querying and data
product generation
12
bull Goal Understand correlations between automotive performance data
survivability data terrain meteorology and other conditions
UNCLASSIFIED ndash DISTRIBUTION STATEMENT A
Reference Number 14-S-2600 September 30 2014
Summary
bull TRMC is developing a plan to act upon the Knowledge
Management (KM) recommendations from the Comprehensive
Review of TampE Infrastructure
ndash Recommendation 1 Use DoD cloud solution for TampE data
ndash Recommendation 2 Establish a DoD-wide KM capability for TampE
bull Improved TampE KM will help achieve better acquisition outcomes
and reduce costs
ndash Identify amp Diagnose problems sooner and continuously
ndash Eliminate unnecessary testing
bull TRMC funded proofs of concept will deliver proven capabilities
ndash Enable ldquoBig Datardquo analytics during JSF TampE
ndash Establish improved transfer of knowledge between fielded and next-
generation systems
13
UNCLASSIFIED ndash DISTRIBUTION STATEMENT A
Reference Number 14-S-2600 September 30 2014
Questions
14
UNCLASSIFIED ndash DISTRIBUTION STATEMENT A
Reference Number 14-S-2600 September 30 2014
Backup Slides
Not for presentation
15
UNCLASSIFIED ndash DISTRIBUTION STATEMENT A
Reference Number 14-S-2600 September 30 2014
Concept Definitions
bull Big Data
ndash Big data is a blanket term for any collection of data sets so large amp complex that it becomes
difficult to process using on-hand data management tools or traditional data processing
applications The challenges include capture curating storage search sharing transfer
analysis amp visualization
bull Big Data Analytics Data Discovery
ndash Process of discovering meaningful new correlations patterns amp trends by sifting through large
amounts of data stored in repositories using pattern recognition technologies as well as
statistical amp mathematical techniques
bull Cloud Computing
ndash The practice of using a network of remote servers hosted on a network to store manage amp
process data rather than a local server or personal computer A private cloud is a marketing
term for a cloud computing platform that is implemented within the corporate firewall under the
control of the IT department
bull Data Center
ndash A facility used to house a large group of networked computer servers storage networking amp
telecommunications equipment This equipment is used by organizations for the remote storage
processing or distribution of large amounts of data Data centers generally include redundant or
backup power supplies redundant data communications connections environmental controls
(eg air conditioning fire suppression) amp various security devices
16
UNCLASSIFIED ndash DISTRIBUTION STATEMENT A
Reference Number 14-S-2600 September 30 2014
Concept Definitions
bull Knowledge Management (KM)
ndash KM is a discipline that promotes an integrated approach to identifying capturing evaluating
retrieving amp sharing all of an enterprisersquos information assets These assets may include
databases documents policies procedures amp previously un-captured expertise amp experience in
individual workers
bull Portal
ndash A portal is a website which brings information from diverse sources together in a uniform way A
well designed portal can increase a KM systemrsquos value exponentially while using a badly
designed portal is an exercise in frustration A portal is the doorway to the content amp content is
the window to our organizational knowledge
bull Virtual Machine (VM)
ndash In computing a VM is an emulation of a particular computer system VMs operate based on the
computer architecture amp functions of a real or hypothetical computer amp their implementations
may involve specialized hardware software or a combination of both
bull Virtualization Technologies
ndash Virtualization enables you to run multiple application amp operating systems on a single computer
making the IT infrastructure simpler amp more efficient while reducing the overall server footprint amp
operating costs This will more efficiently utilize server resources amp increase capabilities Within
a virtual architecture you can deploy pre-configured applications faster increase performance amp
availability
17
UNCLASSIFIED ndash DISTRIBUTION STATEMENT A
Reference Number 14-S-2600 September 30 2014
Long-term DoD TampE Enterprise Knowledge Management Vision
bull Knowledge should be readily available amp discoverable across an
acquisition programrsquos entire lifecycle
ndash Enables measured improvements data analytics etc to occur throughout system
lifecycle
bull Ideally analysts program managers amp logisticians would have access to
all data associated with an acquisition system
bull KM system would include data from initial conceptual research amp
development work through all phases of TampE to data gathered while
fielded in theater amp operations amp maintenance records for all acquisition
systems
bull Utilizing cloud computing technologies implement a logically
centralized physically distributed knowledge management system
which leverages existing TampE data centers
bull Allows benefits of cloud computing to be realized for data which cannot
be moved to a centralized location for processing
18
UNCLASSIFIED ndash DISTRIBUTION STATEMENT A
TRMC Knowledge Management VisionCSA RampD
OEM Contractor
CSA TampE
CSA Logistics
Discovery Analysis Tools
Discovery Analysis Tools
Discovery Analysis Tools
Discovery Analysis Tools
Logically Centralized
Data Storage
Search Engine
KM Portal
Classification amp Permissions
Data Scientists
Evaluators
PMrsquos
Developers Engineers
Governance amp Policies
(animated slide) 19
DoD Enterprise Data Management for Acquisition
Analysis Tools
UNCLASSIFIED ndash DISTRIBUTION STATEMENT A
Reference Number 14-S-2600 September 30 2014
Summary
bull TRMC is developing a plan to act upon the Knowledge
Management (KM) recommendations from the Comprehensive
Review of TampE Infrastructure
ndash Recommendation 1 Use DoD cloud solution for TampE data
ndash Recommendation 2 Establish a DoD-wide KM capability for TampE
bull Improved TampE KM will help achieve better acquisition outcomes
and reduce costs
ndash Identify amp Diagnose problems sooner and continuously
ndash Eliminate unnecessary testing
bull TRMC funded proofs of concept will deliver proven capabilities
ndash Enable ldquoBig Datardquo analytics during JSF TampE
ndash Establish improved transfer of knowledge between fielded and next-
generation systems
13
UNCLASSIFIED ndash DISTRIBUTION STATEMENT A
Reference Number 14-S-2600 September 30 2014
Questions
14
UNCLASSIFIED ndash DISTRIBUTION STATEMENT A
Reference Number 14-S-2600 September 30 2014
Backup Slides
Not for presentation
15
UNCLASSIFIED ndash DISTRIBUTION STATEMENT A
Reference Number 14-S-2600 September 30 2014
Concept Definitions
bull Big Data
ndash Big data is a blanket term for any collection of data sets so large amp complex that it becomes
difficult to process using on-hand data management tools or traditional data processing
applications The challenges include capture curating storage search sharing transfer
analysis amp visualization
bull Big Data Analytics Data Discovery
ndash Process of discovering meaningful new correlations patterns amp trends by sifting through large
amounts of data stored in repositories using pattern recognition technologies as well as
statistical amp mathematical techniques
bull Cloud Computing
ndash The practice of using a network of remote servers hosted on a network to store manage amp
process data rather than a local server or personal computer A private cloud is a marketing
term for a cloud computing platform that is implemented within the corporate firewall under the
control of the IT department
bull Data Center
ndash A facility used to house a large group of networked computer servers storage networking amp
telecommunications equipment This equipment is used by organizations for the remote storage
processing or distribution of large amounts of data Data centers generally include redundant or
backup power supplies redundant data communications connections environmental controls
(eg air conditioning fire suppression) amp various security devices
16
UNCLASSIFIED ndash DISTRIBUTION STATEMENT A
Reference Number 14-S-2600 September 30 2014
Concept Definitions
bull Knowledge Management (KM)
ndash KM is a discipline that promotes an integrated approach to identifying capturing evaluating
retrieving amp sharing all of an enterprisersquos information assets These assets may include
databases documents policies procedures amp previously un-captured expertise amp experience in
individual workers
bull Portal
ndash A portal is a website which brings information from diverse sources together in a uniform way A
well designed portal can increase a KM systemrsquos value exponentially while using a badly
designed portal is an exercise in frustration A portal is the doorway to the content amp content is
the window to our organizational knowledge
bull Virtual Machine (VM)
ndash In computing a VM is an emulation of a particular computer system VMs operate based on the
computer architecture amp functions of a real or hypothetical computer amp their implementations
may involve specialized hardware software or a combination of both
bull Virtualization Technologies
ndash Virtualization enables you to run multiple application amp operating systems on a single computer
making the IT infrastructure simpler amp more efficient while reducing the overall server footprint amp
operating costs This will more efficiently utilize server resources amp increase capabilities Within
a virtual architecture you can deploy pre-configured applications faster increase performance amp
availability
17
UNCLASSIFIED ndash DISTRIBUTION STATEMENT A
Reference Number 14-S-2600 September 30 2014
Long-term DoD TampE Enterprise Knowledge Management Vision
bull Knowledge should be readily available amp discoverable across an
acquisition programrsquos entire lifecycle
ndash Enables measured improvements data analytics etc to occur throughout system
lifecycle
bull Ideally analysts program managers amp logisticians would have access to
all data associated with an acquisition system
bull KM system would include data from initial conceptual research amp
development work through all phases of TampE to data gathered while
fielded in theater amp operations amp maintenance records for all acquisition
systems
bull Utilizing cloud computing technologies implement a logically
centralized physically distributed knowledge management system
which leverages existing TampE data centers
bull Allows benefits of cloud computing to be realized for data which cannot
be moved to a centralized location for processing
18
UNCLASSIFIED ndash DISTRIBUTION STATEMENT A
TRMC Knowledge Management VisionCSA RampD
OEM Contractor
CSA TampE
CSA Logistics
Discovery Analysis Tools
Discovery Analysis Tools
Discovery Analysis Tools
Discovery Analysis Tools
Logically Centralized
Data Storage
Search Engine
KM Portal
Classification amp Permissions
Data Scientists
Evaluators
PMrsquos
Developers Engineers
Governance amp Policies
(animated slide) 19
DoD Enterprise Data Management for Acquisition
Analysis Tools
UNCLASSIFIED ndash DISTRIBUTION STATEMENT A
Reference Number 14-S-2600 September 30 2014
Questions
14
UNCLASSIFIED ndash DISTRIBUTION STATEMENT A
Reference Number 14-S-2600 September 30 2014
Backup Slides
Not for presentation
15
UNCLASSIFIED ndash DISTRIBUTION STATEMENT A
Reference Number 14-S-2600 September 30 2014
Concept Definitions
bull Big Data
ndash Big data is a blanket term for any collection of data sets so large amp complex that it becomes
difficult to process using on-hand data management tools or traditional data processing
applications The challenges include capture curating storage search sharing transfer
analysis amp visualization
bull Big Data Analytics Data Discovery
ndash Process of discovering meaningful new correlations patterns amp trends by sifting through large
amounts of data stored in repositories using pattern recognition technologies as well as
statistical amp mathematical techniques
bull Cloud Computing
ndash The practice of using a network of remote servers hosted on a network to store manage amp
process data rather than a local server or personal computer A private cloud is a marketing
term for a cloud computing platform that is implemented within the corporate firewall under the
control of the IT department
bull Data Center
ndash A facility used to house a large group of networked computer servers storage networking amp
telecommunications equipment This equipment is used by organizations for the remote storage
processing or distribution of large amounts of data Data centers generally include redundant or
backup power supplies redundant data communications connections environmental controls
(eg air conditioning fire suppression) amp various security devices
16
UNCLASSIFIED ndash DISTRIBUTION STATEMENT A
Reference Number 14-S-2600 September 30 2014
Concept Definitions
bull Knowledge Management (KM)
ndash KM is a discipline that promotes an integrated approach to identifying capturing evaluating
retrieving amp sharing all of an enterprisersquos information assets These assets may include
databases documents policies procedures amp previously un-captured expertise amp experience in
individual workers
bull Portal
ndash A portal is a website which brings information from diverse sources together in a uniform way A
well designed portal can increase a KM systemrsquos value exponentially while using a badly
designed portal is an exercise in frustration A portal is the doorway to the content amp content is
the window to our organizational knowledge
bull Virtual Machine (VM)
ndash In computing a VM is an emulation of a particular computer system VMs operate based on the
computer architecture amp functions of a real or hypothetical computer amp their implementations
may involve specialized hardware software or a combination of both
bull Virtualization Technologies
ndash Virtualization enables you to run multiple application amp operating systems on a single computer
making the IT infrastructure simpler amp more efficient while reducing the overall server footprint amp
operating costs This will more efficiently utilize server resources amp increase capabilities Within
a virtual architecture you can deploy pre-configured applications faster increase performance amp
availability
17
UNCLASSIFIED ndash DISTRIBUTION STATEMENT A
Reference Number 14-S-2600 September 30 2014
Long-term DoD TampE Enterprise Knowledge Management Vision
bull Knowledge should be readily available amp discoverable across an
acquisition programrsquos entire lifecycle
ndash Enables measured improvements data analytics etc to occur throughout system
lifecycle
bull Ideally analysts program managers amp logisticians would have access to
all data associated with an acquisition system
bull KM system would include data from initial conceptual research amp
development work through all phases of TampE to data gathered while
fielded in theater amp operations amp maintenance records for all acquisition
systems
bull Utilizing cloud computing technologies implement a logically
centralized physically distributed knowledge management system
which leverages existing TampE data centers
bull Allows benefits of cloud computing to be realized for data which cannot
be moved to a centralized location for processing
18
UNCLASSIFIED ndash DISTRIBUTION STATEMENT A
TRMC Knowledge Management VisionCSA RampD
OEM Contractor
CSA TampE
CSA Logistics
Discovery Analysis Tools
Discovery Analysis Tools
Discovery Analysis Tools
Discovery Analysis Tools
Logically Centralized
Data Storage
Search Engine
KM Portal
Classification amp Permissions
Data Scientists
Evaluators
PMrsquos
Developers Engineers
Governance amp Policies
(animated slide) 19
DoD Enterprise Data Management for Acquisition
Analysis Tools
UNCLASSIFIED ndash DISTRIBUTION STATEMENT A
Reference Number 14-S-2600 September 30 2014
Backup Slides
Not for presentation
15
UNCLASSIFIED ndash DISTRIBUTION STATEMENT A
Reference Number 14-S-2600 September 30 2014
Concept Definitions
bull Big Data
ndash Big data is a blanket term for any collection of data sets so large amp complex that it becomes
difficult to process using on-hand data management tools or traditional data processing
applications The challenges include capture curating storage search sharing transfer
analysis amp visualization
bull Big Data Analytics Data Discovery
ndash Process of discovering meaningful new correlations patterns amp trends by sifting through large
amounts of data stored in repositories using pattern recognition technologies as well as
statistical amp mathematical techniques
bull Cloud Computing
ndash The practice of using a network of remote servers hosted on a network to store manage amp
process data rather than a local server or personal computer A private cloud is a marketing
term for a cloud computing platform that is implemented within the corporate firewall under the
control of the IT department
bull Data Center
ndash A facility used to house a large group of networked computer servers storage networking amp
telecommunications equipment This equipment is used by organizations for the remote storage
processing or distribution of large amounts of data Data centers generally include redundant or
backup power supplies redundant data communications connections environmental controls
(eg air conditioning fire suppression) amp various security devices
16
UNCLASSIFIED ndash DISTRIBUTION STATEMENT A
Reference Number 14-S-2600 September 30 2014
Concept Definitions
bull Knowledge Management (KM)
ndash KM is a discipline that promotes an integrated approach to identifying capturing evaluating
retrieving amp sharing all of an enterprisersquos information assets These assets may include
databases documents policies procedures amp previously un-captured expertise amp experience in
individual workers
bull Portal
ndash A portal is a website which brings information from diverse sources together in a uniform way A
well designed portal can increase a KM systemrsquos value exponentially while using a badly
designed portal is an exercise in frustration A portal is the doorway to the content amp content is
the window to our organizational knowledge
bull Virtual Machine (VM)
ndash In computing a VM is an emulation of a particular computer system VMs operate based on the
computer architecture amp functions of a real or hypothetical computer amp their implementations
may involve specialized hardware software or a combination of both
bull Virtualization Technologies
ndash Virtualization enables you to run multiple application amp operating systems on a single computer
making the IT infrastructure simpler amp more efficient while reducing the overall server footprint amp
operating costs This will more efficiently utilize server resources amp increase capabilities Within
a virtual architecture you can deploy pre-configured applications faster increase performance amp
availability
17
UNCLASSIFIED ndash DISTRIBUTION STATEMENT A
Reference Number 14-S-2600 September 30 2014
Long-term DoD TampE Enterprise Knowledge Management Vision
bull Knowledge should be readily available amp discoverable across an
acquisition programrsquos entire lifecycle
ndash Enables measured improvements data analytics etc to occur throughout system
lifecycle
bull Ideally analysts program managers amp logisticians would have access to
all data associated with an acquisition system
bull KM system would include data from initial conceptual research amp
development work through all phases of TampE to data gathered while
fielded in theater amp operations amp maintenance records for all acquisition
systems
bull Utilizing cloud computing technologies implement a logically
centralized physically distributed knowledge management system
which leverages existing TampE data centers
bull Allows benefits of cloud computing to be realized for data which cannot
be moved to a centralized location for processing
18
UNCLASSIFIED ndash DISTRIBUTION STATEMENT A
TRMC Knowledge Management VisionCSA RampD
OEM Contractor
CSA TampE
CSA Logistics
Discovery Analysis Tools
Discovery Analysis Tools
Discovery Analysis Tools
Discovery Analysis Tools
Logically Centralized
Data Storage
Search Engine
KM Portal
Classification amp Permissions
Data Scientists
Evaluators
PMrsquos
Developers Engineers
Governance amp Policies
(animated slide) 19
DoD Enterprise Data Management for Acquisition
Analysis Tools
UNCLASSIFIED ndash DISTRIBUTION STATEMENT A
Reference Number 14-S-2600 September 30 2014
Concept Definitions
bull Big Data
ndash Big data is a blanket term for any collection of data sets so large amp complex that it becomes
difficult to process using on-hand data management tools or traditional data processing
applications The challenges include capture curating storage search sharing transfer
analysis amp visualization
bull Big Data Analytics Data Discovery
ndash Process of discovering meaningful new correlations patterns amp trends by sifting through large
amounts of data stored in repositories using pattern recognition technologies as well as
statistical amp mathematical techniques
bull Cloud Computing
ndash The practice of using a network of remote servers hosted on a network to store manage amp
process data rather than a local server or personal computer A private cloud is a marketing
term for a cloud computing platform that is implemented within the corporate firewall under the
control of the IT department
bull Data Center
ndash A facility used to house a large group of networked computer servers storage networking amp
telecommunications equipment This equipment is used by organizations for the remote storage
processing or distribution of large amounts of data Data centers generally include redundant or
backup power supplies redundant data communications connections environmental controls
(eg air conditioning fire suppression) amp various security devices
16
UNCLASSIFIED ndash DISTRIBUTION STATEMENT A
Reference Number 14-S-2600 September 30 2014
Concept Definitions
bull Knowledge Management (KM)
ndash KM is a discipline that promotes an integrated approach to identifying capturing evaluating
retrieving amp sharing all of an enterprisersquos information assets These assets may include
databases documents policies procedures amp previously un-captured expertise amp experience in
individual workers
bull Portal
ndash A portal is a website which brings information from diverse sources together in a uniform way A
well designed portal can increase a KM systemrsquos value exponentially while using a badly
designed portal is an exercise in frustration A portal is the doorway to the content amp content is
the window to our organizational knowledge
bull Virtual Machine (VM)
ndash In computing a VM is an emulation of a particular computer system VMs operate based on the
computer architecture amp functions of a real or hypothetical computer amp their implementations
may involve specialized hardware software or a combination of both
bull Virtualization Technologies
ndash Virtualization enables you to run multiple application amp operating systems on a single computer
making the IT infrastructure simpler amp more efficient while reducing the overall server footprint amp
operating costs This will more efficiently utilize server resources amp increase capabilities Within
a virtual architecture you can deploy pre-configured applications faster increase performance amp
availability
17
UNCLASSIFIED ndash DISTRIBUTION STATEMENT A
Reference Number 14-S-2600 September 30 2014
Long-term DoD TampE Enterprise Knowledge Management Vision
bull Knowledge should be readily available amp discoverable across an
acquisition programrsquos entire lifecycle
ndash Enables measured improvements data analytics etc to occur throughout system
lifecycle
bull Ideally analysts program managers amp logisticians would have access to
all data associated with an acquisition system
bull KM system would include data from initial conceptual research amp
development work through all phases of TampE to data gathered while
fielded in theater amp operations amp maintenance records for all acquisition
systems
bull Utilizing cloud computing technologies implement a logically
centralized physically distributed knowledge management system
which leverages existing TampE data centers
bull Allows benefits of cloud computing to be realized for data which cannot
be moved to a centralized location for processing
18
UNCLASSIFIED ndash DISTRIBUTION STATEMENT A
TRMC Knowledge Management VisionCSA RampD
OEM Contractor
CSA TampE
CSA Logistics
Discovery Analysis Tools
Discovery Analysis Tools
Discovery Analysis Tools
Discovery Analysis Tools
Logically Centralized
Data Storage
Search Engine
KM Portal
Classification amp Permissions
Data Scientists
Evaluators
PMrsquos
Developers Engineers
Governance amp Policies
(animated slide) 19
DoD Enterprise Data Management for Acquisition
Analysis Tools
UNCLASSIFIED ndash DISTRIBUTION STATEMENT A
Reference Number 14-S-2600 September 30 2014
Concept Definitions
bull Knowledge Management (KM)
ndash KM is a discipline that promotes an integrated approach to identifying capturing evaluating
retrieving amp sharing all of an enterprisersquos information assets These assets may include
databases documents policies procedures amp previously un-captured expertise amp experience in
individual workers
bull Portal
ndash A portal is a website which brings information from diverse sources together in a uniform way A
well designed portal can increase a KM systemrsquos value exponentially while using a badly
designed portal is an exercise in frustration A portal is the doorway to the content amp content is
the window to our organizational knowledge
bull Virtual Machine (VM)
ndash In computing a VM is an emulation of a particular computer system VMs operate based on the
computer architecture amp functions of a real or hypothetical computer amp their implementations
may involve specialized hardware software or a combination of both
bull Virtualization Technologies
ndash Virtualization enables you to run multiple application amp operating systems on a single computer
making the IT infrastructure simpler amp more efficient while reducing the overall server footprint amp
operating costs This will more efficiently utilize server resources amp increase capabilities Within
a virtual architecture you can deploy pre-configured applications faster increase performance amp
availability
17
UNCLASSIFIED ndash DISTRIBUTION STATEMENT A
Reference Number 14-S-2600 September 30 2014
Long-term DoD TampE Enterprise Knowledge Management Vision
bull Knowledge should be readily available amp discoverable across an
acquisition programrsquos entire lifecycle
ndash Enables measured improvements data analytics etc to occur throughout system
lifecycle
bull Ideally analysts program managers amp logisticians would have access to
all data associated with an acquisition system
bull KM system would include data from initial conceptual research amp
development work through all phases of TampE to data gathered while
fielded in theater amp operations amp maintenance records for all acquisition
systems
bull Utilizing cloud computing technologies implement a logically
centralized physically distributed knowledge management system
which leverages existing TampE data centers
bull Allows benefits of cloud computing to be realized for data which cannot
be moved to a centralized location for processing
18
UNCLASSIFIED ndash DISTRIBUTION STATEMENT A
TRMC Knowledge Management VisionCSA RampD
OEM Contractor
CSA TampE
CSA Logistics
Discovery Analysis Tools
Discovery Analysis Tools
Discovery Analysis Tools
Discovery Analysis Tools
Logically Centralized
Data Storage
Search Engine
KM Portal
Classification amp Permissions
Data Scientists
Evaluators
PMrsquos
Developers Engineers
Governance amp Policies
(animated slide) 19
DoD Enterprise Data Management for Acquisition
Analysis Tools
UNCLASSIFIED ndash DISTRIBUTION STATEMENT A
Reference Number 14-S-2600 September 30 2014
Long-term DoD TampE Enterprise Knowledge Management Vision
bull Knowledge should be readily available amp discoverable across an
acquisition programrsquos entire lifecycle
ndash Enables measured improvements data analytics etc to occur throughout system
lifecycle
bull Ideally analysts program managers amp logisticians would have access to
all data associated with an acquisition system
bull KM system would include data from initial conceptual research amp
development work through all phases of TampE to data gathered while
fielded in theater amp operations amp maintenance records for all acquisition
systems
bull Utilizing cloud computing technologies implement a logically
centralized physically distributed knowledge management system
which leverages existing TampE data centers
bull Allows benefits of cloud computing to be realized for data which cannot
be moved to a centralized location for processing
18
UNCLASSIFIED ndash DISTRIBUTION STATEMENT A
TRMC Knowledge Management VisionCSA RampD
OEM Contractor
CSA TampE
CSA Logistics
Discovery Analysis Tools
Discovery Analysis Tools
Discovery Analysis Tools
Discovery Analysis Tools
Logically Centralized
Data Storage
Search Engine
KM Portal
Classification amp Permissions
Data Scientists
Evaluators
PMrsquos
Developers Engineers
Governance amp Policies
(animated slide) 19
DoD Enterprise Data Management for Acquisition
Analysis Tools
UNCLASSIFIED ndash DISTRIBUTION STATEMENT A
TRMC Knowledge Management VisionCSA RampD
OEM Contractor
CSA TampE
CSA Logistics
Discovery Analysis Tools
Discovery Analysis Tools
Discovery Analysis Tools
Discovery Analysis Tools
Logically Centralized
Data Storage
Search Engine
KM Portal
Classification amp Permissions
Data Scientists
Evaluators
PMrsquos
Developers Engineers
Governance amp Policies
(animated slide) 19
DoD Enterprise Data Management for Acquisition
Analysis Tools