membership update june 19, 2014 - iiconsortium.org · brazil canada france japan china saudi arabia...

Membership UpdateJune 19, 2014

Agenda

• Opening comments – Dr. Richard Soley

• General member updates – Lynne Canavan

• Testbeds – Dr. Shoumen Datta

• Committee Updates• Technology – Stephen Mellor, IIC

• Marketing – Amy Quiring, Tyco

• Next meeting: Austin, Texas (September 17-18)

• Q&A

2

An Open Membership Consortium, now 56 companies strong

As of 6-17-2014

IIC Founder Companies

Membership growth

4

Members by industry

5

25%

12%

7%

7%5%

44% Other

Software

Telecom

Members in ‘Other category’ includes: Academic Research LabsAutomotiveEducational ServicesElectronicsFire & SecurityHealthcareIndustrial M2M Equipment ManufacturerIndustryMobile & Cloud ServicesMobile CommunicationsSecuritySmart Grid TechnologiesSoftware and HardwareStandards OrganizationTechnology Expense & Lifecycle ManagementTechnology, CybersecurityTransportationWater & Process

Members by Region & Country

6

8% Asia 6% Europe 2% Latin America2% Middle East

83% North America

Asia Europe Latin America Middle East North America

2% Brazil

4% Canada

2% France

4% Japan

4% China

2% Saudi Arabia2% United …

81% United States

Brazil Canada France Japan

China Saudi Arabia United Kingdom United States

IIC Networking

• Active engagement in the IIC Working Groups is your best opportunity to network

• For privacy reasons, we do not publish individual names from companies

• If you would like an introduction to a particular company, IIC staff will assist on an individual basis

7

IIC Elections Process

• IIC Steering Committee will set the date for the elections

• Voting (STV) by eligible IIC members

• 30-day period for nominations

• Candidates require two nominations

• Candidates need to submit a nomination form with position statement

• Full information to be sent to all members and posted on Members portal, once election date is set

5 C

The Industrial Internet Consortium

Dr Shoumen Datta www.iiconsortium.org

R&D Test BedsImpact

Room 110

NIST Workshop at CMU on June 13, 2014 – Group in Rm 110 – Team Lead: Kevin Stanton, Intel – Team Scribe: Stefanno Ruffini, Ericsson

Mobile Time SynchronizationNSF Funded Grand ChallengeAnnounced on June 13, 2014

Transportation – a segment of the Grand Challenge

Time, Sensors, Network & Data Synchronization

US ParkService Drones

US DHS Drone

US Fire Service Drone

Dhananjay Anand, NIST

• Networking – real time / run time analytics of Big Data

• Networking – manufacturing / embedded machine sensors

• Transportation

• Security

• Other

IIC Test Beds ??



• Transportation

• Security

• Other

IIC Test Beds ??

Transportation Grand Challenge – sum of partsUAV + AGV – NISTCMU – R RajkumarIntruder Detection

Food Supply ChainNear Field RF Tags Sensor Networks

Time SynchronizationIntel Research Labs

Qulsar + UC Berkeley

Data ExchangeDigital Economy

Data Monetization



• Transportation

• Security

• Other suggested topics

• Healthcare / Emergency Response

• Pipelines / Infrastructure

• Buildings / Smart Cities

• Aviation / Aeronautics

• Energy / Smart Grid

IIC Test Beds ??

• Low power sensor networks / data transmission / analytics

• Healthcare – medical device interoperability with time guarantee / data distribution sync

• Synchronization of swarming robots for autonomous response in an emergency

DiscussionsUse Cases / medium term projects

• Differentiate by Duration

• Differentiate by Funding

• Ecosystem Partners

• Test Bed Examples

IIC Test Beds

IIC TEST BED - Differentiate by Duration

• Long Term • Medium Term

• Short Term • Plug Fest



• Short Term • Plug FestPlug-n-Play (PnP)

Attach widgets, modules, interfaces

Create functions using existing tools

Industry funded



• Short TermCollaboration/convergence to create use cases

Substantiate new use cases using existing tools

Demonstrate functionality / testability

Productize / monetize ?

Industry funded

• Plug FestPlug-n-Play (PnP)



Industry funded


• Long Term • Medium TermDevelop test bed to generate new use cases

Collaborate to contribute existing tools / kits

Collaborate to generate new tools / kits

Deploy (real time / run time) / test

Path to productization ?

Funding open to government and/or industry





Industry funded




Industry funded


• Long TermExploration of fundamental principles

Potential for innovation and/or disruption

Experimental test bed / develop new functions

Solution to problems with major impact

Creates jobs and improves economic growth

Funds from government (+/-) industry support

• Medium TermDevelop test bed to generate new use cases

Collaborate to contribute existing tools / kits

Collaborate to generate new tools / kits

Deploy (real time / run time) / test

Path to productization ?

Funding open to government and/or industry












IIC Test Beds

IIC TEST BED – Differentiate by Funding

• Government Funding • Gov-Industry Funding

• Industry Funding • Other Gov Funding

• Government FundingAcademic PI lead + industry sub-contractors

Fundamental principles + transition to practice

Medium (1-2 years) to long term (3-5 years)

Open test beds + non-proprietary outcomes

Potential for multiple use cases and projects

Industry take-away leads to new products

• Gov-Industry Funding









IIC TEST BED - FY2014 US GOV Funding

NSF 1,227.4

DOD 881.5

DOE 541.2

NIH 526.7

DARPA 418.6

NIST 143.7

DHS 76.5

NASA 76.4

NOAA 26.1

AHRQ 25.6

NNSA 17.0

EPA 6.0

DOT 1.5

DARPA-BAA-14-25 Innovative Systems for Military MissionsDARPA - Tactical Technology Office 4/25/2014 4/24/2015

PA-14-180

mHealth Tools for Underserved Populations with Chronic Conditions to Promote Effective Patient-Provider Communication, Adherence to Treatment and Self-Management (R01) National Institutes of Health 4/18/2014 5/7/2017

PA-14-181


DARPA-BAA-14-31 Direct On-chip Digital Optical Synthesizer (DODOS)DARPA - Microsystems Technology Office 4/17/2014 7/8/2014

BAA-AFOSR-2014-0001 Research Interests of the Air Force Office of Scientific ResearchAir Force Office of Scientific Research 2/28/2014

PAR-14-119Design and Development of Novel Technologies for Healthy Independent Living (R21) National Institutes of Health 2/26/2014 1/7/2017

RFA-AI-13-059 Prevention Innovation Program (PIP) (R01) National Institutes of Health 2/20/2014 7/10/2014ONRBAA14-007 FY 15 Communications and Networking Discovery and Invention Office of Naval Research 2/20/2014 6/30/2014BAA-HPW-RHX-2014-0001 Human-Centered Intelligence, Surveillance Air Force -- Research Lab 2/11/2014 2/12/2018

PA-14-059

Small Business Technology Transfer Research (STTR) to Develop New Diagnostic, Monitoring and Therapeutics Technologies for the Complications of Type 1 Diabetes (T1D) [STTR (R41/R42)] National Institutes of Health 1/3/2014 5/7/2017

PA-14-058

Small Business Innovation Research (SBIR) to Develop New Diagnostic, Monitoring and Therapeutics Technologies for the Complications of Type 1 Diabetes (T1D) (SBIR (R43/R44)) National Institutes of Health 1/3/2014 1/7/2017

PAR-14-028Mobile Health: Technology and Outcomes in Low and Middle Income Countries (R21) National Institutes of Health 12/11/2013 2/19/2015

FOA-RVKV-2013-0001 Space Vehicles (RV) University Grants Program Air Force -- Research Lab 12/10/2013 12/9/2018DIA-BAA-14-01 DIA Innovation - Agency Wide BAA Defense Intelligence Agency 12/3/2013 11/26/2014PAR-13-390 Indo-US Collaborative Program on Affordable Medical Devices (R03) National Institutes of Health 11/13/2013 5/7/2016

W81XWH-BAA-14-1U.S. Army Medical Research and Materiel Command Broad Agency Announcement Dept. of the Army -- USAMRAA 10/1/2013 9/30/2014

ONRBAA14-001 Long Range BAA for Navy and Marine Corps Science and Technology Office of Naval Research 9/27/2013 9/30/2014PAR-13-294 Advanced Development of Informatics Technology (U24) National Institutes of Health 8/6/2013 6/18/2015

W911NF-13-R-0006 Defense Forensics and Biometrics Agency (DFBA) BAA for Basic, Applied Dept of the Army -- Materiel Command 7/15/2013 6/30/2015

Current US Government Funding Opportunities – Eligible for For-profit

BAA-N00173-03 NRL WIDE BROAD AGENCY ANNOUNCEMENT BAA-N00173-03 Naval Research Laboratory 7/10/2013

PA-13-263Implications of New Digital Media Use for Underage Drinking, Drinking-

Related Behaviors, and Prevention Research (R21) National Institutes of Health 7/8/2013 9/7/2016

RFA-HL-14-010Developing a Point-of-Care Device for the Diagnosis of Sickle Cell Disease in Low Resource Settings SBIR (R43/ R44) National Institutes of Health 7/8/2013 10/23/2015

DARPA-BAA-13-29 DARPA Strategic Technology Office (STO) Broad Agency Announcement (BAA)DARPA - Strategic Technology Office 6/19/2013 6/18/2014

NPS-BAA-13-004BROAD AGENCY ANNOUNCEMENT (BAA) FOR RESEARCH INITIATIVES AT THE NAVAL POSTGRADUATE SCHOOL Naval Supply Systems Command 5/21/2013 6/30/2014

DARPA-BAA-13-20 Defense Sciences Research and Technology DARPA - Defense Sciences Office 5/2/2013 6/18/2014

PAR-13-169Academic-Industrial Partnerships for Translation of in vivo Imaging Systems for Cancer Investigations (R01) National Institutes of Health 4/5/2013 5/7/2016

PA-13-168Secondary Analyses of Existing Data Sets and Stored Biospecimens to Address Clinical Aging Research Questions (R01) National Institutes of Health 3/29/2013 5/7/2016

PAR-13-137 Bioengineering Research Grants (BRG) (R01) National Institutes of Health 3/8/2013 5/7/2016NNH13ZEA001N RESEARCH OPPORTUNITIES IN AERONAUTICS - 2013 NASA Headquarters 12/18/2012

DARPA-BAA-12-64 Microsystems Technology Office-WideDefense Advanced Research Projects Agency 8/30/2012 9/1/2014

PA-12-196Innovative Health Information Technology for Broad Adoption by Healthcare Systems and Consumers (SBIR) (R44) National Institutes of Health 6/5/2012 1/7/2015

W911NF-12-R-0011Army Research Laboratory Broad Agency Announcement for Basic and Applied Scientific Research

Dept of the Army -- Materiel Command 5/31/2012 3/31/2017

W911NF-12-R-0012Army Research Office Broad Agency Announcement for Basic and Applied Scientific Research

Dept of the Army -- Materiel Command 5/31/2012 3/31/2017

BAA-12-02-PKS Sensor Innovative Research Air Force -- Research Lab 4/5/2012 4/5/2017BAA-12-01-PKS Metamaterials for RF and Optical Applications Air Force -- Research Lab 2/21/2012 2/20/2016PA-11-310 FDA Small Scientific Conference Grant Program (R13) Food & Drug Administration 9/14/2011 7/16/2014

BAA-N00173-02 NRL WIDE BROAD AGENCY ANNOUNCEMENT BAA-N00173-02 Naval Research Laboratory 6/17/2011

2009-MSE-01 Measurement Science and Engineering (MSE) Research Grants ProgramsNational Institute of Standards and Technology 2/20/2009

Current US Government Funding Opportunities – Eligible for For-profit

USDA-NIFA-EXCA-004538 Healthy Homes Partnership

National Institute of Food and Agriculture 6/5/2014 7/7/2014

14-571 NSF/Intel Partnership on Cyber-Physical Systems Security and Privacy National Science Foundation 5/30/2014 10/28/2014

14-569Partnerships for Innovation: Accelerating Innovation Research- Technology Translation National Science Foundation 5/27/2014 10/2/2014

PD-14-1468 Manufacturing Machines and Equipment National Science Foundation 5/15/2014 9/15/2014

14-562Computer and Information Science and Engineering (CISE) Research Initiation Initiative National Science Foundation 5/15/2014 9/24/2014

14-563 Wireless Innovation between Finland and the US National Science Foundation 4/30/2014 8/1/2014

PA-14-180


PA-14-181


PAR-14-118 Technologies for Healthy Independent Living (R01) National Institutes of Health 2/26/2014 1/7/2017

NPS-BAA-14-001 FY14 MASINT EMERGING TECHNOLOGIES RESEARCH PROGRAM Naval Supply Systems Command 2/24/2014 9/30/2014

14-531 Cyber-Innovation for Sustainability Science and Engineering National Science Foundation 1/8/2014 2/3/201514-526 Cyberlearning and Future Learning Technologies National Science Foundation 12/20/2013 7/14/2014FOA-RVKV-2013-0001 Space Vehicles (RV) University Grants Program Air Force -- Research Lab 12/10/2013 12/9/2018PD-13-1786 Manufacturing Enterprise Systems National Science Foundation 9/10/2013 9/15/2014

PAR-13-330 Revisions for Early-Stage Development of Informatics Technology (P01) National Institutes of Health 8/12/2013 6/18/2015

W911NF-13-R-0006 Defense Forensics and Biometrics Agency (DFBA) BAA for Basic, Applied Dept of the Army -- Materiel Command 7/15/2013 6/30/2015

13-578 Secure and Trustworthy Cyberspace National Science Foundation 7/15/2013 9/19/201413-580 Information and Intelligent Systems (IIS): Core Programs National Science Foundation 7/15/2013 9/19/2014

13-579 Computing and Communication Foundations (CCF): Core Programs National Science Foundation 7/15/2013 9/19/201413-581 Computer and Network Systems (CNS): Core Programs National Science Foundation 7/15/2013 9/19/2014PD-13-1639 Sensors and Sensing Systems National Science Foundation 1/3/2013 10/1/2014PD-12-1632 Control Systems National Science Foundation 10/3/2012 10/1/2014

PAR-12-286 Revisions for Early-Stage Development of Informatics Technology (R01) National Institutes of Health 9/19/2012 6/18/2015PD-13-7564 Communications, Circuits, and Sensing-Systems National Science Foundation 8/14/2012 11/3/2014PD-12-8085 Systems Science National Science Foundation 7/12/2012 9/15/2014BAA-12-02-PKS Sensor Innovative Research Air Force -- Research Lab 4/5/2012 4/5/201712-509 Science, Technology, and Society National Science Foundation 11/2/2011 8/1/2014

PAR-10-168 AHRQ Small Research Grant Program (R03) Agency for Health Care Research and Quality 4/16/2010 3/16/2015

Current US Government Funding Opportunities – Eligible for non-profit







• Gov-Industry FundingGovernment requires matching funding

Government + industry mixed funding

Government contributes funding

Industry contributes HR + in-kind













• Industry FundingVarious companies combine to fund test bed

Industry retains rights to intellectual property

Direct path to new products and services

• Other Gov Funding












• Industry FundingVarious companies combine to fund test bed

Industry retains rights to intellectual property

Direct path to new products and services

• Other Gov FundingEU Horizon 2020

Japan - METI

Germany - Industrie 4.0

Collaborators – academic + corporations

Country of origin of applicants to match funds


• Other Gov FundingEU Horizon 2020

Japan - METI

Germany - Industrie 4.0

Collaborators – academic + corporations

Country of origin of applicants to match funds


08/28/2014 47,000,000 Privacy http://bit.ly/H2020-PRIVACY

08/28/2014 10,000,000 Smart Transportation http://bit.ly/H2020-ngTrans

11/25/2014 125,000,000 5G Network Infrastructure http://bit.ly/H2020-5G

12/09/2014 145,000,000 Manufacturing http://bit.ly/H2020-Manufacturing

03/03/2015 108,180,000 Smart Cities http://bit.ly/H2020-SmartCity

03/31/2015 144,500,000 Autonomous Automobiles http://bit.ly/H2020-UAV

03/31/2015 21,000,000 Aviation and Aeronautics http://bit.ly/H2020-Aviation

04/21/2015 9,200,000 eGovernment http://bit.ly/H2020-eGOV

04/21/2015 162,000,000 eHealthcare http://bit.ly/H2020-Healthcare

04/21/2015 49,600,000 Cybersecurity http://bit.ly/H2020-Security

08/27/2015 144,500,000 Autonomous Automobiles http://bit.ly/H2020-UAV

08/27/2015 30,000,000 Electric Vehicle Integration http://bit.ly/H2020-EV-grid

08/27/2015 18,500,000 Innovation in Transport http://bit.ly/H2020-iTrans

Closes Euro Topic

http://bit/

http://bit.ly/H2020-5G

http://bit.ly/H2020-Manufacturing

http://bit.ly/EU-SmartCities

http://bit.ly/H2020-UAV

http://bit.ly/H2020-Aviation

http://bit.ly/H2020-eGOV

http://bit/

http://bit.ly/H2020-UAV

http://bit/





IIC Test Beds

Academic

Partners

Standards

Alliances

Academic

Partners

NationalAgencies

Ecosystem - Funding

Academic liaison catalytic to gov funding. OSTP may be an influencer. NIST umbrella is key to tech standards.Inclusion of national laboratories as partners may help gain access to new technologies and improve funding.

Ecosystem - Academic Partners

Claire Tomlin • http://bit.ly/CT-UCBEdward Lee • http://bit.ly/ED-LEEShankar Sastry • http://bit.ly/SastryMani Srivastava • http://bit.ly/MBS-UCLA

Rahul Mangharam • http://bit.ly/RM-UPENNInsup Lee • http://bit.ly/INSUP

Raj Rajkumar • http://bit.ly/RAJ-CMU

Hari Balakrishnan • http://bit.ly/HARI-CSAIL

Janos Sztipanovits • http://bit.ly/JS-Vanderbilt

Julian Goldman • www.juliangoldman.info/

Digital Economy

CSAIL Big Data

MIT Sloan

MIT Engineering

Alain Louchez • www.cdait.gatech.edu/

Sanjay Sarma • http://bit.ly/Sanjay-Sarma

Ecosystem - National Agencies

Oak Ridge National Lab (Sensor Lab)

Jet Propulsion Lab, Cal Tech

Institute for Defense Analysis

Lawrence Berkeley Lab

Open Source Electronic Health Records Alliance

Food and Drug Administration





IIC Test Beds

Recent announcements from companies like Apple

suggest that the next big push in tech is going to be for

Is the next big push in IoTgoing to be in healthcare?http://www.thedailybeast.com/articles/2014/06/13/the-app-based-healthcare-of-the-future.html

Intelligent MonitorInfusion Pump Patient SimulatorVentilator

Capnometer

Vital Signs Monitor

Simulatorconnected

to vital signsmonitor

Fluke ProSim 8connected

to intelligentmonitor

O2 Saturation

Respiratory Rate

end-tidal CO2

Patient Controlled Analgesia Safety Application

Morphine Infusion Safety

Connected DataCollective AnalysisAutomated Response

Julian Goldman MD (MDPnP.org and Partners.org)Massachusetts General Hospital, Harvard Medical SchoolHarvard – MIT Center for Integrative Medicine and Information Technology

Test Bed Example Healthcare Monitoring – Medical Device Integration, Informatics, Wearables

Dr Julian Goldman MDMDPnP – MGH – HMS

BOSCH

Test Bed ExampleNetworked Robotic Manufacturing

Test Bed ExampleNetworked Robotic Manufacturing – Improve SCM and Variant Configuration

Cartoon by BOSCH

Network Speed as of June 18, 2014 - 8:45pm

ESnet upgraded to 5th generation nationwide 100 Gbps network in 2013. Internet2 and ESnet have deployed a massive 8.8 Terabit network built on the Ciena’s 6500 Packet-Optical Platform which the two organizations are sharing to serve the entire US Research and Education community. ESnethas worked with Alcatel-Lucent to deploy 100G capable routers across the backbone (10X increase in bandwidth to DOE research sites with the ability to scale to 44 times the current capacity.

Test Bed Example – 100 GBPS NETWORK INFRASTRUCTURE

ESnet5 (Feb 2014)

Prior to funding application – TBD – Test Bed Location

•Political Value•Commercial Value•Partner Preferences•Assembly & Integration•Showcase and public relations

Test Bed Proposal – Overall Steps

• Plan scenario – collaborators, components, connectivity• II-IoT-CPS integration issues – divergence / convergence • Architecture – common reference model / configuration• Stack (Data)• Analytics• Evaluation • Economic Impact• Complete Proposal

•Submission for funding

Test Bed Proposal Steps

Example of Architecture

Dr Sokwoo RheePresidential Innovation FellowCyber-Physical Systems & NIST

Industrial Internet

Industrial Internet

CLOUD

Example of Ubiquitous Connectivity – Global Internet of Things

Examples of test beds can originate from any domain or vertical

Dr Shoumen Datta

• Technology

• Security

• Testbed

• Marketing

52

Working Group Updates

Quick SummaryJune 18~19

User Experience Framework

“The User Experience Framework can be used in a UX Driven Methodology to inform Framework Architecture and technical requirements, and Intel would like to present it for consideration as an organizing principle for our use case efforts going forward.”

There was general assent that:

• This was useful, and we should apply it

• This was—so far—not well enough defined to be used

• We should capture exactly how we intend to use it as a guide for ourselves and others

54

Framework

Will undergo further:

• Refinement

• definition

55

Physical Systems

Sensors & Actuators

Edge Aggregation, Analytic & Control

Device Management

Data Service

Analytic Service

Application & Integration

Business Systems

Soft

war

e D

efin

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fras

tru

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Man

agea

bili

ty

Tru

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Sec

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Inte

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erab

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Advanced Manufacturing and Field Servicing

Physical Systems

Sensors & Actuators


Device Management

Data Service

Analytic Service


Business Systems

Soft

war

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efin

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nfra

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UC001 Better understanding

UC001b

https://www.omgwiki.org/iic-members/lib/exe/fetch.php?media=technology:uc001_factory_field_service_use_case.pdf

Distributed Autonomy in the Power Grid

Physical Systems

Sensors & Actuators


Device Management

Data Service

Analytic Service


Business Systems

Soft

war

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UC003 Better understanding

https://www.omgwiki.org/iic-members/lib/exe/fetch.php?media=technology:uc003_distributed_autonomy_in_the_power_grid.pdf

Physical Systems

Sensors & Actuators


Device Management

Data Service

Analytic Service


Business Systems

Soft

war

e D

efin

ed I

nfra

stru

ctu

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Co

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Man

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bili

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Better understanding

Feedback

Better use case definition

Use cases

• UC001: Advanced Manufacturing and Field Servicing Thereof

• UC002: Identity and Credential Lifecycle

• UC003: Distributed Autonomy in the Power Grid

• UC004: General Security Use Cases

• UC005: Web Application Developer

• UC006: Component Pedigree and Chain of Title

• UC007: A Use Case Concerning IoT Device Management

• UC008: Data Management

59

We still need more use cases to ensure we identify:• Gaps• Requirements• Boundary conditionsThen we can stop.

This phase.

We’ll also need detailed use cases to support testbeds(i.e. that which is being tested)

https://www.omgwiki.org/iic-members/lib/exe/fetch.php?media=technology:uc001_factory_field_service_use_case.pdf

https://www.omgwiki.org/iic-members/lib/exe/fetch.php?media=technology:uc002_identity_and_credential_lifecycle.pdf

https://www.omgwiki.org/iic-members/lib/exe/fetch.php?media=technology:uc003_distributed_autonomy_in_the_power_grid.pdf

https://www.omgwiki.org/iic-members/lib/exe/fetch.php?media=technology:uc004-smartgrid-general_security_usecase_v1.1.docx

https://www.omgwiki.org/iic-members/lib/exe/fetch.php?media=technology:uc005_web_application_developer_use_case.docx

https://www.omgwiki.org/iic-members/lib/exe/fetch.php?media=use_cases:20140512_-_use_case_for_iic_-_component_pedigree.pdf

https://www.omgwiki.org/iic-members/lib/exe/fetch.php?media=technology:uc007_a_us_case_concerning_iot_device_management.pdf

https://www.omgwiki.org/iic-members/lib/exe/fetch.php?media=use_cases:uc008_data_management.docx

Objectives and Timelines

We need a plan!

60

3

Objectives and Timelines

We need a plan.• we can see the

near distance

• the far distanceis in fog

We adapt the planas we go.

0 21

We are here

Security Working Group

• Revised Charter

• Roadmap• UC004: General Security Use Cases

• UC002: Identity and Credential Lifecycle

• Others

• Testbeds

62

https://www.omgwiki.org/iic-members/lib/exe/fetch.php?media=technology:uc004-smartgrid-general_security_usecase_v1.1.docx



Testbed Working Group

The Testbed Working Group will accelerate the creation of testbeds for the Industrial Internet. To meet this goal, we shall:

• Serve as the advisory body for testbed proposal activities for IIC members

• Establish rules-of-engagement for member and non-member case-by-case recommendation to IIC testbed owners

• Solicit and collect testbed ideas from IIC member companies

• Provide members with systematic yet flexible guidance for new testbed proposals

• Identify potential partners in government and academia

• Locate potential funding sources

• Filter proposed testbeds to the IIC Steering Committee for evaluation based on established criteria

• Maintain close linkage with IIC use cases and reference architecture(s) workstreams

• Routinely assess progress of IIC testbeds for new or expanded use case and reference architecture(s) requirements and testbeds

63

64

“Things are coming together”

The Industrial Internet and the IIC

What is the Industrial Internet?

The Industrial Internet connects smart machines & devices and people at work, leading to better decision making and transformational business outcomes.

What does the IIC do?

The IIC brings together the organizations and technologies necessary to accelerate growth of the Industrial Internet by identifying, assembling and promoting best practices.

What is the IIC’s mission?

Our mission is to accelerate growth of the Industrial Internet by coordinating ecosystem initiatives to connect and integrate objects with people, processes and data using common architectures, interoperability and open standards that lead to transformational business outcomes.

65

What we need to do

• Define the target market• Industrial companies

• Government, academia and other public organizations

• Standards bodies

• Industry visionaries, media and industry analysts

• Awareness and education to our target market on IIC deliverables and best practices (use cases, testbeds, case studies, member capabilities)

• Educate the IIC members on capabilities of other members to foster collaboration

66

Specific next step deliverables• Prioritize target market

• Drive awareness/traffic to www.iiconsortium.org• List of industry events

• Aggregated list of blogs

• Onboarding media kit

• Pointers to iiconsortium.org

• Thought leadership content• Surveys (state of the Industrial Internet, trends)

• Tie into IoT reports and committees (i.e. WEF)

• One page capabilities statement by member companies

• Speakers bureau

• Drumbeat• Monthly fact sheet on progress on different workstreams

67

http://www.iiconsortium.org/

See you in Texas!

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Sheraton Austin Hotel at the CapitalSeptember 16-18th

membership update june 19, 2014 - iiconsortium.org · brazil canada france japan china saudi arabia...

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