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An end-to-end IoT ecosystemwith re-usable infrastructure
using open industry standardsPresentation to OMA
October 2016
IntroductionsPilgrim Beart
CEODuncan Purves
Co-Founder
IBM
What the IoT market might look like
So … what are the new IoT Niches?(the stuff which could consume 80%+ of your time!)
• Embedded stacks• Comms• Security, Identity, Trust• Search• Testing• Analytics• Billing• …• Management
Is IoT different?
• More numerous, more constrained• No UI• Limited processing power• Limited storage• Poor communications• May have to run on batteries for years• Live in real world (e.g. physical damage)• Need upgrading
“One nine is a good day in IoT”
• Configuration, user “error”• Flat batteries• Comms problems• Physical damage• Upgrading non-trivial
• Unreliable comms inc. meshes• Flat batteries• Is it in use?• Easy to “brick”, no user to reset
Device Management
Device Management
Device Management
Device Management
Architecture and Componentsof an open IoT Ecosystem
IPv66LoWPAN mesh
802.15.4e
RESTful HTTP APIServer-Sent Events (SSE)
LWM2M
LWM2MCoAP inc. observeDTLSUDPIP
MQTTFTP
LWM2M server
BusinessApp
DeviceManagement
edge gateway
tilt sensorstemp sensors
OverallArchitecture
Wireless Sensor Nodes
Connect 2 Systems InclinometerWireless Sensor Node
Advantech B+B SmartWorx WzzardWireless Sensor Nodes
Edge Gateway
Network Gateway
Edge Gateway
IPv6/4 Cellular/Ethernet Interface
Wireless Sensor
Network Manager
LWM2M Client
Smart Objects
MQTT Broker
Sensor Network Manager Interface
Cellular/Ethernet Router
IoT App Platform Protocols
FTP
Wireless Sensor Node
Wireless Sensor Node
Wireless Sensor Node
Wireless Sensor Node
802.15.4e6LoWPAN
Demo
HTTP + TLSServer-Sent Events (SSE)
LWM2MCoAP (inc. Observe)
DTLSUDPIPv6
6LoWPAN mesh802.15.4e
Conclusions
Open IoT standards, from end to end, so:1. Each part is replaceable (avoids lock-in, future-proofing)2. Each can be added to (build an ecosystem)
Great for everyone:Faster, bigger market, more scale, more choice and quality
