Full list of the oneM2M Technical Specifications & Technical
Reports
|
TS latest draft
versions |
Rapporteur |
Related WI |
|
Functional
Architecture |
SeungMyeong Jong, KETI |
Architecture Generic
Interworking |
|
Requirements |
JaeSeung
Song, Sejung University |
Requirements |
|
Security
Solutions |
Wei Zhou, CAAT |
Security
Preliminary Investigations Generic
Interworking |
|
Service
Layer Core Protocol |
Peter Niblett, IBM |
Protocol
TS |
|
Management
Enablement (OMA) |
?? |
Management
Enablement |
|
Management
Enablement (BBF) |
?? |
Management
Enablement |
|
Service
Components |
?? |
Service
Component Architecture |
|
CoAP
Protocol Binding |
Dale
Seed, Convida Wireless ?? |
Developing
RESTful CoAP Protocol Binding |
|
HTTP
Protocol Binding |
SeungMyeong Jeong, KETI |
Developing
RESTful HTTP Protocol Binding |
|
MQTT
Protocol Binding |
Peter Niblett, IBM |
Developing
MQTT Protocol Binding |
|
Common
Terminology |
Roland Hechwartner, Deutsche Telekom |
Vocabulary,
Roles & Focus areas for oneM2M Technical Work |
|
Shane He, Nokia |
Generic
Interworking Release
3 Enhancements on Base Ontology and Ontology based Interworking |
|
|
Interoperability
Testing |
Laurent Velez, ETSI |
Interoperability
Testing |
|
Dale
Seed, Convida Wireless ?? |
LWM2M
Interworking |
|
|
Testing
Framework |
?? |
Testing
Framework |
|
Secure
Environment Abstraction |
?? |
Secure
Environment Abstraction |
|
Implementation
Conformance Statements |
Insong Lee, KETI |
Conformance
Test |
|
Test
Suite Structure & Test Purposes |
Siddharth Trikha, C-DOT |
Conformance
Test |
|
Abstract
Test Suite & Implementation eXtra information
for Test |
Miguel Reina Ortega, ETSI |
Conformance
Test |
|
WebSocket
Protocol Binding |
Bob Flynn, Exacta |
Web
Socket Binding |
|
oneM2M_and_AllJoyn_Interworking |
SeungMyeong Jeong, KETI |
oneM2M
& Alljoyn Interworking |
|
Field
Device Configuration |
Poornima
Shandilya, C-DOT |
M2M
Application & Field Domain Component Configuration |
|
Home
Appliances Information Model and Mapping |
Andreas Kraft, Deutsche Telekom |
Home
Domain Enablement |
|
OCF
Interworking TS-0024 release 2 TS-0024 release 3 TS-0024
release 4 |
Josef Blanz, Qualcomm |
oneM2M
& OIC Interworking |
|
Definition
of Product Profiles |
Keebum Kim, TTA |
Product
Profiles & Feature Catalog |
|
?? |
3GPP
& Cellular Interworking |
|
|
Security Implementation Conformance
Statements |
Franck Le Gall, EGM |
Security Functions Conformance Testing |
|
Security Test Suite Structure &
Test Purposes |
Franck Le Gall, EGM |
Security Functions Conformance Testing |
|
Security Abstract Test Suite &
Implementation eXtra Information for Test |
Miguel Angel Reina Ortega, ETSI |
Security Functions Conformance Testing |
|
Ontology
Based Interworking TS-0030
release 4 |
Shane He, Nokia |
Release
3 Enhancements on Base Ontology and Generic Interworking |
|
Bob Flynn, Convida |
Product
Profiles & Feature Catalog |
|
|
MAF
and MEF Interface Specification TS-0032
release 4 |
?? |
TEF
Interface |
|
Interworking
Framework TS-0033 release 4 TS-0033
release 5 |
Josef Blanz, Qualcomm |
Evolution
of Proximal IoT Interworking |
|
Chonggang Wang, Convida Wireless ?? |
Rel-3
Enhancements on Semantic Support |
|
|
OSGi
interworking TS-0035
release 4 |
?? |
OSGi
Interworking |
|
Advanced
Vehicular Domain Enablement |
Kenichi Yamamoto, KDDI |
Vehicular
domain enablement |
|
IoT
Public Warning Service Enablement |
TaeHyun Kim, SyncTechno |
Public Warning Service Enabler |
|
TS-0038 |
does not exist |
|
|
TS-0039 |
does not exist |
|
|
Modbus
Interworking |
JaeSeung Song, KETI |
Modbus interworking |
|
oneM2M-SensorThings
interworking TS-0041
release 5 |
Andreas Neubacher, DT |
WI-0100
oneM2M AND Sensor Things API |
|
oneM2M
and MEC interworking and deployments TS-0042 release 5 |
JaeSeung Song, Sejong University, Bob
Flynn, Exacta GSS |
WI-0120 - Edge Deployment using
ETSI MEC |
|
TR latest draft
versions |
Rapporteur |
Related WI |
|
?? |
Requirements |
|
|
TR-0002
- Part 1: Analysis of the architectures proposed for consideration by
oneM2M |
?? |
Architecture |
|
TR-0003 - Part 2 Study for the merging of architectures proposed for consideration by oneM2M |
?? |
Architecture |
|
TR-0004 - Converted to TS-0011 |
n/a |
n/a |
|
Roles
and Focus Areas |
?? |
Vocabulary,
Roles & Focus Areas for oneM2M Technical Work |
|
Study
of Management Capability Enablement Technologies for Consideration by
oneM2M |
?? |
Study
of Management Capability Enablement Technologies for Consideration by oneM2M |
|
Study
on Abstraction and Semantics Enablement |
?? |
Abstraction
and Semantics Capability Enablement Generic
Interworking |
|
?? |
Security
Preliminary Investigations Update
Security Analysis TR for Release 2 |
|
|
TR-0009
- Protocol Analysis |
?? |
Protocol
Analysis |
|
oneM2M Device / Gateway Classification TR-0010 never uploaded |
?? |
Device/Gateway Classification - obsolete |
|
MQTT Protocol Interworking Study TR-0011 never uploaded |
Peter Niblett, IBM |
WI-0014-
Developing MQTT Protocol Binding |
|
End-to-End-Security
and Group Authentication |
Ziyao Cheng, China Mobile |
End-to-End
Security & Group Authentication |
|
Home
Domain Enablement |
Sungchan Choi, KETI & |
Home
Domain Enablement |
|
oneM2M
AllJoyn Interworking |
Hongbeom
Ahn, LGE & |
oneM2M
and AllJoyn Interworking |
|
Service
Layer API Core Principles |
Phil
Hawkes, Qualcomm |
Service
Layer API |
|
Authorization
Architecture and Access Control Policy |
Wei
Zhou, Datang |
Authorization
Architecture and Access Control Policy |
|
Home
Domain Abstract Information Model |
Sungchan Choi, KETI & |
Home
Domain Enablement |
|
Industrial
Domain Enablement |
Chengsui Lu, Hitachi & Miao Jiang, Hitachi |
Industrial
Domain Enablement OPC-UA
Interworking |
|
Dynamic
Authorization |
Phil
Hawkes, Qualcomm |
WI-0019
- Dynamic Authorization for IoT |
|
Study
of service transactions and re-usable service layer context |
Jiaxin
Yin, Huawei Technologies & Qiuting Li, ZTE |
WI-0034
- Study of re-usable service layer context and Transaction enablement |
|
Study
of the action triggering in M2M |
Jiaxin
Yin, Huawei Technologies Co.,Ltd |
WI-0035
- Action Triggering |
|
Continuation
& integration of HGI Smart Home activities |
Patricia
Martigne, ORANGE |
WI-0043
- Continuation & integration of HGI Smart Home activities |
|
oneM2M
& OIC interworking |
Kiran
Vedula, Samsung Electronics |
WI-0044
- oneM2M & OIC interworking |
|
3GPP Rel-13 Interworking |
Shao
Weixiang, ZTE & George Foti, Ericsson |
WI-0037
- Interworking with 3GPP Rel-13 MTC feature |
|
Application
developer guide |
Laurent
Velez, ETSI |
WI-0042
- Application developer guide |
|
Vehicular
Domain Enablement |
Kenichi
Yamamoto, KDDI, Catalina Mladin, Convida Wireless, Victor
Kueh, Huawei |
WI-0046 -
Vehicular domain enablement |
|
DDS
usage in oneM2M |
Bei
Xu (Echo), Huawei |
WI-0047 -
DDS usage in oneM2M system |
|
Analysis
on the interworking between oneM2M and OSGi Alliance |
Jiaxin
Yin, Huawei Technologies |
WI-0048 -
OSGi Interworking |
|
Methodology
of product profiles definition |
Jiaxin
Yin, Huawei Technologies |
WI-0055 -
Product Profiles & Feature Catalog |
|
Service
Layer Forwarding |
Dale
Seed, Convida Wireless |
WI-0062
- Service Layer Forwarding |
|
LWM2M
DM & Interworking Enhancements |
Dale
Seed, Convida Wireless |
WI-0052 -
LWM2M DM & Interworking Enhancements |
|
Platform features catalogue |
Converted to TS-0031 |
|
|
Study
on Enhanced Semantic Enablement |
Martin
Bauer, NEC Europe |
WI-0053
Release 3 Enhancements on Semantic Support |
|
Temperature
monitoring example using CoAP binding |
Shane
He, Nokia |
WI-0054 -
Developers guide series |
|
Developer
guide of Device Management |
Jiaxin
Yin, Huawei |
WI-0054 -
Developers guide series |
|
Smart
City |
SeungMyeong
Jeong, KETI |
WI-0064 -
Adaptation of oneM2M for Smart City |
|
Smart
Farm Example using MQTT Binding |
Ting
Miao, KETI |
WI-0054 -
Developers guide series |
|
Developer
guide - Implementing security example |
Laurent
Velez, ETSI |
WI-0054 -
Developers guide series |
|
Developer
guide - SDT based implementation |
Maciek
Goluch, Orange |
WI-0054 -
Developers guide series |
|
Trust
management in oneM2M |
Jae-young
Ahn, ETRI |
WI-0065 -
Trust management in oneM2M |
|
Decentralized
Authentication |
Jie
Shi, Huawei |
WI-0066 -
Decentralized Authentication |
|
WoT Interworking |
Yongjing
Zhang, Huawei |
WI-0071 - oneM2M
and W3C Web of Things Interworking |
|
Modbus
Interworking |
Qiuting LI, ZTE Corporation |
WI-0072 - Modbus_interworking |
|
Heterogeneous
identification service in oneM2M system |
Yuan
TAO, |
WI-0069 -
Heterogeneous identification service in oneM2M system |
|
Developer
Guide: Implementing Semantics |
Martin
Bauer, NEC |
WI-0054 -
Developers guide series |
|
Study
on Public Warning Service Enabler |
SeungMyeong
JEONG, KETI & TaeHyun KIM, SyncTechno Inc. |
WI-0070 - Public
Warning Service Enabler |
|
Developer
Guide of 3GPP Interworking |
Bei
XU, Huawei Telecommunication (India) Co. Pvt. Ltd. |
WI-0054 -
Developers guide series |
|
oneM2M
App-ID Registry Function |
Shelby
Kiewel, iconectiv |
WI-0073 -
App-ID Registry Function |
|
Industrial
Domain Information Model Mapping and Semantics Support |
Chengsui Lu, Hitachi |
WI-0075 -
Industrial Domain Information Model Mapping & Semantics Support |
|
Attribute
Based Access Control Policy |
Wei
Zhou, Datang |
WI-0077 -
Attribute Based Access Control Policy |
|
oneM2M
API guide |
Laurent
Velez, ETSI |
WI-0078 -
oneM2M API guide |
|
Study
on Edge and Fog Computing in oneM2M systems |
Kenichi
Yamamoto, KDDI, Catalina Mladin, Convida Wireless |
WI-0080 - Edge
and Fog Computing |
|
Lightweight
oneM2M Services |
Dale
Seed, Convida Wireless |
WI-0076 -
Lightweight oneM2M Services |
|
oneM2M
Service Subscribers and Users |
Dale
Seed, Convida Wireless |
WI-0083 -
oneM2M Service Subscribers and Users |
|
3GPP
V2X Interworking |
Bei
Xu (Echo), Huawei |
WI-0082 -
3GPP V2X Interworking |
|
Summary
of differences between Rel-2A & Rel-3 |
Kei
Harada, NTT |
WI-0087 -
Summary of differences between Rel-2A & Rel-3 |
|
Getting
started with oneM2M
|
Laurent Velez, ETSI, SeungMyeong JEONG, KETI |
WI-0089 -
Getting started with oneM2M |
|
Railway
Domain Enablement |
Andrew
Min-gyu Han, Hansung University |
WI-0093 - Railway Domain Enablement
(RAILDE) |
|
Services
and Platforms Discovery |
JaeSeung
Song, KETI |
WI-0091 - oneM2M Services and Platforms Discovery |
|
Study
of action triggering enhancements |
SeungMyeong
Jeong, KETI |
WI-0093 - Action Triggering Enhancements |
|
Study
on ontologies for Smart City Services |
InSong
Lee, KETI |
WI-0094 - Ontologies for Smart City Services |
|
oneM2M
System Enhancement to Support Privacy Data Protection Regulations |
JaeSeung
Song, KETI |
WI-0095 - oneM2M System Enhancements to Support Data Protection Regulations |
|
Effective
IoT Communication to Protect 3GPP Networks |
Bob
Flynn, Convida Wireless |
WI-0096 - Effective IoT Communication to Protect 3GPP
Networks |
|
ZigBee
interworking |
JaeSeung
Song, KETI |
WI-0090 - oneM2M and Zigbee interworking |
|
Study
of SensorThings API Interworking |
Andreas
Neubacher, Deutsche Telekom |
WI-0100 - oneM2M and SensorThings API |
|
System
Enhancement to Support Data License Management (DLM) |
Minbyeong Lee, Hyundai Motors & JaeSeung Song, KETI |
WI-0102
- System enhancements to support Data License Management |
|
Study
on Management Object migration to SDT |
Marianne
Mohali, Orange |
WI-0099
- Management Object Migration |
|
AI
enablement to oneM2M |
JaeSeung
Song, Sejong University |
WI-0105 – System enhancements to support AI
capabilities |
|
Metaverse
IoT TR-0069
not uploaded yet |
JaeSeung
Song, Sejong University, SeungMyeong
Jeong, KETI, Shane
He, Nokia, |
WI-0110 – Enablement of IoT in the metaverse |
|
Enhanced
filtering and queries TR-0070
not uploaded yet |
Andreas Kraft, Deutsche Telekom |
WI-0112 – oneM2M Enhanced Filter and Queries |
|
AI enablement to oneM2M (Stage 2) |
JaeSeung Song, Sejong
University |
WI-0105 – System enhancements to support AI
capabilities |
|
Bridging
Metaverse and Physical World via oneM2M System |
JaeSeung
Song, Sejong University, SeungMyeong
Jeong, KETI, |
WI-0110 – Enablement of IoT in the metaverse |
|
Developer
guide: Deploying Semantics TR-0073 |
|
|
|
Developer
guide: Time Series TR-0074 |
|
|
|
Developer
guide: Advanced Subscription and Notification TR-0075 |
|
|
|
Integrating
NGSI-LD API in oneM2M TR-0076 |
Martin Bauer
NEC |
WI-0119 - Integrating NGSI-LD API in oneM2M |
|
oneM2M
and MEC integration scenario and mechanisms TR-0077 |
JaeSeung Song, Sejong University, Bob Flynn, Exacta GSS |
|
|
Developer
Guide on interworking between oneM2M and MEC TR-0078 |
JaeSeung Song, Sejong University, Bob Flynn,
Exacta GSS |
|
|
oneM2M-ROS
Interworking TR-0079 |
SeungMyeong
Jeong, KETI, |
WI-0121 - oneM2M-ROS Interworking |
|
Use
cases for oneM2M and MEC deployment scenarios and services TR-0080 |
JaeSeung Song, Sejong University, Bob Flynn,
Exacta GSS |
|
|
AI
Agent Interworking TR-0081 |
|
|
Latest
Work Programme status overview
Last
updated: 2025-09-11 – Karen Hughes, ETSI