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Systems | Fueling future disruptions Research Faculty Summit 2018

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  • Systems | Fueling future disruptions

    ResearchFaculty Summit 2018

  • Making Edge Computing Real—Opportunities and Challenges

    Arjmand SamuelPrincipal Program Manager, Azure IoT

  • IoT Application pattern

    Things Insights ActionsCloud

    Gateway

  • IoT Application pattern + Edge

    Things Insights ActionsCloud

    Gateway

  • IoT in the Cloud and on the Edge

    IoT in the Cloud Remote monitoring and managementMerging remote data from multiple IoT devices Infinite compute and storage to train machine learning and other advanced AI tools

    IoT on the EdgeOffline operationsPrivacy of data and protection of IPPre-process data On-Prem, e.g., video streamsNear real-time response, e.g. low latency control loopsProtocol translation & data normalization

    Consistency

  • Fluid load

    Pump position

    Downhole

    Surface

  • Well site

    SMS/email alert

    Supervision site

  • Well site Azure IoT Edge

    Replaying pump readings

  • Azure IoT Edge

    BaseStation

    AI

    Azure IoT Edge

    DJI

    AIDJIDJI Win SDK

  • Azure IoT Hub

    CustomCode(video collection)

    IoT EdgeDevice(Drone)

    Azure Container Registry

    Deployment Manifest

    DockerContainer

    Drone Video Camera

    Custom Code(local display)

    DockerContainer

    Azure Cognitive Services(Custom Vision)

    DockerContainer

  • Secure

    Cloud managed

    Cross-platform

    Portable

    Extensible

    Design principles

  • OPEN SECURE INTELLIGENT ENTERPRISE READY

    Key Features

  • Edge computing research challenges • Scale

    • Deploying a fleet of Edge devices with zero touch • Managing a fleet of Edge devices centrally • Adapting Edge workloads based on constraints (HW, cost, network, etc.)

    • Security • Moving cloud workloads to on-prem Edge devices requires new security models • Securing not just the device, but also data, with provenance • Security models for a highly distributed occasionally connected devices

    • Operations • High availability with low cost devices • Multi-vendor, multi-purpose devices – how to control and manage • Diverse hardware architectures, OSes, operating conditions

  • Finally…

    • Deploy Azure services to Azure IoT Edge devices• Deploy your own code in language of your choice• Manage Azure IoT Edge and downstream devices• Do all of this securely, in a scalable fashion from the Azure IoT Hub

    Azure IoT Edge is free and open sourcegithub.com/azure/iotedge

  • Thank you!

  • Research�Faculty Summit 2018Making Edge Computing Real—Opportunities and ChallengesIoT Application patternIoT Application pattern + EdgeIoT in the Cloud and on the EdgeEdge in action – Low latency control loops based on machine intelligence�Slide Number 7Today’s SCADA solutionIoT Edge and ML in actionEdge in action - Real-time artificial intelligence on the Edge �Many use cases for drones with local Computer Vision capabilitiesPush AI workloads to any DJI drones with IoT EdgeAzure IoT Edge Deployment�Cognitive Services Vision Design principlesEnabling the intelligent edge spectrumAzure IoT EdgeEdge computing research challenges Finally…Slide Number 19Slide Number 20