However, the idea behind the Linux on Windows capability in Azure IoT Edge, called "EFLOW" by Microsoft, is to address customer IT expertise needs. Organizations could just run Linux as the host OS directly. Microsoft adopted Azure IoT Edge to run Linux modules largely because of their traction in the marketplace, explained Terry Warwick, senior program manager on the Windows IoT team, in a Microsoft-produced IoT Show video. The ability to run Linux virtual machines on Azure IoT Edge happens because Microsoft is using its own Linux variant in Azure IoT Edge called " CBL-Mariner." Microsoft has other Linux solutions, too, which are used for things like Windows Subsystem for Linux (built into Windows 10), SONiC and Azure Sphere OS. ![]() Now, with the preview, they can now just deploy Linux in Azure IoT Edge as a virtual machine or module. ![]() Typically, organizations would have to set up a Linux server in such scenarios. The example offered by Microsoft is a camera surveillance system that gets augmented using machine learning via a Linux module. What Microsoft now offers in preview form is the ability to run Linux containers with the Azure IoT Edge service. Microsoft uses the term "module" to refer to these Docker containers in Azure IoT Edge. ![]() The open source Azure IoT Edge solution, offered as part of the Azure IoT Hub service, is Microsoft's offering for deploying Docker containers that run Azure services or "third-party" services to address such device traffic. The edge device concept is a way to bring compute and storage closer to Internet of Things (IoT) devices out in the field. Microsoft this week announced a preview of Azure IoT Edge for Linux on Windows, which lets organizations tap Linux virtual machine processes that also work with Windows- and Azure-based processes and services.
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