Introducing OSIsoft Open Edge Module...the Open Source Platform for the Internet of Things

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Introducing Fog Computing“An architecture that uses one or more collaborative end-user clients or near-user edge devices to carry out a substantial amount of storage, communication, control, configuration, measurement and management.”https://en.wikipedia.org/wiki/Fog_computing

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Introducing Fog Computing“A decentralized computing infrastructure in which data, compute, storage and applications are distributed in the most logical, efficient place between the data source and the cloud.”http://internetofthingsagenda.techtarget.com/definition/fog-computing-fogging

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Issues for Data in IoT, IIoT and Fog Computing

• Connectivity• Intermittent networks• Network windows• Low bandwidth

• Security• Authentication (single/dual)• Encryption (at rest and in motion)• Attestation

• Operating Environment• Temperatures• Dust, water, humidity, acidity• Power sources

• Capital expenditure and Operating Costs

• Latency / Response Time• Predictable response time• Minimal or no network latency

• Data Quantity• Millions or billions of sensors• Billions or trillions of data points

• Data Quality• Errors and malfunctions• False positives/negatives

• Compatibility and Fragmentation• Multiple and non interoperable

stacks, platforms, frameworks

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What If...

… you can use the same platform for server development and deployment on any layer, managing and consuming your data where is needed?

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What If...

… you can use the same platform for server development and deployment on any layer, managing and consuming your data where is needed?

… you can bring the advantages of Cloud Computing at any layer of IoT and IIoT?

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Introducing the Open Edge Module

The Open Edge Module is a platform for the Internet of Things and an

essential component in Fog Computing.

It uses a modular microservices architecture including sensor data

collection, storage, processing and forwarding to historians, Enterprise

systems and Cloud-based services.

The Open Edge Module can run in highly available, stand alone,

unattended environments that assume unreliable network connectivity.

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Introducing the Open Edge Module

N

S

W

E

Edge

Fog

Cloud

Cloud-to-Cloud

Edge-to-Edge

Edge-to-Fog Edge-to-Fog

Fog-to-Fog

Fog-to-Cloud

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Use Cases - Smart Fleets

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Use Cases - Data Centres Monitoring

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Open Edge Module Architecture

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Nomenclature

North

South

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Micro-Services Architecture

• The module is more modules• It is a number Micro-services• Co-operate to provide the Open Edge Service• Micro-services allow

• Distribution• Scale-out/Scale-up• Resilience• Best language/deployment choices

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Core Micro-Service

• Centre of the Open Edge universe• Provides REST API• Provides system level management

• Schedules activity

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Southbound Interface

• Traffic to/from actuators & sensors• Multiple device interfaces• Many different protocols• Push mode v’s Pull mode devices

• Southbound micro-service plugin infrastructure• Multiple southbound micro-services

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• Hides protocol, push/pull mode details• Moves sensor data to buffer storage• Pushes updates/management requests to

devices

Southbound Micro-Service

SensorReadings

ManagementRequests

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Northbound Interface

• Path to the cloud/analytics

system

• Drains buffered sensor readings

• Transforms to analytics store

• Manages connectivity &

bandwidth

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Storage Micro-Service

• Persists local configuration data

• Buffers sensor data

• Buffers management requests

• Plugin storage interfaces

• Configuration data in tabular store

• Sensor data in time series store

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Open Edge Module Security

● Pluggable authentication

● Central certificate

management

● Protocol specific encryption

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Application Interfaces

• Applications access buffered data

• Perform analysis at the edge

• Data accessible via REST API

• IN/OUT Communicator mimics traditional

data stores

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Open Edge Module Management

• Millions to Billions of nodes• Really don’t want to manage these• Must run unattended

• Provision Centrally• Manage configuration changes centrally• Update centrally

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Unattended Updates/Upgrades

Private Snap Store

snap refreshFogLAMP Update

App A(current)

App B(current)

App C(current)

foglamp 26

foglamp 27

foglamp 28(current)

foglamp 29(new)

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Demo

Texas InstrumentsCC2650 SensorTag

Raspberry PiRunning the

Open Edge ModuleCoAP protocolBluetooth

OMF Northbound

HistorianPI System by OSIsoft

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Demo

Raspberry PiRunning the

Storage and Core microservices

HTTP Open Edge Module protocol WLAN

OMF Northbound

HistorianPI System by OSIsoft

DHT22 withSouthbound nanoservice

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Where is the Open Edge Module?

GitHub: https://github.com/foglamp/FogLAMP

ReadTheDocs: http://foglamp.readthedocs.io

...and we will be on snapcraft, IRC and Slack soon.