sydney ioe meetup community - 1st meetup presentation
TRANSCRIPT
Internet of EverythingCommunity Sydney1st Meetup
27th May 2015
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Agenda
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What’s in a name? – IT, OT, IoT, IoE
Architecture aligns the business with IoT technology
IoT Solutions From The Field: Healthcare and Industrial
What’s in a name? IT, OT, IoT, IoE
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The First Revolution
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The Second Revolution
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The Third Revolution?
Industrial Equipment and Supply Chain
Connected Appliances
Intelligent Transportation
Consumer Electronics
Computing and Storage
Everything Connected
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The Internet of Things is on the top of the Gartner Hype Cycle
The Internet of Things according to Gartner
The Internet of Things (IoT) is the network of physical objects that contain embedded technology to communicate and sense or interact with their internal states or the external environment.
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Some consider IoT to be the convergence of IT and OT
Information Technology
Information technology is technology used in the planning and managing the business through information
Operational Technology
Operational technology is technology used in the running of a business that senses or controls physical assets
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IoT can be looked at as an architectural change that connects IT, OT, devices and Cloud
Business Operations Application
Business Analytics
Application
Enterprise Data
Warehouse
Operational Systems
Devices, Sensor,
Actuators
Control Data
Data Information IT
OT
Business Operations Application
Business Analytics
Application
Big Data Storage
Operational Systems
Devices, Sensor, Actuators
Control Data
Data Information
Data
Cloud Integration
Data
DataInformation
Pre-IoT IoT
Customer Devices
Customer Devices
Data InformationInformation
Cloud Applications
Cloud Applications
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The Internet of Everything according to Cisco
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Business-Driven IoT - Extending IoT towards business strategy
Business Model•Creating and capturing business value from IoE technology innovation
Strategy•Planning changes to the operating model
People•Benefits for and impact on individuals, organizations and eco-systems
Processes•Transforming value chains and operating models
Data•Leveraging data into more useful information for decision making
Integration•Collecting, selecting, cleansing, transforming and aggregating data from the Things, as well as distributing information and initiating actions back to the Things
Connectivity•Connecting things with each other, their control systems and enterprise IT
Things•Physical devices and objects connected to the Internet and each other for intelligent decision making
Business
Technology
Architecture aligns the business with IoT technology
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Architecture is a representation of the physical world
Architecture (Virtual world) Physical World
Business Model Canvas, Balanced Scorecard, Business Motivation Model
Business Strategy Document
Business Process Models Business Process Portal, Business Process Management System
Organisational Design, Role, RACI People, Job Descriptions
Customer Technology Architecture Car, A/C, TV, Fridge, Health Tracking Devices, Alarm System, Aircraft Engine
Asset Catalogue Physical Assets
Operational Technology Architecture SCADA, PLC, Sensors/Actuators
Data Models Storage, Databases
Application Architecture Business Software
Integration Architecture ESB/EAI Solutions
ICT Infrastructure Architecture Servers, Storage, Clients, Phones, PABX
Network Architecture Switches, Routers, Firewalls, LAN/WAN Links
Business
Technology
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Why is Architecture important?
• You design the future before you build it
• Impact analysis of potential changes to reality can be done on models
• Different scenarios can be simulated and outcomes compared
• Architecture is Business Strategy Execution (cisr.mit.edu)
• Would you build a high rise without an architecture?
• What happens if you build a city without planning?
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Example of business driven IoT Architecture – The real physical world
• Port Botany Redevelopment Project, PATRICK
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Example of business-driven IoT Architecture – The virtual architecture world
• Port Botany Redevelopment Project, PATRICK
IoT Solutions From The Field: Healthcare and Industrial
Solution Scenarios
Real Word Examples• Based on actual real world solutions
Scenario 1: Preventative Healthcare• Improving health outcomes through machine learning
Scenario 2: Closed Loop Automation• Increasing industrial process efficiencies through intelligent automation
Solution Architecture• Common and repeatable patterns for IoT solutions
Scenario 1: Preventative Healthcare
Improving health outcomes through machine learning
Scenario• Personal device used by patient to monitor and report health conditions• Uses sensors that send data to mobile app via Bluetooth Smart• Device provides early warning and advice• Healthcare worker can remotely monitor patients• Utilises data from all patients to improve disease modelling
Benefits• Improved quality of life• Reduce cost for patient and healthcare system• Significantly increased testing• Increases understanding of disease markers
Patient uses device with sensors to measure markers (Blood, Breath, Photos etc.)
App on phone displays results and send the
marker data to the Cloud
Patient experiences
disease symptoms
Patient records the time and severity of the symptoms and
sends the information to the Cloud
Both individual and all marker history and disease symptom records
are used to produce a predictive models which can be queried by the app using marker data. Additionally the model can be used to improve
the measurement algorithm that is in the app.
The app will receive updates to the measurement
algorithm and will also query the predictive model on the
Cloud.
External data for example weather and pollution data can
be included in training the model
Healthcare professionals can monitor individual patients or receive early notification
to expect higher levels of patients seeking medical
treatment
The more the patient uses the systems to measure
markers and report symptoms the better their
health outcomes
Note: Predictive models will be created based on the combination of everyone's data, and also given enough data, models could also be developed based on a particular individuals marker history, effectively creating a personalised model which can be used to assist an
individual in preventive maintenance
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Bluetooth
Bluetooth
Preventative Healthcare Process
Scenario 2: Closed Loop Automation
Increasing industrial process efficiencies through intelligent automation
Scenario• Industrial process that is used in mining, manufacturing, biotech,
agriculture etc.• Uses data from sensors to automate control of systems• Provides early warning and advice• Preventative maintenance to reduce downtime• Iterative improvement of the process by using measurement and analytics
Benefits• Reduced labour cost• Saves energy and materials• Improves quality, accuracy and precision• Increased understanding of process variables
Sensors are added to industrial processes. Sensor telemetry is sent the cloud
As data streams into the cloud decisions can be made that lead to the controlling of industrial
processes and environmental conditions can be adjusted
Environmental conditions can be control, such as air conditioners,
watering etc.j
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Closed Loop Automation Process (Simple)
Data is stored in the cloud and can be used to gain a better understand of the process variables and
develop models that can provide intelligence
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A technician can be called to replace a part before a failure,
ensuring minimal interruption to process operation
Existing data that is acquired using OPC UA can also be sent as telemetry to the
cloud via gateway
Sensors are added to industrial processes. Sensor telemetry is sent the cloud
As data streams into the cloud decisions can be made that lead to the controlling of industrial
processes and environmental conditions can be adjusted
An industrial process can be intelligently controlled and
adjusted based
External data such as the electricity pricing service or weather service can also be used to help make decisions.
Environmental conditions can be control, such as air conditioners,
energy source selection, watering etc.oj
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Closed Loop Automation Process (Complex)
Data is stored in the cloud and can be used to gain a better understand of the process variables and
develop models that can provide intelligence
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Solution Architecture
Bluetooth Smart, 6LoWPAN, ZigBee - www.azuresensortag.net Wi-Fi - www.azurelaunchpad.net