ETSI M2M HORIZONTAL PLATFORM STRATEGY

Transcription

1 ETSI M2M HORIZONTAL PLATFORM STRATEGY Presented by Marylin Arndt, Joachim Koss for DG CONNECT & ETSI Workshop on Smart Appliances, 27 May 2014

2 Content of the presentation Horizontal Platform Vision Current state of affairs M2M use cases Horizontal M2M Service Layer onem2m Partnership Project ETSI SmartM2M Brief biography Proposals New Work kitems Deliverables, key M2M standard assets Conclusion 2

3 Introduction of ETSI ICTstandards organizationbasedinfrance in Formed in 1988 Formaly recognized as SDO by the EU Tl Telecoms, IT and «ICT inside» id e.g. transports, mobile payments, smart grids, etc Global l membership (770+ Members/63 countries) Direct participation Made in EU for global use enabler of a series of worldwide industrial hits Partnership is the preferred way (3GPP, onem2m ) Interoperability (CTI) Research Body/University 15% Consultancy 9% Users 4% Service Provider 8% Others 4% Network Operator 10% Other Governmental Body 2% Administration 8% Manufacturer 40% 3>3% 4>3% 120 Associate Members (Nber > %) Australia America 54>45% Asia 59>49% Africa 3

4 HORIZONTAL PLATFORM VISION Joachim Koss 4

5 Current state of affairs M2M has been around for several decades now some deployments date back more than 20 years. However M2M markets are struggling to realise the full M2M market potential Fragmentation, provisioning, efficiency, integration complexity, scalability and lack of standards, seem to be major obstacles Key challenges: M2M Communications meets non ICT Industry sectors Make intelligent use of information, enabled by connected IT 5

6 Current state of affairs Inhibitors for large scale M2M deployments extracts from industry reports: a key challenge for the industry remains the complexity of developing, deploying, and managing M2M applications... This is a challenge both for mobile network operators that are trying to offer profitable services tailored to the M2M market, as well as for application developers and service providers that are trying to reduce costs, speed time to market, and simplify robust application deployments, ABI Research, M2M software platforms For many years M2M was held back by the lack of a low cost, global access medium, the fragmented nature of the ecosystem, the lack of any single killer application driving demand and the complex nature of M2M solutions leading to high-cost h development and systems integration. Strategy analytics, M2M strategies 6

7 Examples of M2M Use Cases Fleet Management Home Energy Management Smart Parking 7

8 Horizontal Platform Vision 8 Pipes (verticals): 1 Application, 1 NW, 1 (or few) type of Device Business Application Business Application Business Application Business Application Business Application Communication Network Communication (mobile, fixed, Network Powerline..) Communication (mobile, fixed, Network Powerline..) Communication (mobile, fixed, Network Powerline..) Communication (mobile, fixed, Powerline Network (mobile,..) Gateway fixed, Powerline..) Gateway Local NW Gateway Local NW Gateway Device Local NW Gateway Device Local NW DeviceLocal NW Device Device Horizontal (based on common Layer) Applications share common infrastructure, environments and network elements Business Application #1 Business Application #i Business Application #N Common Application Infrastructure Gateway Communication Network 1 Local NW Source: ETSI SmartM2M, February 2014 IP Communication Network 2 Device Device Device Device

9 Horizontal Platform vision: ETSI M2M / onem2m Standard The M2M Standard was designed specially to give a simplified & unified layer as a service to various partners aiming at sharing theirrespective respective information = a common Platform to share data among various Application domains initially having different data models 9

10 M2M standard the Service Platform for multi domains interworking hosting databases partners SI applications M2M Service Platform Our managed devices All devices your devices simple, open, scalable & secure Facilitate, rationalize and secure the exchange of M2M data within the network Integrate new devices, create new or evolve your applications easily 10 Based on ETSI Smart City WS June 2013 presentation M. Arndt, ORANGE.

11 M2M Service Layer Middleware supporting secure end to end data/control exchange between M2M devices and customer applications by providing functions for remote provisioning & activation, authentication, encryption, connectivitysetup setup, buffering, synchronization, aggregation and device management a software layer sits between M2M applications and communication HW/SW that provides data transport normally rides on top of IP provides functions that M2M applications across different industry segments 11

12 ONEM2M PARTNERSHIP PROJECT Joachim Koss 12

13 onem2m Partnership Project On July 24, 2012 seven of the world s leading ICT Standards Development Organizations (SDOs) launched a new global organisation: the onem2m Partnership Project: org Mission: onem2m is working to unify the Global M2M Community, by enabling the federation and interoperability of M2M systems, across multiple networks and topologies In addition Broad Band Forum, Continua Health Alliance, Home Gateway Initiative and Open Mobile Alliance (OMA) have been accepted as a onem2m Partners Type 2. 13

14 onem2m Partnership Project Organization Legal Methods & Processes Steering Committee (Partners) Finance MARCOM Method of Work Requirements WG1 Architecture WG2 Technical Plenary (Members / Partners) Protocols WG3 Work Programme Management, Abstraction, Semantics WG5 Security WG4 14

15 onem2m Partnership Project Work Areas WG1 Requirements Input accepted on more than 100 service requirements WG2 Architecture Distilling service layer architectural options WG3 Protocols Assessing protocols for service layer, and interoperability WG4 Security Ensuring Security and Privacy aspects are considered WG5 Management & Semantics Providing device management; Working on semantic library List of deliverables attached 15

16 ETSI SMARTM2M Marylin Arndt 16

17 M2M > SmartM2M ETSI M2M Technical Committee has developed since 2009 a set of specifications for M2M services and applications. ETSI Commitment to further globalization li i : ETSI being a founding member of the Partnership Project, the specifications published by TC M2M have been pushed in onem2m. M2M has been modified to SmartM2M. SmartM2M will maintain ETSI M2M published specifications, and produce complementary specifications as needed for regulatory purposes SmartM2M will Identify through EU policy and regulatory requirements e e on M2M services and applications to be developed e by onem2m, and convert the onem2m specifications into European Standards 17

18 So What? In its 2014 Workprogram, Smart tm2m will work, using the M2M platform as an asset that can federate all the local actors involved in Energy Efficiency, for example. Just like what is done with other M2M/IoTrelated stakeholders, a similar approach will be investigated for Smart Appliances, in collaboration with the European Commission. 18

19 And Then? Expected Benefices semantics assets for the interoperability of smart appliances, mapping into a common ontology as an M2M application layer semantics. allowing unified access to the data with adequate access rights for seamless exchanges among all the applicative domains involved in the Smart Appliances ETSI SmartM2M will be able to explain how to map these ontologies to the platform, as to «plug& play» easily the applications to the generic «shared by all» solution 19

20 New Work Items DMI/SmartM2M 0024SmartApp (deliverable: action plan incl. initial description of a set of ETSI deliverables) Three new Workitems have been approved during SmartM2M#30 at Venice, 5 th to 7 th May, 2014 SmartM2M(14)000001r4 NWI "Common Ontology for Smart Appliances" as DTS/SmartM2M SAP_Onth SmartM2M(14)000002r5 NWI "M2M communications for Smart Appliances as DTS/SmartM2M SAP_Com SmartM2M(14)000005r3 NWI "Smart Appliances ontology and communications testing as DTS/SmartM2M SAP_tst 20

21 Conclusion A standardised di dm2m Service Layer, being Access Technology Independent is expected to become the vehicle to transport and manage data traffic of M2M applications, globally, across many M2M sectors and across all regions. it is not the end just the beginning i of the story! 21

22 Contact details Marylin Arndt Joachim Koss M2M Senior Standardisation Manager Director Standardization M2M Chairman ETSI TC SmartM2M ETSI Board Member onem2m TP Vice Chairman Orange Labs BP98 Gemalto M2M GmbH MEYLAN CEDEX Siemensdamm Berlin France Phone: Phone: Mobile: Mobile: Thank you! 22

23 23 Annex ETSI M2M deliverables

24 ETSI M2M deliverables Use Cases Release2 published end-2013 TR TR TR TR TR Smart Metering ehealth Connected Automotive City automation consumer TR Smart Grid impacts on M2M Stage 1 TS M2M Service Requirements TR M2M Definitions TR TS TR Stage 2 M2M Functional Architecture Threat analysis & counter measures to M2M service layer TR Interworking with M2M Area Networks TR Study on Semantic support for M2M Data 24 TR Re-use of 3GPP nodes by M2MSC layer TR Smart Energy Infrastructures security; review ongoing: g Stage 3 TR Report on Smart City activity; impact on IoT Environment TS M2M Communications; mia, dia and mid interfaces TS OMA DM compatible Management Objects TS Interoperability Test Specification for CoAP Binding of ETSI M2M Primitives TS BBF TR-069 compatible Management Objects

25 onem2m deliverables published WI TS / TR Name 0001 TR 0001 onem2m Use Case collection 0001 TS 0002 M2M Requirements 0002 TR 0002 Part 1: Analysis of the architectures proposed for consideration by onem2m 0002 TR 0003 Part 2 Study for the merging of architectures proposed for consideration by onem2m 0002 TS 0001 M2M Architecture 0003 TR 0004 Definitions and Acronyms 0003 TR 0005 Roles and Focus Areas 0004 TR 0006 Study of Management Capability Enablement Technologies for Consideration by onem2m 0005 TR 0007 onem2m Abstraction and Semantics Capability Enablement 0006 TR 0010 onem2m Device / Gateway Classification 0007 TR 0008 Analysis of Security Solutions for the onem2m System 0007 TS 0003 onem2m Security Solutions 0008 TR 0009 onem2m Protocol Analysis 0009 TS 0004 onem2m Protocol Technical Specification 0010 TS 0005 onem2m Management Enablement (OMA) 0010 TS 0006 onem2m Management Enablement (BBF) 0011 TS 0007 onem2m Service Components 0012 TS 0008 CoAP Protocol Binding Technical Specification 0013 TS 0009 HTTP Protocol Binding Technical Specification 0014 TS 0010 MQTT Protocol Binding Technical Specification 0014 TR 0011 MQTT Protocol Interworking Study 0014 TS 0001 CR Architecture changes for interworking 25