1. Introduction to oneM2M based Implementations including Open Source Activities
Group Name: TP18
Source: JaeSeung Song, KETI
Meeting Date:

2. oneM2M based Implementations
There are already multiple oneM2M based implementations
Open source
OCEAN
OM2M
IoTDM
openMTC
oneMPOWER
These implementaitons show benefits of oneM2M to IoT/M2M market
Now these are becoming part of oneM2M echo system

3. OPEN SOURCE

4. Introduction to OCEAN What is OCEAN Licence policy Current Members
OCEAN (Open allianCE for iot stANdard) established in Jan. 6th, 2015 by KETI and Korea Government.
The objective of OCEAN is to share open sources based on IoT standards and to encourage co-working between its members
The OCEAN supports early commercialize and vitalized ecosystem for IoT
Licence policy
3-Clause BSD license policy
OCEAN adapts IPR policy of the standards referred by open sources
Current Members
158 members (June 1st, 2015)
Open source
The OCEAN is now providing open sources of oneM2M-based IoT platform called “Mobius“ and “&Cube“, and relevant documents.
For download of the open source, users shoud join to OCEAN web site (

5. Introduce OCEAN Release Plan
Jan. 6th, 2015: openMobius, &Cube (oneM2M candidate release)
Jul. 15th, 2015: openMobius, &Cube (oneM2M release 1)
Dec. 1st 2015 (expected): Interworking Proxy
2014
2015
2016
2017
OCEAN (Open alliance for iot standard)
IEEE …
~2015
Expand
oneM2M 2.0
oneM2M 1.0
oneM2M 2.0
IETF
2016~
Interworking
Other Alliance

6. Eclipse OM2M Open source standard-based IoT platform

7. Eclipse OM2M platform
Open source project developed at the Eclipse Foundation.
Horizontal service platform for M2M interoperability
Compliant with SmartM2M (April 2014)
Compliant with oneM2M (September 2015)
Restful API with generic set of service capabilities
Facilitate deployment of vertical applications
OSGI-based architecture extensible via plugins
Developed by research labs and companies

8. Eclipse OM2M building blocks
Device
Manage.
LWM2M
OMA-DM
Interworking
Proxy
MQTT
ZIGBEE
Comm. Binding
COAP
HTTP
Additional
Services
QoS
Semantic
Security
TLS-PSK
Java Virtual Machine
OSGi framework
Operating System
Generic
Process.
CORE
Hardware
Your plugin!
KNX
6LowPAN
TLS
OM2M main building blocks

9. Eclipse OM2M Project stats
Downloads : 602
Contributors : 8

10. Eclipse OM2M roadmap Eclipse OM2M Release 0.8.0 (April 2015)
SmartM2M-based platform.
Eclipse OM2M Release (September 2015)
oneM2M-based platform.
IN, MN, ASN, and MN nodes support.
Protocol-independent CORE module.
HTTP and CoAP communication bindings.
XML and JSON resource formats.
Interworking driver for simulated devices.
Web interface for resource browsing and debugging.
DAO persistence layer for SQL and NOSQL databases.
Semantic capabilities.
Android support.

11. https://wiki.opendaylight.org/view/IoTDM:Main
OPEN SOURCE
IoTDM
Daylight
Open Source Project

12. IoTDM from Daylight Project
The IoTDM project is about developing a data-centric middleware
oneM2M compliant IoT Data Broker (IOTDM)
Enable authorized applications to retrieve IoT data uploaded by any device.
Project Creation Date: December 9th, 2014
Contributors: Cisco, ETRI, Echelon
Repository:

13. IoTDM oneM2M Features
Implement IoTDM as closely to the oneM2M specifications as possible.
Keep in mind that the specifications are still evolving.
Detailed information about what is supported from the oneM2M R1 is available here (
RESTconf is also supported but it is a non-oneM2M standard method for accessing the tree. Bundles providing the API: odl-iotdm-onem2m
REST API commands include: onem2m-request-primitive for CRUDN
Examples of CRUDN calls and JSON formats are available here (

14. Open Machine-Type Communication (openMTC) – Release 4
Headline Subheadline
© Matthias Heyde / Fraunhofer FOKUS

15. OpenMTC – M2M Session Control for Smart Cities
Comprehensive M2M/IoT platform
Application
Application
Application
Enable the academia and industry to
Develop and validate domain-specific M2M/IoT applications and services
Integrate various machine devices with operator networks
Comprehensive M2M/IoT deployment
Over managed or unmanaged core
Intermediary layer
Between multiple managed domains
Service platforms, the operator network, and devices
Aligned with ETSI, oneM2M and OMA spec
Extensible to specific research needs
Configurable & high performance
The OpenMTC is non-open source
Cloud-based Backend Platform
Connectivity Management
Data Handling
Device Management
Application Enablement
Wide Area Network
OpenMTC Gateway
Application
Field Domain
Sensor
Actuator
OpenMTC Device
More Information:
© Fraunhofer FOKUS

16. OpenMTC key features OpenMTC Backend OpenMTC Frontend
Real-time data aggregation and processing
Device management and discovery
Open and standardized APIs to apps
Support various deployment scenarios
Scalable service layer
Enable the development of M2M and H2H applications over a common platform
OpenMTC Backend
Optimized for resource constrained devices
Support different sensors and actuators
FS20, ZigBee, Bluetooth, etc.
Integrate multiple sensors
Various gateways
Android-based and Linux-based
Embedded hardware (Arduino and Raspberry Pi)
SDK and scenarios as reference implementation
OpenMTC Frontend
Support open REST APIs
Support different protocols and interaction models
HTTP, CoAP, MQTT
pull, push, Pub/Sub, etc.
Store & forward
Heterogeneous wireless access
4G, 3G, 2G and WiFi
QoS and mobility enforcement through 3GPP EPC interfaces
M2M Communication
All-in-one complete M2M solution
Could-enabled deployment
Aligned with the standards like ETSI M2M and oneM2M
All functional elements available individually
Any functionality combination feasible due to software modularity
Source code available
Scalable and Flexible

17. OpenMTC Roadmap OpenMTC Rel. 1 OpenMTC Rel. 3 OpenMTC Rel. 5 Apr 2012
Generic communication
Remote management
Integration with Telco
Application Enablement
OpenMTC Rel. 3
Cloud-based Platform with horizontal scalability
CoAP, Diameter and WebSocket support
Polyglot platform: Java, Python, Ruby, JavaScript
Initial oneM2M support
OpenMTC Rel. 5
OneM2M enhancement
Integration with OpenIoT
Application management …
Apr 2012
Nov 2013
Apr 2014
Nov 2014
Nov 2015
OpenMTC Rel. 2
Integration with core network
Reachability extensions
Applications Extensions
Security and Trust
OpenMTC Rel. 4
OneM2M alignment
CoAP-DTLS
IEC support
WebRTC Data Channel support
Android gateway
combined H2H & M2M services

19. oneMPOWER SDP Overview: Platform Overview
InterDigital’s oneMPOWERTM platform is a scalable and secure horizontal M2M/IoT solution.
It features a suite of services that span connectivity, device, data, and transaction management resulting in faster time-to-market, reduced complexity, and lower costs
It is the most mature oneM2MTM standards-based platform in the industry today
Note: oneM2MTM is a global standard that has defined and published a collection of comprehensive service layer solutions to accelerate the development and reuse of M2M/IoT data and applications across diverse verticals, networks, and devices.
oneMPOWER SDP Overview: Platform Overview

20. oneMPOWER SDP Overview: Feature Highlights

21. oneMPOWER SDP Overview: Platform Introduction