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M2M AND IOT :
PANORAMA OF STANDARDISATION ACTIVITIES
Marylin ARNDT-VINCENT, Orange
ETSI M2M 4th Workshop 5-7 November 2013© ETSI. 2013 All rights reserved
Summary
Standards Bodies
Application to M2M and IOT ecosystem
• Challenges and Issues
• Value Chain and Actors
10 years of competition / collaboration 10 years of competition / collaboration
The future
Conclusions
Standardization bodies
3GPP
3rd
Generation
International
Telecommunicatio
n Union
International
Electrotechnic
al Commission
International
Regional
International
Standardizatio
n Organization
Electricity Telecom InternetAll Domains Technologies
Generation
Partnership
Project
European
Telecommunication
Standards Institute
Union
Technique de
l'Electricité
Comité
Européen de
Normalisation
Electrotechniqu
e
National
Regional
Regional
Bodies
Standards
imply
Visible
Benefits
Reduction of
Why use Standards?
Interoperable
Solutions
Interworking
Equipments
Reduction of
development costs
Reduction of
deployment costs
Market
Expansion
Standards Organizations Taxonomy for
Telecommunications
BBF
tim
e
« Machine to Machine » definitions
• M2M pillars : Electronic hardware / Telecom / Software
• Objects become smart (electronics) and communicate
(using telecom networks), as to interact without human
intervention with a business or an organization
information system (software)
• Machine-to-Machine involves communication without (or
only limited) human intervention. The human is not the
input, but only(optionally) the output.
M2M is about communication among Machines without
(or only limited) human intervention
Smart meters, Smart grid
/green Energy
Home / Office Automation,
Goods Tracking
7
So
urc
e:
Ha
rbo
r R
es
ea
rch
Intelligent Transport Systems
/ Electric Vehicles
E – Health/
Assisted Living
Production line management,
Quality control
Law enforcement /
electronic monitoring
Military use
M2M Challenges
M2M technical solutions are highly fragmented and
usually dedicated to a single application
(e.g. fleet management, meter reading)
Multitude of technical solutions and disperse
8
Multitude of technical solutions and disperse
standardization activities result in the slow
development of the M2M market
Standardization is a key enabler to remove the technical
barriers and ensure interoperable M2M services and
networks
Value Chain and Business actors
• Value chain
• Business Actors
9
M2M overall scenario
M2M Application M2M Area Network
Service
Capabilities
M2MCore
DIRECT CONNEC
T
10
M2MGateway
ClientApplication
DIRECT CONNEC
T
M2M Application M2M Area Network
Service
Capabilities
M2MCore
… based on existing Technologies
DIRECT CONNEC
T
M2M Area Networks
• PLC
• SRD
• UWB
• ZigBee
• M-BUS
• Wireless M-BUS
• IEEE 802.15
Core Networks
• 3GPP (GPRS, EPC)
• ETSI TISPAN
• ATTM
• NGN
Smart Metering
eHealth
Connected
ConsumerM2M
Gateway
ClientApplication
DIRECT CONNEC
T
11
Access Networks
• xDSL
• Hybrid FiberCoax
• PLC
• Satellite
• GERAN, UTRAN, eUTRAN
• WLAN
• SRDs
• UWB
• WiMAX
Connected
Consumer
City Automation
Automotive
Smart Grid
M2M Application
M2M Area Network
Service
Capabilities
M2M
Core
CENELEC
Smart Metering
CEN
Smart Metering
TC294
ESMIGMetering
Wave2M
Alliance
KNX
HGIHome Gateway
Initiative
W-MBUS
ETSI TISPAN
ETSI M2M
TC13, TC205
BBF
ISO-IEC JTC1 WG7
USN, SG, …ITU_T
DLMS
OSGI
UPNP
M2M : a Multitude of
preexisting Standards
12
M2M
GatewayClient
Application
ZigBee Alliance.ZB Application Profiles
3GPPSA1, SA3, ,…
GSMASCAG,…
IETF
6LowPAN,
ROLL, CORE
IEEE802.15.4
802.16
Alliance
ETSI PLT
ETSI ERM
ETSI SCP
DLMS UA
OMA
OMA-DM
2006, seven years ago…
Standardization activity on M2M in : • EPC Global, (identification) on RFID, for passive then active objects. EPC
develops high level functionalities (ID browser,
• Multitude of low layers protocols development on LAN, PAN, BAN …, wireless (ex : 802.15.x), ETSI ERMTG28), or wireline (ex : ETSI PLT, ESNA, ETSI ISG
• First approach of service profiling : Zigbee with HA, followed by Energy Profiles
• First work on specific form factor for SIM (ETSI SCP)
• mid 2007, 3GPP SA1 launch a study report : 3GPP TR 22.868, on M2M• mid 2007, 3GPP SA1 launch a study report : 3GPP TR 22.868, on M2M
• launch of ETSI M2M technical committee : January 2009
• launch of Smart Metering Mandate : April 2009 for Electricity, Water, Gaz Smart Meters development
• ITU-T
Business related to M2M• Key M2M applications are mainly B2B : fleet management, logistics,
• Key objectives concerns Connectivity
Products• electronics : chip sets, sensors, actuators, RFIDs (mainly hardware)
• first M2M radio modules including a SIM card (includes a microcontoller)
• GSMA launches a call for tender about M2M GSM modules
2010, Three years ago…
Standardization activity on M2M in : • IEEE 802.16.P : Wimax : System vision for WiMAX Machine to Machine
(M2M) using 802.16.e and 802.16.m (2009)
• M2M devices are grapes of devices often connected with a gateway to the global network. They provide data to Business Information Systems. A service Platform is defined with South Middle and North Interfaces.
• Connectivity remains the main concern for business actors (mainly for collection of datas) for complementing 2G/3G in the last mile. IP is the target
• ISG LTN, Weightless, White Bands, ETSI ERM SRD, ETSI ERM UWB, DECT ULE, Wifi Low Energy, Ziggbee, IETF 6LowPan, …
• 3GPP Release 12 under work : MTC set of requirements are prioritized• 3GPP Release 12 under work : MTC set of requirements are prioritized• launch of Smart Grid Mandate in 2010 : from a centralized towards a completely
decentralized Information system. (ITU-T has launched a Smart grid SG in …)
• ETSI M2M improves Device Management techniques, reusing OMA-DM and BBF TR069• OMA uses advanced techniques for the Management of the Mobile terminals (firmware update,
control, …)
• BBF uses TR-069 for wireline terminal Management
• Security
• ITU open FG and Studies about IOT
Business related to M2M• Key M2M applications are B2B, some B2C appear : Energy, Home, e-Health, Automotive,
Products• M2M modules and related Service Platforms developped for a specific application
Domain
• GSMA launches a call for tenders about M2M GSM modules
End 2013, today…
Standardization activity on M2M in : • GSMA launched its Connect Living Program in 2013, focused on 3
verticals - Automotive, Education and Health - and in the delivery of Smart City demonstrators
• ETSI First Workshop on Smart Cities (April 2013)
• CCMC launches an activity about Smart Cities
• ICT standardisation bodies bring protocols : MQTT, XMPP, Web Appliances…. from OASIS, IETF, …Appliances…. from OASIS, IETF, …
Business related to M2M• Key M2M Applications are B2B (utilities, Manufacturers, Cities, )
and B2B2C or B2C related (e-Health, Home, …). Energy Efficiency and Sustainable Development
Products• Telcos need Seamless Secure and Interoperable Service Platforms ,
multi-Applications, multi-Clients.
• Interoperable and open standards are necessary to allow third party developments and Added Value services quick and
IOT Definition (among others)
Internet of Things (IoT) is an integrated part of the Future Internet and was
defined by European Research Cluster on IoT:
as a dynamic global network infrastructure with self- configuring
capabilities based on standard and interoperable
communication protocols where physical and virtual “things”
have identities, physical attributes and virtual personalities have identities, physical attributes and virtual personalities
and use intelligent interfaces and are seamlessly integrated
into the information network.
not yet fully implemented
Tomorrow : IOT becomes reality
Standardization activity on M2M in : • Abstracted Layer and Semantics.
• IEC TC 8, IEC TC 57, IEC TC 13 develop different data models and semantics related to Energy
• HGI
• ICT standards (upNP)
• EC is currently exploring a regulatory approach, to • EC is currently exploring a regulatory approach, to accelerate the development of commands and services for Energy related equipments in Home and Building Environment.
Conclusions
A panorama of worldwide standardization activities about M2M and IOT has been presented with focus on identified specificities and evolution during the past ten years.
The key points can be summarized as :
• Various activities during the ten last years including intense competition/collaboration competition/collaboration
• A lot of unsolved issues and lacks of standards : Internet of Things is always a way forward
• Some Technological challenges remain
• New business Models and Actors Roles are appearing (ex : Data Operator)
The best Business Model is the one where
all the players are Winners !