fast track your iot development

© 2015 Wind River. All Rights Reserved.

Fast Track Your IoT Development Kamal Desai, Wind River Dreamforce 2015

2 © 2015 Wind River. All Rights Reserved.

Agenda

§  Generating Device Data §  Sending Device Data to the Cloud

§  Extracting Data from the Cloud


DEVICES NETWORKS CLOUDS

© 2015 Wind River. All Rights Reserved. 3

ERP

CRM

SERVICE CLOUD

MARKETING CLOUD

GATEWAYS

CUSTOMER PREMISES

BUSINESS INTELLIGENCE

IoT: Secure Edge-to-Enterprise and Back Again

ON-PREMISES CLOUD

CONNECTED ASSETS


IoT End-to-End Architecture

Gateway Device

(Sensor)

Cloud (Data Hosting)

Custom HTML


IoT: Device Data to Cloud

§  Wind River Helix Device Cloud –  Wind River Linux + Wind River Intelligent Device Platform + Device Cloud agent

§  Wind River Linux –  Open source, Yocto Project Compatible

§  Intelligent Device Platform –  Middleware for security, connectivity, manageability

§  Device Cloud –  Edge management service –  Agent enabling cloud connectivity to facilitate data capture, rules-based data analysis and

response, configuration, file transfer, etc.

Cloud


Helix Lab Cloud Overview Access, Automation, and Collaboration for teams developing IoT systems

§  Provision, manage, and run all of your team’s development assets in the cloud: §  Virtual Boards §  Trace §  Scripts §  Configurations for System of Systems

§  Automate debugging and testing. Inject faults to stress end-to-end IoT systems.

§  Checkpoints: Share system state between sites, teams, customers, and ecosystems.

Lab Cloud App Cloud


Device Cloud

APP


Helix App Cloud Overview Customize deployed devices and manage the entire IoT Lifecycle

§ Customize deployed devices over time to adapt or extract more value based on data insights

§ Move applications across various devices and deploy them easily

§ Complex platform requirements are abstracted in the form of an SDK

§ App Cloud also eliminates the need for proximity to physical devices


Lab Cloud App Cloud Device Cloud

APP


Helix Device Cloud Overview Closed-loop device manageability from provisioning to EOL

§  Dynamically manage device capabilities throughout the product lifecycle from secure provisioning to post deployment updates, recovery, and device decommissioning

§  Monitor device health to accurately predict maintenance schedules to in order to prevent downtime

§  Close the “last inch” - facilitate data collection from the device, analyze the data and send commands back to the device based on analysis

§  Yield actionable insights to drive business decisions


Lab Cloud App Cloud Device Cloud

APP


Salesforce Integration

§  Polling model from Salesforce §  Models defined in Salesforce

§  Run on Heroku –  Code in Scala

§  Heroku –  Reads JSON from Axeda –  Transforms data and sends to Salesforce

Cloud (Data Hosting)


Salesforce Objects


Heroku App

§  Generic bridge Heroku app (written in Scala) –  Polls cloud service for new data, then sends to Salesforce

§  User sets up a connection to both cloud and Salesforce §  Application’s configuration defined by a user-friendly dashboard


Summary

§  Think end-to-end –  Device configuration –  Device to cloud –  Cloud to Salesforce integration

developer.salesforce.com/trailhead


Appendix


Heroku Internals

§  Install the Heroku toolbelt.

§  Log in to Heroku account. $ heroku login

§  Clone the repository. $ heroku git:clone -a wrpoc1-axeda $ cd wrpoc1-axeda

§  Deploy your changes. $ git add . $ git commit -am “added temperature” $ git push heroku master

fast track your iot development

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