Internet of EverythingCommunity Sydney4th Meet-Up

9th September 2015

2

Agenda

12

Community Strategy - Vision

Knowledge Management

3

Social Media

4

IoE Reference Architecture

5Lucinda Clutterbuck, Piccolo Films6

Community Network

Andrew Maggio, Meshed7

3

Our vision statement for 2020

The IoE community has created a world wide business-driven IoT community network

We achieved the following:• We have partner communities on 5 continents• Community members are successful IoT entrepreneurs• The community members successfully finished global community projects• Our members talk about IoT at Gartner and TED events• The IoE community network was mentioned on Techcrunch.com, in Wired magazine,

Harvard Business Review and CNBC• We have a 3 day IoE community conference in an attractive location

4

IoE Community Perth(130+ Members)

IoE Community Sydney(305+ Members)

IoE Community Singapore(100+ Members)

Our Community network is growing

PeterKlement

GlennVassallo

TomZorde

DavidPare

JanReinmueller

EdmundLim

In discussion:• Melbourne• Canberra• Bangkok• Malaysia• Philippines• Netherlands

IoE Community Adelaide BertramOstendorf

PraveenKannan

SteveTucker

1st Meet-Up15th Sep

1st Meet-Up22nd Sep

5

IoE Reference Architecture

Reference Content Project Team Collaboration

Tools

IoE Reference Framework

Use CasesLogical Solution

Architecture

Physical Solution

Architecture

Proof of Concept

IIRA

ArchiMate

BPMN

BMM

TOGAF

Design Thinking

SCRUM…

~20 volunteers

ModellingWiki

Cloud-based

TBD

From IoT Users

Problems

Opportunities

Solutions

IIC Testbed

InfrastructureTBD

Product/ Technology

neutral (PIM)

Product/ Technology

specific (PSM)

Architecture Framework

Meta Model

Business Value Model

Value Chain Architecture

(Level 1)

Architecture Developmen

t Method

…

6

Knowledge Management System - Functionality

Following unique requirements were collected from the Google Sheet we circulated:

- Key word search

- Browse files based on topic structure

- Be notified if new content is available

- Discuss with others on a topic

- Get industry news

- Find contact information and skills of other community member/ Get in touch with other champions

- To share my thoughts and knowledge : through blogs or forum

- Ensure the content is authentic

- Restrict use of classified content to a specific group of users

- Event calendar

- In normal case I want access to data 24 x 7

- Allow 50 concurrent and > 10000 users

- Backup

- Audit trail of the content

7

Knowledge Management System - Approach

Per the requirements there are various software options available and we propose the following approach:

- Attempt to get a sponsor for a professional software which matches the requirements best.

- Implement the software and customize it for the community.

Alternatively, we resort to a lean approach wherein we leverage the IoE Architecture Reference project to provide requirements for a MVP.

8

Social Media

Social media channels• LinkedIn: Internet of Everything Community• Twitter: @IoECommunity• Website / mailing list: TBC

What do we need?• Spread the word!!• Logo – Brand identity• Relevant content

Our objectives• Connect our members outside our regular meetups• Educate community around IoE

9

Sherlock Holmes and the Internet of Things

Key information• http://sherlockholmes.io/• Sherlock Global challenge: 24-25/10• Contact: Lucinda Clutterbuck, ljc@piccolofilms.com.au

What is it?• A worldwide collaboration lead by Columbia University

to examine the policy and ethical issues surrounding the Internet of Things

• Aims to build a massive connected crime scene consisting of smart storytelling objects

What are we looking for?• Story tellers, game designers, makers

and hackers who want to join our Sydney team

10

Sherlock Holmes and the Internet of Things

Starting SmallReal world examples from an IoT start-up

Andrew MaggioFounder & Technical DirectorMeshed Pty LtdAugust 2015

About

My Background 80s - Digital Electronics 90s - Personal Computing 00s - IT Operations 10s - Things (Internet Of) 20s? – Absolutely No Idea

Making a start

Recognise the potential of IoT Work out where the value lies Test the theory Gain support Scale up

Project 1 – Remote Monitoring Large Australian Organisation Many assets in many locations Maintenance Responsibility Penalty Clauses Good view of maintenance costs

Asset Class – Water Tanks Water Reticulation

for up to 3000 people

Built in the 70s Pump failures

common Monitoring at

pumping station only

Water Tank Solution Water level monitors

in 3 tanks No integration with

existing equipment & networks

Cloud-based dashboard & alerting

The Hardware Prototype

Solar Powered 3G Modem Arduino based Waterproof case Custom firmware

The Software Platform

Exosite IoT platform

Simple to configure

Enough features Extensible SMS / Email

Alerts

Asset Class: Electric Fence 120Km electric

boundary fence Restricts kangaroo &

emu movements Manually patrolled No temporal history Known to be down

frequently

Electric Fence Solution

Discovered long periods of poor fence performance

Gave client actionable data to justify replacement

Next Steps

Production grade hardware Remotely upgradable firmware More robust Smaller Quicker to deploy

3 new sites requested monitoring solutions

Business Analytics Automation

What we learned

Business value is not always quantifiable

Quick and dirty can be a valid strategy

Minimise your dependencies

Start small !

Project 2 – Connected Car Client: NRMA Motoring Services Project: Vehicle Telematics Proof of

Concept

Increase member engagement – 2.4M

Improve call out efficiency

Concept

Improved connection between driver and vehicle

Alert Examples (Mockups)

Mobile PoC App

Front: Fuel cost per KM

Back: Data collection 1.1M data points 8-10 vehicles 6 months

Correlations Possible value

Correlations

19/08

/2013 4

:33:05

19/08

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:34:58

19/08

/2013 4

:35:32

19/08/201

3 4:35:3

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19/08

/2013

4:36:0

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19/08

/2013 4

:36:42

19/08

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:36:42

19/08

/2013 4

:37:17

19/08

/2013 4

:37:52

19/08

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:37:52

19/08

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:38:15

19/08/201

3 4:38:5

2

19/08

/2013 4

:38:52

19/08

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:39:53

19/08

/2013 4

:39:53

19/08

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:40:27

19/08

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:42:00

19/08/201

3 4:42:3

6

19/08

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:42:36

19/08

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43:25

19/08

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:44:00

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NRMA Connected Car POC. Test Vehicle Sample. Engine Load & Throttle Position vs Temperature

TemperatureEngine LoadThrottle Position

Maybe a bit too lead-footed for a cold engine

Engine running hot for a prolonged period?

Correlations

Correlations

12-Nov-

2013

17:53:3

5

12-Nov-

2013

17:55

:16

12-Nov-

2013

17:56:5

7

12-Nov-

2013

17:58:3

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12-Nov-

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18:00:1

9

12-Nov-

2013 1

8:02:00

12-Nov-

2013

18:03

:41

12-Nov-

2013

18:05:2

1

12-Nov-

2013

18:07:0

3

12-Nov-

2013

18:08:4

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13-Nov-

2013 0

8:28:51

13-Nov-

2013

08:30

:32

13-Nov-

2013

08:32

:13

13-Nov-

2013

08:33:5

4

13-Nov-

2013

08:35:3

5

13-Nov-

2013 0

8:37:16

13-Nov-

2013

08:38

:57

13-Nov-

2013

08:40

:38

13-Nov-

2013

08:42:1

9

13-Nov-

2013

08:43:5

9

14-Nov-

2013 0

8:28:03

14-Nov-

2013

08:29:44

14-Nov-

2013

08:31

:25

14-Nov-

2013

08:33:0

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14-Nov-

2013

08:34

:47

14-Nov-

2013

08:36

:28

14-Nov-

2013

08:38:0

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14-Nov-

2013

08:39:5

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CGO86P - Pre-empted Check Engine LightExhaust Gas Sensor Bank 1 Sensor 3 - Low sensor voltage for switch

time

LimitMinValue

Monitor value falls below minimum threshold.No errors reported to driver but we note thatthere could be a problem developing.

Value returns to nor-mal during next en-gine cycle

2 days later a Check Engine Light occurs (P0491)

What we learned

Cars have a lot to tell us MIL is not granular enough for most

people OBD is standardised. Vehicles are

not.

Start small !