osiot14 buildout

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OSIOT #14 IoT Buildout Tools, Standards, and Best Practices for Building Out the Internet of Things

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Page 1: Osiot14 buildout

OSIOT #14IoT Buildout

Tools, Standards, and Best Practices for Building Out the Internet of Things

Page 2: Osiot14 buildout

A Foundation for the Internet of Things

StandardsToolsBest

Practices

Build Out

Web Design Patterns

M2M Extensions

Open Source and

Commercial

Open Internet

Standards

Collectively Enable

The development and evolution of:

Page 3: Osiot14 buildout

Connected Intelligence Disrupts Embedded Intelligence

Thing

Software

ConnectedIntelligence

Embedded Intelligence

Network

Page 4: Osiot14 buildout

Virtualization of Things

Thing

Software

Network

SoftwareAbstraction

(Network)

Firmware, Middleware

Device

Application

Page 5: Osiot14 buildout

Virtualization Enables Many-to-Many Software Applications to Things

Thing

Software

Software Abstractions

Middleware

Software Software

ThingThing

Page 6: Osiot14 buildout

The Open Standards Are Here

• All Levels of the System– Radios, MCUs – Arduino, mbed, 802.15.4, WiFi– Network – WiFi, 6LowPAN, Thread, BLIP– Protocol – HTTP, CoAP, MQTT, Websockets– Device Interaction – OMA LWM2M, OIC, Alljoyn– Data Models – IPSO Smart Objects– Applications – Node-RED

• Fragmentation => Convergence– No New Standards– Adopt and Integrate Existing Standards– Converge on a Common Set

Page 7: Osiot14 buildout

Layered Architecture, Narrow Waist

Application Software

IPSO Objects

LWM2M

CoAP HTTP

6LowPAN IPV4/IPV6

MCU – 16KiB RAM MPU

802.15.4 WiFi, Ethernet

Hardware

HW Network

IP Routing

REST Protocol

API for data and metadata

Data Models

Application

HTTP REST Server

73/11/2015

Device Management

Page 8: Osiot14 buildout

LWM2M: Application Interacts With Device Through Stateless Proxy Server

App

LWM2M Server

DeviceDevice

LWM2M Clients

/domain/endpoints/3303/0/5700

/3303/0/5700

HTTP

CoAP

Page 9: Osiot14 buildout

The Tools Are Available Now

• Tools implement Standards– Protocols: CoAP, HTTP, MQTT

– Service: OMA Lightweight M2M (LWM2M)

– Data Models: IPSO Smart Objects

• Tools– Device - mbed libraries, Eclipse Wakaama

– Server - ARM mbed Device Server, Eclipse Leshan

– Communication - MQTT – Eclipse Mosquitto, Paho

– API and Protocol Conversion - IoT Toolkit

– Applications- Node-RED

Page 10: Osiot14 buildout

Tools and Software Components

App

LWM2M Server

DeviceDevice

LWM2M Clients

- Eclipse Wakaama- mbed Libraries- OMA DevKit

- Eclipse Leshan- mbed Device Server- OMA DevKit

- Node-RED- MQTT- IoT Toolkit

App

Page 11: Osiot14 buildout

The OMA LWM2M DevKit

LWM2M Protocol Handling in the Web Browser

Page 12: Osiot14 buildout

Demonstration

LWM2M Server

device

MQTT Broker

device

Async Handlers

Node-RED

CoAPNotifications

State Updates (HTTP PUT)

State Updates (CoAP PUT)

~ 100 mSec

Discover And Subscribe

Notifications

Sensor Actuator

Local or Cloud

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ReferencesSlide Presentations

http://www.slideshare.net/michaeljohnkoster/presentationsIPSO Smart Object Guideline

http://www.ipso-alliance.org/smart-object-guidelinesOMA LWM2M Specification

http://openmobilealliance.hs-sites.com/lightweight-m2m-specification-from-oma

CoAP

http://coap.technology/

mbed

http://mbed.org/

Node-RED

http://nodered.org/

Eclipse IoT

http://iot.eclipse.org/

OMA DevKit

https://github.com/OpenMobileAlliance/OMA-LWM2M-DevKit