M2M Activities in ETSI

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M2M Activities in ETSI

• David Boswarthick
• ETSI Technical Officer for TC M2M

SCS Conference, Sophia 2nd July 2009
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Presentation Roadmap- What is M2M?- M2M in
ETSI- Cooperation and Liaisons- Conclusions
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What is M2M?

• In the context of this presentation M2M is
  considered to be Machine-to-Machine.
• Also known as Man-to-Machine, Machine-to-Man,
  Machine-to-Mobile and Mobile-to-Machine too
  Many-to Mention
• Machine-to-Machine involves communication without
  (or only limited) human intervention.
• The human is not the input, but only(optionally)
  the output.

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Examples of M2M Applications (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
Utilities
Production chain monitoring and automation
Manufacturing
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Examples of M2M Applications (2 of 2)
Freight supply and distribution monitoring,
Vending Machines
Supply andProvisioning
Home / building / campus automation
FacilityManagement

Many more M2M applications to be developed
Future
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Key Elements of M2M Architecture (1of 2)

• 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.
• 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.

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Key Elements of M2M Architecture (2of 2)

• M2M Core
• Composed of Core Networks and Service
  Capabilities
• 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.

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Simple M2M Architecture
M2M Application
M2M Area Network
M2MCore
Service Capabilities
M2MGateway
Client Application
Application Domain
Network Domain
M2M Device Domain
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Presentation Roadmap- What is M2M?- M2M in
ETSI- Cooperation and Liaisons- Conclusions
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M2M in ETSI

• ETSI TC M2M
• New ETSI Technical Committee focussed on M2M.
• Exists since only 7 months, but has already held
  4 plenary meetings with 3 more planned this year.
• Participants from Europe also USA, China, and
  Korea.

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M2M in ETSI

• However TC M2M is also a group of very pleasant
  humans, and not too many machines.

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M2M in ETSI

• ETSI TC M2M has the responsibility
• to collect and specify M2M requirements from
  relevant stakeholders
• to develop and maintain an end-to-end overall
  high level architecture for M2M
• to identify gaps where existing standards do not
  fulfil the requirements and provide
  specifications and standards to fill these gaps,
  where existing standards bodies or groups are
  unable to do so
• to provide the ETSI main centre of expertise in
  the area of M2M
• to co-ordinate ETSIs M2M activity with that of
  other standardization groups and fora.

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M2M in ETSI

• ETSI TC M2M has the responsibility
• to collect and specify M2M requirements from
  relevant stakeholders
• to develop and maintain an end-to-end overall
  high level architecture for M2M
• to identify gaps where existing standards do not
  fulfil the requirements and provide
  specifications and standards to fill these gaps
  , where existing standards bodies or groups are
  unable to do so
• to provide the ETSI main centre of expertise in
  the area of M2M
• to co-ordinate ETSIs M2M activity with that of
  other standardization groups and fora.

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M2M in ETSI

• ETSI TC M2M standards work to date

TS 102 689 M2M Service Requirements
TS 102 690 M2M Functional Architecture
TR 102 692 Smart Metering Use Cases
TR 102 xxx Use Cases for M2M applications of
eHealth
TR 102 725 M2M Definitions
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ETSI TC M2M, Future Challenges

• Meet the short deadlines for response to the EC
  Mandate on Smart Metering in close cooperation
  with the other ESOs (CEN and CENELEC).
• Define content of M2M Release 1, and create the
  workplan.
• Identify all technologies to be included in the
  M2M architecture and coordinate with the
  responsible bodies.
• Identify or specify open interfaces of the M2M
  architecture.
• Tackle such issues as
• Naming, Addressing and routing
• Service levels and QoS
• Security, authentification, data integrity,
  privacy
• Interconnect and interworking
• Testing and many more

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Presentation Roadmap- What is M2M?- M2M in
ETSI- Cooperation and Liaisons- Conclusions
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TC M2M Cooperation and Liaisons

• TC M2M is not alone to define M2M related
  standards.

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M2M Links with other ETSI Groups
ETSI ATTM
ETSI RRS
ETSI DECT
ETSI SCP
ETSI ERM
ETSI TISPAN
ETSI ITS
ETSI PLT
ETSI e-Health
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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
WOSA
W3C
IETF 6LowPAN Phy-Mac Over IPV6
KNX
IPSO IPV6 Hardware and Protocols
W-Mbus
IETF ROLL Routing over Low Power Lossy Networks
IEEE 802.xx.x
ZCL
ZigBee Alliance. ZB Application Profiles
3GPP SA1, SA3, ,
OMA
GSMA SCAG,
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Presentation Roadmap- What is M2M?- M2M in
ETSI- Cooperation and Liaisons- Conclusions
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Conclusions

• M2M is here, and has massive potential for growth
• M2M first step to future Internet of things
• Standardization is essential for long term
  development of the technology and for
  interoperability of networks and services
• Operators and vendors wish to standardize end to
  end M2M, and see ETSI as a good place to do the
  work
• Come and join us

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