1. oneM2M and AllJoyn Interworking
Group Name: Technical Plenary
Source: Hongbeom Ahn (LG Electronics), Josef Blanz (Qualcomm) , Michael H.S. Yang (LG U+), Yali Guo(Haier)
Meeting Date: TP#13
Agenda Item: TBD

2. IoT Platform Technologies
Service Platform
Connectivity Platform
More than..
Application
Presentation
Session
Transport
Network
Link
Physical

3. IoT Platform Technologies
If we look all around carefully, there are powerful and growing other IoT platform technologies on the market
However, different technologies focus on different features and architecture
For example,
AllJoyn, OIC (no specification provided yet) and Homekit focus on proximal connectivity
QIVICON focuses on device management capability within wide-area and proximal network connectivity

4. oneM2M
Throughout IoT ecosystem and platform technologies, oneM2M system itself has its own advantages,
Distributed Platform Environment
Plug in and out the specified resources from service platforms (IN/MN/ASN-CSE) based on usage (Flexible)
Device Management Integration
3GPP/3GPP2 Interworking
Inter-SP Communications
Web-based Architecture (RESTful)
Easily discover and access resources (data or devices)
And so on 

5. What Should We Do? Keep doing what we have done so far
Enhance oneM2M architecture, MQTT-Support, Security, Semantic and etc
Support some particular IoT domain (home, car)
Make our specification more flexible
Find other technologies that specify different scope and features from oneM2M
Create a synergy effect by interworking with the technologies

6. oneM2M & AllJoyn System (1/2)
Thermostat
Smartphone
Hospital
Application
Vital Checker TV
Home
G/W
Server TV
Vital Checker
Fridge
Vacuum
Fridge
Application in the Smartphone
AllJoyn
oneM2M
Network Architecture
Peer-to-Peer in LAN
Server-to-Client in WAN
API Style
RPC(RMI) API
(Publish-Subscribe under development)
Resource-based API
Discovery Style
Proactive Discovery
Passive Discovery

7. oneM2M & AllJoyn System (2/2)
AllJoyn: Enable Ad Hoc, Proximity-Based, Peer-to-Peer Networking.
oneM2M: Provide the system-level/platform-level solution for IOT, covers device , gateway, infrastructure domain by defining ADN/ASN, MN, IN.
Support Alljoyn and OneM2M interworking (Haier’s View)
OneM2M’s advantage is in system/platform level planning.
Alljoyn focus on the inside cycle scenario(Home area network) which is very important in smart home.
AllJoyn has requirement to connect to the cloud, a Gateway agent WI is processing in AllJoyn for this work
Alljoyn is open source codes based, many devices has announced Alljoyn enabled in market.

8. A Possible Architecture
Server (Cloud)
Server (Cloud)
Mcc’
IN-CSE
IN-CSE
Mcc
Mcc
Gateway
Gateway
Mcn
AllJoyn
Platform
MN-CSE
MN-CSE
Mcc/Mca
AllJoyn
Device
AllJoyn
Device
oneM2M
Device

9. Interworking Scenarios (Haier’s)
Home Area Network
Home Area Network
Haier Smart Home Cloud Platform
(M2M Platform)
Home Area Network
Inside Cycle
All control/data inside home area network
P2P or Centralized management (gateway)
Alljoyn
Outside Cycle
All control/data go through cloud platform
M2M standard or Private protocol
oneM2M

10. Interworking Scenarios (LGE)

11. Interworking Scenarios (LGE)

12. oneM2M & AllJoyn Interworking Work Item
Way Forward
oneM2M Release 1.0
oneM2M Release 1.1
oneM2M Release 2.0
(`14. 08)
(`15. 01)
oneM2M & AllJoyn Interworking Work Item
For Initial Research on the Interworking
Study on different approaches for the interworking and impact on oneM2M architecture
: (Output) Technical Report
Choose a decent approach based on the study
Specify the architecture and protocol
: (Output) Technical Specification

13. Backup Slide (1)