Supporting The Latest Standards In Connectivity: An Insight Into Thread

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1 Supporting The Latest Standards In Connectivity: An Insight Into Thread Bill Curtis ARM IoT Strategist / ARM Internet of Things Business Unit Thread Group / Board of Directors mbed Sponsored Session / ARM Tech Con th November 2015

2 Agenda Introduction Organization Status mbed Technical overview Summary 2

3 Introducing Thread A new wireless network for the home 3

4 The need for a New Wireless Network A new era of connected products in homes worldwide Enable the INTERNET of things Existing wireless protocols did not meet requirements Other companies shared the same concerns 4

5 Thread Requirements Whole-home coverage Low power Resilient Internet Protocol (IP) based Secure Consumer friendly Fast time-to-market Worldwide Use existing radios, silicon 5

6 Why Use a Mesh? Whole-home coverage Very low power, sleepy endpoints Self extending Self healing Robust Reliable 6

7 The I in IoT IP (and Web) Protocols to the Edge Applications / Device Management Application layer ZigBee Cluster Lib GATT profiles ZigBee App Layer IP / Web Applications / Device Management Application level protocols and standards Application Level Security Manager L2CAP IP UDP Host Control I/F ZigBee Network Layer CoAP DTLS UDP 6LoWPAN HTTP / MQTT TLS TCP IPv6 IPv4 Web Level Internet Level BT MAC/PHY IEEE MAC / PHY MAC/PHY 3GPP LTE Bluetooth ZigBee Thread WiFi Cellular Network Level Constrained devices Web to the edge 7

8 The I in IoT IP (and Web) Protocols to the Edge Applications / Device Management Application layer ZigBee Cluster Lib GATT profiles ZigBee App Layer IP / Web Applications / Device Management Application level protocols and standards Application Level Security Manager L2CAP IP UDP Host Control I/F ZigBee Network Layer CoAP DTLS UDP 6LoWPAN HTTP / MQTT TLS TCP IPv6 IPv4 Web Level Internet Level BT MAC/PHY IEEE MAC / PHY Bluetooth ZigBee Thread MAC/PHY 3GPP LTE WiFi Cellular Network Level Web to the Edge 4.2: IPSP profile Constrained devices Web to the edge 8

9 The I in IoT IP (and Web) Protocols to the Edge Applications / Device Management Application layer ZigBee Cluster Lib GATT profiles ZigBee App Layer IP / Web Applications / Device Management Application level protocols and standards Application Level Security Manager L2CAP IP UDP Host Control I/F ZigBee Network Layer CoAP DTLS UDP 6LoWPAN HTTP / MQTT TLS TCP IPv6 IPv4 Web Level Internet Level BT MAC/PHY IEEE MAC / PHY Bluetooth ZigBee Thread MAC/PHY 3GPP LTE WiFi Cellular Network Level Thread 9

10 What Thread Delivers A secure wireless mesh network for your home Built on proven, existing technologies Runs on existing silicon IPv6 addressing via 6LoWPAN UDP transport New security architecture and commissioning Simple and secure to add / remove products 250+ products per network 10

11 What Thread Delivers User-friendly network joining Easy to add new nodes to network Thread provides a sample app to members Runs on Android, IOS Phone connects to Thread network via LAN or WAN App uses QR or bar code to identify product Product is automatically joined to Thread mesh 11

12 Thread Applications Other IP-based application protocols Thread is a network and transport level stack Thread is application-layer agnostic Thread can support multiple application layers Any low bandwidth application layer that can run over IPv6 12

13 Thread Target Applications Thread is designed for all sorts of products in the home Appliances Climate control Energy management Lighting Safety Security Access control Devices work together to form a cohesive mesh network 13

14 Thread Organization 14

15 Thread launch Founded July, 2014 Nonprofit market education group Rigorous product certification to ensure security and interoperability Promote Thread s use in connected products for the home Founding members 15

16 Added over 200 members in the last 12 months Members span the value-chain: Semiconductors, consumer products, IoT focused, software, services, Sponsor members Contributor members (not a complete list) Affiliate members: >85 16

17 Thread Group Benefits Technology access Documentation and specs Contributed technology and IP Certification Program Thread logo for certified products Test harness and scripts Marketing Promote your Thread products! Press coverage Industry events High-profile speaking opportunities Thread marketing collateral Thread social media Collaboration >200 connected home companies 17

18 Thread Organization Board of Directors Management Organization (Inventures) Certification Marketing Use Case Technical Available to Contributors Working Group Working Group Working Group Working Group 18

19 Lead Build products Learn 19 Thread Membership Tiers Membership Benefits Affiliate Contributor Sponsor Receive member communications Participation in general or annual meetings Access to members only website Use of Alliance Member Logo Participation in press articles & interviews Access Final Deliverables Certify Compliant Products and Utilize Certification Logo Access Draft Deliverables Chair Committees and/or Work Groups Participate and Vote in Work Groups Participate and Vote in Committees Approve Operating Budget Approve Final Deliverables Initiate Work Groups or Committees Can be admitted as Sponsor after launch Seat on Board of Directors Annual Fee $2,500 $15,000 $100K

20 Thread Membership Process You can join Thread RIGHT NOW Apply via Agreements provided for legal and business review Membership is complete once agreements signed and payment processed Members have access to the Thread Group Member Portal The Portal includes technical documentation, certification info, marketing plans 20

21 Thread Innovation Enabler Program Much of the innovation in the Connected Home comes from small start-ups Thread assists small, innovative companies to build Thread-enabled products Thread gives away one free contributor membership per quarter (sometimes two) Excellent response from start-up companies, ~15 applying per quarter Thread Affiliate members can apply 21

22 Thread Status 22

23 Thread Status Q3 Q4 Q1 Q2 Q3 Q4 Q1 Q2 July, 2014 Thread, Inc. Founded Spec Development July 14, 2015 Q4, 2015 Thread V1.0 Specification Thread Certification completed Program startup January, 2016 Thread product demonstrations at CES Schedule Specification V1.0 Completed on schedule July, 2015 Certification program gets underway Q Product demos at CES 2016 Products in-market

24 Thread Status Product companies can start developing Thread-based products today Compatible silicon is already available Many new products are in development Pre-certified Thread stacks will be available from 3+ sources There will be more silicon and stack providers over time 24

25 Thread mbed Support 25

26 Thread in mbed mbed OS 3 Technology Preview Includes a preview of ARM s Thread 1.0 implementation ARM is using this same implementation for interoperability testing with Freescale and Silicon Labs This implementation of the Thread 1.0 specification is almost complete, pending final interoperability work in Q4 Recommended development platform K64F plus Atmel radio shield Additional platforms coming soon Border router code available Q

27 Thread Technical Overview 27

28 Connected Home Technical Requirements Direct addressability device-to-device, device-to-application, device-to-cloud Battery operated devices with years of life door locks, security sensors etc. Simple network joining Intuitive no mysterious button sequences or jargon Scalable to devices per network Latency less than 100 milliseconds for typical interactions Multiple border routers Seamless connectivity to user interaction devices phone, tablet, wall controller 28

29 System Messaging Model Internet WAN Home Router Wi-Fi Thread Border Router Thread mesh Home router Border Router Thread-enabled Devices Routes Thread traffic to/from LAN (Wi-Fi and Ethernet) Routes Thread traffic to/from WAN to enable Mobile device access anywhere Cloud services Border Router forwards data to big home network, typically Wi-Fi or Ethernet Device-to-device communication 29

30 Thread Standards 30 Collection of existing IEEE and IETF standards Uses existing based radios Support for low power, sleepy devices Simple security, user-friendly commissioning 250+ devices No single point of failure Direct device addressability Point-to-point device connectivity Low cost bridging to other IP networks Application Layer UDP + DTLS Distance Vector Routing 6LowPAN (IPv6) IEEE MAC (including MAC security) IEEE PHY Standard RFC 768, RFC 6347, RFC 4492, RFC 3315, RFC 5007 Based on RFC 2080 RFC 4944, RFC 4862 IEEE (2006) IEEE (2006)

31 Thread Network Architecture Thread Node Types End Device Thread Router Leader Border Router Thread Link End Devices may be Router Capable Router Capable devices may be Routers A Router may be elected Leader Border Routers have both Thread and LAN (or WAN) connectivity 31

32 Direct Device Addressability All Thread nodes have IPv6 addresses (6LoWPAN) CoAP messages assign Router addresses (TMF Thread Management Framework) Devices on LAN can directly address Thread nodes through Border Routers Mobile devices can address Thread nodes via LAN or Internet End Device Thread Router Leader Border Router Thread Link Cloud Services can address Thread nodes from the Internet 32

33 Network Topology New nodes initially join network as End Devices Router Eligible End Devices can become routers based on the number of existing routers Routers maintain state to all other Routers through trickle mechanism and MLE advertisements All Routers maintain state of Border Routers through trickle mechanism and MLE advertisements End Devices route through parent Router Leader is a Router that controls and propagates state of network to all other nodes End Device Thread Router Leader Border Router Thread Link 33

34 No Single Point of Failure Leader controls and propagates state of network. If it fails, another Router will become Leader. Adding more Router Eligible nodes may improve connectivity. Thread automatically maintains an optimal number of Routers. Multiple border routers can be used Thread nodes can operate without Border Router End Device Thread Router Leader Border Router Thread Link 34

35 Security and Commissioning Adding new nodes on the network is easy and secure User authorizes new nodes using a smart phone, tablet, or other networked device Security session is established between new node and commissioning device to authenticate the new node and to securely provide credentials Once commissioning session is done, new node attaches to network Once attached, MAC security used for all messages Application-level security may be used in addition to MAC security based on application requirements End Device Thread Router Leader Border Router Thread Link 35

36 Low Power (Sleepy) Nodes Parents hold messages for sleeping nodes zzzz zzzz zzzz When sleeping nodes wake up they poll parents for messages Sleeping nodes are not required to check in on a regular schedule A sleeping node automatically switches parent if it loses connectivity End Device Thread Router Leader Border Router Thread Link 36

37 Certification Thread devices must be certified in order to receive the logo First wave of product testing is currently underway Testing validates device behavior Commissioning Network functionality and interoperability Device operation in network Members have access to the standard Thread test harness and sample commissioning app CONNECTS WITH THREAD 37 Certification uses a 3rd party test lab

38 Summary 38

39 Summary ü Thread is designed for worldwide adoption ü Silicon and software stacks are available now for development ü Membership is now open to all companies Visit to sign up ü Technical documentation available to the public White papers are on the site right now ü 3rd All Member Meeting is next week - Evian France November 18-19th ü Thread certified products will be in-market 1H

40 Thank you The trademarks featured in this presentation are registered and/or unregistered trademarks of ARM Limited (or its subsidiaries) in the EU and/or elsewhere. All rights reserved. All other marks featured may be trademarks of their respective owners. Copyright 2015 ARM Limited

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