This post is the eighth in a series describing our automation efforts for provisioning Windows 10 IoT Core on a Raspberry Pi. To recap, KiZAN has a lab of 26 Raspberry Pi 2 boards running Windows 10 IoT Core. On a regular basis, we need to re-flash, provision and configure the boards. When we perform the re-flash and provisioning process, it is manual and consumes more time than we want to spend (up to 2 days). In this post, you'll learn how to enable IoT remote server in Windows 10 IoT Core with PowerShell.

This post is the seventh in a series describing our automation efforts for provisioning Windows 10 IoT Core on a Raspberry Pi. To recap, KiZAN has a lab of 26 Raspberry Pi 2 boards running Windows 10 IoT Core. On a regular basis, we need to re-flash, provision and configure the boards. When we perform the re-flash and provisioning process, it is manual and consumes more time than we want to spend (up to 2 days). In this post, you'll learn how to disable SoftAP in Windows 10 IoT Core with PowerShell.

This post is the sixth in a series describing our automation efforts for provisioning Windows 10 IoT Core on a Raspberry Pi. To recap, KiZAN has a lab of 26 Raspberry Pi 2 boards running Windows 10 IoT Core. On a regular basis, we need to re-flash, provision and configure the boards. When we perform the re-flash and provisioning process, it is manual and consumes more time than we want to spend (up to 2 days). In this post, you'll learn how to set the time zone in Windows 10 IoT Core with PowerShell.

This post is the fifth in a series describing our automation efforts for provisioning Windows 10 IoT Core on a Raspberry Pi. To recap, KiZAN has a lab of 26 Raspberry Pi 2 boards running Windows 10 IoT Core. On a regular basis, we need to re-flash, provision and configure the boards. When we perform the re-flash and provisioning process, it is manual and consumes more time than we want to spend (up to 2 days). In this post, you'll learn how to set the screen resolution in Windows 10 IoT Core with PowerShell.

This post is the fourth in a series describing our automation efforts for provisioning Windows 10 IoT core on a Raspberry Pi. To recap, KiZAN has a lab of 26 Raspberry Pi 2 boards running Windows 10 IoT core. On a regular basis, we need to re-flash, provision and configure the boards. When we perform the re-flash and provisioning process, it is manual and consumes more time than we want to spend (up to 2 days). In this post, you'll learn how to use PowerShell for Disabling Windows Update on Windows 10 IoT Core.

Posts in this series:

• How to Find the IP Address of a Windows 10 IoT Core Device after Initial Flash with PowerShell
• Renaming a Windows 10 IoT Core device via PowerShell 
• Installing WiFi drivers in Windows 10 IoT Core with PowerShell 
• Disabling Windows Update in Windows 10 IoT Core with PowerShell (this post)

This post is the third in a series describing our automation efforts for provisioning Windows 10 IoT core on a Raspberry Pi. To recap, KiZAN has a lab of 26 Raspberry Pi 2 boards running Windows 10 IoT core. On a regular basis, we need to re-flash, provision and configure the boards. When we perform the re-flash and provisioning process, it is manual and consumes more time than we want to spend (up to 2 days). In this post, you'll learn how to use PowerShell to remotely install WiFi drivers on a Windows 10 IoT core device.

This post is the second of a series of posts describing our automation efforts for provisioning Windows 10 IoT core on a Raspberry Pi. (Click here to read the first post)

To recap, KiZAN has a lab of 26 Raspberry Pi 2 boards running Windows 10 IoT core. On a regular basis, we need to re-flash, provision and configure the boards. When we perform the re-flash and provisioning process, it is manual and consumes more time than we want to spend (up to 2 days). In our first post, you learned how to find the IP address of a Windows 10 IoT core device after the initial flash. The second step in our automation journey is automatically renaming a device. In this post, you'll learn how to use PowerShell to rename a Windows 10 IoT Core Device after its initial flash.

KiZAN has a lab of 26 Raspberry Pi 2 boards running Windows 10 IoT core. On a regular basis, we need to re-flash, provision, and configure the boards. When we perform the re-flash and provisioning process, it is manual, and consumes more time than we want to spend (up to 2 days).  Truth be told, we don't have 2 days of free time, so we decided to invest in automation.

Once the entire re-flash and provisioning process was automated, we hoped to reduce the time spent to under 2 hours. Yeah, from 2 days to 2 hours. You do the math. This post is one of a series of posts describing our automation efforts for provisioning Windows 10 IoT Core on the Raspberry Pi 2. 

In this post, you'll learn how to find the IP address of a Windows 10 IoT Core device after initial flash with PowerShell.

 

Microsoft has embraced the “Internet of Things”, IoT for short, with two services offered by Microsoft Azure: Azure IoT Suite and Azure IoT Hubs.

The Azure IoT Suite is set of pre-assembled Azure Services which help you quickly get started with pre-configured IoT solutions such as predictive maintenance and remote monitoring.  With these pre-configured solutions, you can quickly connect your “things” to Azure and easily have access to all of the rich services that Azure provides, without the time it takes to configure each specific service.