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Machine to Machine Communication Technologies in ETSI

Machine to Machine Communication Technologies in ETSI. ETSI Technical Committee M2M. TIA TR50 meeting, February 4th 2010. Presentation Roadmap - ETSI – Open for business - Roadmap for ETSI M2M - Applications and Deployment - Cooperation and Liaisons - Conclusions. ‘Open… for business’.

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Machine to Machine Communication Technologies in ETSI

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  1. Machine to Machine Communication Technologies in ETSI ETSI Technical Committee M2M TIA TR50 meeting, February 4th 2010

  2. Presentation Roadmap- ETSI – Open for business- Roadmap for ETSI M2M - Applications and Deployment- Cooperation and Liaisons- Conclusions

  3. ‘Open… for business’ ETSI produces globally applicable standards for Information & Communication Technologies including fixed, mobile, radio, broadcast, internet, aeronautical and other areas. ETSI is recognised as an official European Organisation by the European Union, enabling valuable access to European markets. High quality and low time to market are the constant aims and ETSI continually strives to collaborate with research bodies.

  4. ‘Open… for business’ ETSI is active in vital complementary areas such as interoperability and offers event services related to standardisation including forum hosting. ETSI’s international reputation is built on openess, discussion, consensus and direct input from our members.

  5. Presentation Roadmap- ETSI – Open for business- Roadmap for ETSI M2M - Applications and Deployment- Cooperation and Liaisons- Conclusions

  6. Roadmap for ETSI TC M2M • TC M2M is part of ETSI. • Created in 2009. • Mission is to develop standards for M2M communications. • Meeting on a monthly basis with weekly conference calls. • Participants from Europe, USA, China, and Korea.

  7. Roadmap for ETSI TC M2M

  8. Roadmap for ETSI TC M2M

  9. Presentation Roadmap- ETSI – Open for business- Roadmap for ETSI M2M - Applications and Deployment- Cooperation and Liaisons- Conclusions

  10. ETSI M2M high level domains (1 of 2) Surveillance applications, alarms, object / people tracking Security Serenity Fleet management, emission control, toll payment,road safety – related to activities in TC ITS Transportation Related to e-Health, and also personal security Heath care Measurement, provisioning and billing of utilitiessuch as oil, water, electricity, heat, and others Smart Energy Production chain monitoring and automation Manufacturing 10

  11. ETSI M2M high level domains (2 of 2) Freight supply and distribution monitoring, Vending Machines Supply andProvisioning Public lighting management, waste management, ... City Automation …… Many more M2M applications to be developed Future 11

  12. TR 102 732: eHealth TR 102 897:City automation TR 102 898: Automotive TR 102 692:Smart Metering TR 102 857: Connected consumer TS 102 689 :M2M Service Requirements TS 102 690 :M2M Functional Architecture TR 102 725:M2M Definitions Work Methodology, a stepwise approach Use Case Technical Reports Stage 3 TSs

  13. User interface to application e.g. Web portal interface (usage monitoring, user preferences, …) PC/dedicated appliance M2M Management Functions M2M Applications M2M Core Service Capabilities M2M Specific Management Functions M2M Capabilities (include enhancements to existing CN capabilities) Core Network (CN) • Network and Applications domain • Based on existing standards 3GPP, • TISPAN, IETF, … Network Management Functions M2M Capabilities Transport Network M2M Capabilities Access Network M2M Applications M2M Capabilities M2M Device Domain Based on existing standards and technologies, e.g.: DLMS, CEN, CENELEC, PLT, Zigbee, M-BUS, KNX, etc. M2M Gateway M2M Area Network M2M Applications M2M Capabilities M2M Devices M2M Device ETSI M2M high level system view

  14. Simple M2M Architecture M2M Application M2M Area Network M2MCore Service Capabilities M2MGateway Client Application Application Domain Network Domain M2M Device Domain

  15. Key Elements of M2M Architecture (1 of 3) • M2M Device • A device that runs application(s) using M2M capabilities and network domain functions. • An M2M Device is either connected straight to an Access Network or interfaced to M2M Gateways via an M2M Area Network. • M2M Area Network • A M2M Area Network provides connectivity between M2M Devices and M2M Gateways. Examples of M2M Area Networks include: Personal Area Network technologies such as IEEE 802.15, SRD, UWB, Zigbee, Bluetooth, etc or local networks such as PLC, M-BUS, Wireless M-BUS.

  16. Key Elements of M2M Architecture (2 of 3) • M2M Gateways • Equipments using M2M Capabilities to ensure M2M Devices interworking and interconnection to the Network and Application Domain. The M2M Gateway may also run M2M applications. • M2M Core • Composed of Core Networks and Service Capabilities

  17. Key Elements of M2M Architecture (3 of 3) • Service Capabilities • Provide functions that are shared by different applications. Expose functionalities through a set of open interfaces. • Use Core Network functionalities and simplify and optimize applications development and deployment whilst hiding network specificities to applications. Examples include: Data Storage and Aggregation, Unicast and Multicast message delivery, etc. • M2M Applications (Server) • Applications that run the service logic and use Service Capabilities accessible via open interfaces.

  18. Capabilities under development • Generic Message delivery (GM) • Reachability, Addressing and Device Application Repository (RADAR) • Network and Communication Service Selection (NCSS) • M2M Device and M2M Gateway Management (MDGM) • Security Capability (SC) • History and Data Retention (HDR) • Transaction Management (TM) Capability • Compensation and billing

  19. Release planning considerations • Stage 0: Use cases documents • Several documents are being developed in parallel • Derived requirements influence release 1 or subsequent releases specifications • Stage 1: Services requirements • Content is stable, ongoing editorial corrections • Targeting March 2010 meeting for TC approval • Stage 2: Architecture • Identified all capabilities and interfaces • Developing message flows • Target release date: June 2010 • Stage 3: • Ongoing discussions • Expected to start shortly • Target release date: December 2010

  20. Presentation Roadmap- ETSI – Open for business- Roadmap for ETSI M2M - Applications and Deployment- Cooperation and Liaisons- Conclusions

  21. Capillary Access networks TC M2M Cooperation and Liaisons • TC M2M is not alone to define M2M related standards. Service Platform wireless Wide Area Network M2M Gateway IP Network wireline Application

  22. Capillary Access Networks M2M Links with other ETSI Groups ETSI ATTM ETSI RRS ETSI DECT ETSI SCP ETSI ERM ETSI TISPAN Service Platform wireless Wide Area Network M2M Gateway IP Network wireline ETSI ITS Application ETSI PLT ETSI e-Health

  23. Capillary Access networks M2M Links with other SDOs and Industrial Groups EPCGlobal GS1 ISO/IEC JTC1 UWSN ESMIG Metering IUT-T NGN Utilities Metering HGI Home Gateway Initiative CEN Smart Metering CENELEC Smart Metering OASIS Service Platform WOSA W3C wireless Wide Area Network IETF 6LowPAN Phy-Mac Over IPV6 KNX M2M Gateway IPSO IPV6 Hardware and Protocols W-Mbus IP Network IETF ROLL Routing over Low Power Lossy Networks IEEE 802.xx.x wireline ZCL Application ZigBee Alliance. ZB Application Profiles 3GPP SA1, SA3, ,… OMA GSMA SCAG,…

  24. Conclusions • M2M related technologies are in place and the market has massive potential for growth • Standardization is essential for long term development of the technology and for interoperability of networks and services • Operators, integrators and vendors have expressed the need to standardize end to end M2M • Regulation in Europe, USA and Asia is pushing for a standards based solution • It is essential to have globally compatible standards • Parternership is the way

  25. Presentation Roadmap- ETSI – Open for business- Roadmap for ETSI M2M - Applications and Deployment- Cooperation and Liaisons- Conclusions

  26. Thank you for your attentionAny Questions? www.etsi.org

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