1. IoT Week, Geneva, 9 June 2017 IoT Standards Convergence session
AIOTI and Core values of AIOTI WG03
– AIOTI WG03 Chair
– AIOTI WG03 Co-Chair

2. The development of the AIOTI
The Alliance for Internet of Things Innovation (AIOTI) was initiated by the European Commission in 2015, with the aim to strengthen the dialogue and interaction among IoT players in Europe, and to contribute to the creation of a dynamic European IoT ecosystem to speed up the take up of IoT.
Launch in 2015
by Commissioner
Günther Oettinger
In context of the
preparation of Large Scale
IoT Projects under EC‘s
Horizon initiative
From 2016 one-stop-shop for IoT in
Europe and globally

3. AIOTI objectives
Create and master sustainable innovative European IoT ecosystems in the global context to address the challenges of IoT technology, applications and deployment including standardisation, interoperability and policy issues, in order to accelerate sustainable economic development and growth in the new emerging European and global digital markets
Strengthen the integration across the digital value chain and foster coordination across different public funded industrial initiatives and support the acceleration of IoT deployment in a Digital Single Market context
Promote global cooperation and collaboration in the area of IoT
Mapping and bridging global, EU and Members States’ IoT innovation activities 3

4. September 2016: AIOTI established as a legal Association governance structure
General Assembly
Decision power with members
Working Groups
Steering Group
expertise, policy, content management
Management Board
facilitating general management
Note: every member is active in at least one Working Group

5. Professionalising AIOTI’s organization in second phase
In 2016, transformation into a legally recognized Association, 1st GA 11 Nov 2016, 2nd GA 30 June 2017
21 Founding Members
Drafted AoA and particularly by-laws
Provided startup capital
Critical engagement
Principles going forward with
Same vision, mission, goals
Low fee (750 euros)
Member driven
Equal rights, equal obligations (IoT style)
Budget
Empowerment of Working Groups and Steering Board
Participative membership
Enabling by Management Board
Towards ETP status with the EC
+170 members in AIOTI on 9 June 2017, in WG03.. and 233 WG3 subscribers

6. AIOTI Working Group Structure

7. AIOTI WG03
identifies and, where appropriate, makes recommendations to address existing IoT standards, analyses gaps in standardization, and develops strategies and use cases aiming for
Maintaining an IoT standards framework Landscape
Consolidation of architectural frameworks, reference architectures, and architectural styles in the IoT space
(semantic) Interoperability
IoT Identifiers
Data protection to the various categories of stakeholders in the IoT space
Security
IoT Landscape
IoT Landscape maintenance is key to keep the liaisons alive and maintain dialogue on how to foster collaboration to improve interoperability & security
IoT-EPI IoT Platforms analysis improvement / H2020 UNIFY-IoT Ph. Moretto (ETSI STF)
Gap Analysis and recommendations / EC funded STF 505 E Darmois (ETSI STF)
Cooperation with SDOs/Alliances to foster co-creation and interworking (Patrick Guillemin)
HLA / High Level Architecture
IoT Reference Architecture  and its mapping with existing IoT Reference Architectures
IoT identification ;
IoT Semantic Interoperability
Important topic of the moment that created a great international collaboration
IoT Privacy (with WG04)
IoT Platform, experimentation, LSPs need concrete standard framework & references to enable ”IoT Trust” and IoT “Privacy by design”
IoT Security (with WG04)  
IoT Security Architecture for Trusted IoT Devices; Baseline Requirements for Security & Privacy up to segment requirements; experimentation, LSPs need concrete standard framework & references to enable ”IoT Trust” based on IoT “Security by design” 7

8. AIOTI WG03 engagement model
WGs support to AIOTI in:
Digital Single Market
Digitising European Industry
EC’s H2020 Large Scale Pilots
Security and (Personal) Data Protection
(with WG4)
Semantic Interoperability
High Level Architecture
Identifiers

9. IoT SDOs and Alliances Landscape (Technology and Marketing Dimensions)
Source: AIOTI WG3 (IoT Standardisation) – Release 2.7

10. IoT SDOs and Alliances Landscape (Vertical and Horizontal Domains)
Manufacturing/ Industry Automation
Vehicular/
Transportation
Farming/
Agrifood
Home/Building
Healthcare
Energy
Cities
Wearables
Horizontal/Telecommunication
Open Automotive Alliance
AIOTI
NB-IoT Forum
Open Connectivity Foundation
Source: AIOTI WG3 (IoT Standardisation) – Release 2.7

11. IoT Open Source Initiatives Landscape
(Technology and Marketing Dimensions)
Connectivity
Linux IoTDM
Service & App
B2B (e.g., Industrial Internet Market)
B2C (e.g., Consumer Market)
Node-RED
Warp10
Source: AIOTI WG3 (IoT Standardisation) – Release 2.7 11

12. WG 03 High Level Architecture (HLA)

13. « HLA is open » - Topics for HLAv3
HLA relationship to big data frameworks
Mapping to other IoT architectures (e.g. RAMI 4.0, see next)
Impact of virtualization (established contact with ETSI NFV vice chair, Marie-Paule Odini, HPE)
 Improve link to semantic interop (recommendations from joint AIOTI, IEEE, W3C and oneM2M white paper:
Feedback from LSPs
Use as a set of guidelines to address the work
STF505 gaps analysis
Collaboration with IIC and related testbeds, input from Agriculture Electronic Foundation, etc.
IoT Identifiers (needs, requirements, landscape & gaps as a separate document)

14. WG 03 Semantic Interoperability
Recent achievements ->
Collaboration with IEEE, oneM2M, W3C resulted in the publication of a Joint Whitepaper
Supports WG3 objective of engagement with SDOs, Alliances, etc. and provides a platform for future cooperation
Joint White Paper defines shared vision and challenges
Next steps ->
Establish working relationship with LSPs to explore their respective needs for semantic interoperability
Evaluate needs against shared vision and landscape (technologies, standards)
Formulate recommendations as input to HLA
Engage with SDOs, Alliances to align recommendations in a broader context
~30 in liasion with AIOTI WG3 during phase 1
3GPP AIM BBF CEN CENELEC ETSI FIWARE GS1 GSMA IEC IEEE P2413 IETF IIC IoT-Forum IPSO Alliance IPv6 Forum IRTF IRTF ISO ITU-T SG20 MIPI Alliance OASIS OGC OIC OMA oneM2M ULE Alliance W3C Weightless SIG WWRF ZigBee ZVEI

15. WG3 Privacy in IoT
Providing recommendations regarding personal data processing, management & protection to the various categories of stakeholders in an IoT undertaking:
Demand side stakeholders:
a set of guidelines for the demand side stakeholders who need to ensure that personal data protection concerns are taken into account in the supply chain and use of IoT
Supply side stakeholders:
set of guidelines for the managers who will integrate the practice of privacy-by-design in their organisations
technical set of guidelines for the engineers who will build the system so that the deployed system (device (IC/FW/IFs/SW), communication, application, cloud and related processes) can comply with privacy regulations
guidance for standards developers in provision of privacy by design measures in normative standards

16. Privacy High Level Ecosystem in IoT
WG3 Privacy in IoT
Privacy High Level Ecosystem in IoT
Main Categories of Stakeholders in Privacy in IoT
Privacy by Design Measures in
Standards Developers on
Normative Standards

17. WG3 Security in IoT
Within the AIOTI WG03 spirit and framework, providing overview and recommendations regarding cyber-physical security and cybersecurity (hereinafter collectively: ‘Security’) to the various categories of stakeholders in the various IoT ecosystems, in an IoT segmented/layered approach, both from the demand side, supply side and authorities perspective, including without limitation LSP stakeholders:
Collecting & Structuring Security Repository of applicable regulations, standards, technical and organisational guidelines, principles, frameworks, schemes, references and other best practices on Security, risks, impact, related classifications and measurement
Landscaping of Security Repository set above:
Identifying & structuring Security classification categories (such as devices, ecosystems, data, vulnerabilities, threats, risk and impact), and Classification per Category
Identifying & Structuring Security needs and related requirements
Mapping, Identifying Gaps, Divergences & Commons Concerns of the Security Landscapes
Drafting & Disseminating IoT Security Framework, Recommendations & Guidelines:
to address Security concerns in IoT architectures and ecosystems, including all layers in the applicable IoT verticals and horizontals are taken into account design and engineering principles, co-development, integration, testing, exploitation, deployment, use, monitoring security patching and end-of-life management of such IoT ecosystems
to facilitate the practice of Security-by-design and compliance
to guide standards developers in provision of Security measures in normative standards

18. AIOTI WG03 Reports v2: we do not develop standards
since 26/10/2015 before the H2020 IoT LSPs selection
-> resources with latest WG03 Reports
AIOTI WG03 IoT Landscape V2.7 (IoT Reference Architecture mappings)
IoT-EPI UNIFY-IoT D3.1 IoT Platforms analysis improvement from AIOTI WG03
STF505 IoT Landscape (ETSI TR ) and Gap Analysis and recommendations (ETSI TR ) February 2017 reports and recommendations
AIOTI WG03 High Level Architecture V2.1 (V3 under preparation)
IoT identification (WG03 survey and work in progress)
IoT Semantic Interoperability
First report AIOTI WG03 SemIoP report
Join AIOTI, oneM2M, W3C and IEEE P2413 SemIoP White Paper
ETSI IoT Security Week, AIOTI WG03 IoT Privacy report (with WG04) - June 2016 and 13 January 2017
WG03 contributions on IoT in AIOTI inputs to EC DSM/DEI
(*) The paper was not an official joint action. It was produced by an ad-hoc group of individuals (including members of the respective groups) and was later endorsed by AIOTI, oneM2M, W3C and IEEE P2413 in a joint press release.

19. 8 Feb 2017 EC/AIOTI WG03 Panel on Converging IoT standards
3GPP has been introduced by ETSI Director General Luis Jorge Romero
oneM2M, Omar Elloumi Nokia, oneM2M TP Chairman
ETSI TC SmartM2M, Enrico Scarrone Telecom Italia, SmartM2M Chairman
ITU-T SG20, Marco Carugi, NEC Corporation, ITU-T SG20 Rapporteur and Mentor
IEEE P2413, Paul Murdock Landis+Gyr
ISO/IEC JTC1 WG10 (IoT) now JTC 1/SC 41 since May’17, Henri Barthel GS1
CEN/CENELEC Bernhard Thies, CENELEC President
IIC Jean-Pierre Desbenoit, Schneider-Electric
OPC and Platform I4.0, Thomas Hahn, Siemens (Juergen Heiles)
IETF Georgios Karagiannis, Huawei Technologies (Patrick Wetterwald)
W3C (Dave Raggett regrets)

20. More AIOTI cooperation
CEN/CENELEC/ETSI Smart Meter CG, Smart Energy Grid CG, Smart Cities CG (SF-SSCC)
ISO, IEC (TC57, TC65), OMA, GSMA, BBF, TM Forum, OGC, NIST, NGMN, OASIS, OCF (absorbed AllSeen), AIM, ZigBee, Bluetooth, ULE Alliance, IPSO Alliance, IPv6 Forum, LoRa Alliance..
Based on exisiting AIOTI participation and contribution levels
Light = IoT Landscape input & update, exchanged
Participation = conf calls, meetings, surveys, reporting, inputs
Cooperation = liaison, work program sharing, join paper/release
Commitment = task/group/deliverbale leader or co-author
Reaching consensus on recommendations, facilitating exchanges
FoF/EFFRA, 5G-PPP, BigData, CyberSecurity-PPP, EIP-SCC (Urban Patforms), Eurocities, IoT Forum, BSI, Hyper/CAT…

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