AIOTI worldwide cooperation with IoT SDOs and Alliances, including China

Transcription

1 AIOTI worldwide cooperation with IoT SDOs and Alliances, including China Dr. Georgios Karagiannis Huawei Standardization & Industry Dept IoT Week workshop: AIOTI WG3 IoT Standardization SDO,16 June 2015

2 Outline IoT Challenges Huawei s view on IoT SDO and Alliances Landscape Huawei IoT SDO activities in China IoT Standardization Directions Page 2

3 Outline IoT Challenges Huawei s view on IoT SDO and Alliances Landscape Huawei IoT SDO activities in China IoT Standardization Directions Page 3

4 According to recent Beecham Research surveys on IoT market challenges 1. The need for combining all forms of connectivity technology in one solution (cellular, satellite, fixed line, short range WiFi, etc.) + the need for increasing interoperability with partners point to more complex solutions 2. The need for closer integration of Connected Device data with enterprise IT systems 3. Greater emphasis on creating new services from Connected Device data rather than just the traditional operational cost savings 4. These new services are essential for revenue generation for the business, so are more likely to be mission critical. IoT/M2M solutions overall are becoming more mission critical, even for service support as reliance on these increases 5. As a result of these changes, there is an increasing need for holistic approaches to security. This raises the prospect of opportunities for new security added value services Page 4

5 According to recent Beecham Research surveys on IoT market challenges Page 5 6. Also as a result, IoT solutions are moving from being tactical nice to have to strategic necessity. They are now visible to Executive Boards internally and to customers and public externally 7. At a service level, IoT solutions have always been about improving the break/fix time. In future they will be more about optimization of operations moving from monitoring to control, requiring much larger amounts of real time data, processed and acted upon rapidly 8. With data capacity increasing, there is a growing trend for richer applications associated with connected things, also requiring more data, more frequently 9. There will also need to be increasing intelligence at the network edge as well as in the cloud, with direct device/device communication at the edge. Cloud processing will be just part of future solutions. The future solution challenge will be to integrate edge plus cloud activities at both the connectivity management and application enablement layers (IOT = Edge + Cloud) 10. These trends will increase use of data across sector boundaries to create new services and efficiencies breaking the silo-based approach of traditional IoT/M2M in a growing number of areas

6 Outline IoT challenges Huawei s view on IoT SDO and Alliances Landscape Huawei IoT SDO activities in China IoT Standardization Directions Page 6

7 IoT SDO and Alliances Landscape Google, Nokia: Car Service & App UK: home automation Siemens : IoT architecture ISO/IEC Apple :HomeKit QC: home automation onem2m: Global (Telco): Cross-domain Horizontal) AIOTI Intel &Samsung P2413, GE, Cisco, Intel, IBM, AT&T Smart Grid, Smart city Google, ARM: home automation CPS PWG Consumer Market Industrial Internet SG 16 home auto, energy management Network IBM, Semtech Page 7

8 IoT SDO and Alliances Landscape Standard Organizations ISO/IEC JTC1 IoT Requirements Use Cases Architecture Open Source Communities and Alliances Page 8 IETF : IP Standards, ACE, CORE, DICE, 6lo, 6tisch, Roll IEEE : P2413, IoT Framework IEEE : 802.1tsn, 802.3br intra-bursting express traffic PI : Industrial Ethernet EtherNet/IP : Industrial Ethernet W3C : Web of Things OMA : Lightweight M2M ETSI : euicc OneM2M : Service Layer, connecting M2M devices IEC TC65 : Industrial Automation IEC TC57 : (smart city/grid/building) IEC SG8 : Smart Manufacturing 3GPP : LTE-M, LTE-A, Mission Critical, MTC, LTE Device-2-Device OPCFoundation : Unified Architecture I4.0 Platform : International Std WG, RAMI 4.0 CCSA : Ubiquitous Network The Open Group : Service Oriented Architecture OpenStack AllSeen Open Interconnect Consortium ONOS OPNFV Eclipse IoT OpenDaylight GSMA Hyper/cat Thread HomeKit China Innovation Alliance of Industry and Internet Convergence (CIIAII) Industrial Internet Consortium AIOTI LoRa Car Connectivity Consortium Open Automotive Alliance ERTICO OSGi Alliance

9 Outline IoT challenges Huawei s view on IoT SDO and Alliances Landscape Huawei IoT SDO activities in China IoT Standardization Directions Page 9

10 Chinese IoT related Standards overview SDOs Related Project WI description and Huawei s leadership CCSA TC10 Ubiquitous Network, WG1/WG3 Vice chair TC11 TC5 Mobile Internet Application and Smart Terminals, WG2 Vice chair Mobile Network, WG3/WG4/WG9 Vice chair CESI WGSN Sensor Network, PG3 Chair CWPAN Wireless Personal Access Network, WG chair NITS PLC Power Line Communication WG, PLC PHY and DLL CIIAII China Innovation Alliance of Industry and Internet Convergence Board Committee Created in China in July 2014, learning from North America (IIC) and Europe (Industry 4.0) Sponsored by MIIT (Ministry of Industry and Information Technology), and CATR (China Academy of Telecommunication Research) in charge of daily operations) Member of vice chairman board Member of technical committee and application committee Page 10

11 Outline IoT challenges Huawei s view on IoT SDO and Alliances Landscape Huawei IoT SDO activities in China IoT Standardization Directions Page 11

12 IoT: Battle of Commonality Each vertical industry sector will have their own applications, use cases, technologies and industry platforms with its own solution lifecycle and value chain Isolated IoT solutions within each industry segment will cause a fragmentation in the European IoT Market, cause higher entry costs and prevent synergies Each Industry Verticals have IoT solutions specifically designed to match the industry specific requirements This will limit the portability, interoperability and cost effective deployments Common features for the IoT platform shall be documented and validated towards existing standards IoT shall address at least the following requirements, i.e. Scalability, Security, Dependability (Reliability, Availability, Robustness), High Performance AIOTI can: enable to win IoT battle of commonality became the bridge of worldwide cooperation between SDOs & Alliances, including China Page 12

13 IoT Standardization Direction Standard Driven Build upon IoT related standards Focus on key vertical industries (Tier 1) LTE/WIFI Driven Build on LTE, 4.5G, WIFI into mainstream IoT standards Utilizing shorter latencies and edgecomputing capabilities 5G Driven Network arch slicing Support Tactile Services Build Big Data analytics into mainstream IoT standards Page 13

14 Thank you Copyright 2014 Huawei Technologies Co., Ltd. All Rights Reserved. The information in this document may contain predictive statements including, without limitation, statements regarding the future financial and operating results, future product portfolio, new technology, etc. There are a number of factors that could cause actual results and developments to differ materially from those expressed or implied in the predictive statements. Therefore, such information is provided for reference purpose only and constitutes neither an offer nor an acceptance. Huawei may change the information at any time without notice. Page 14