Here’s a quick update on an option I missed in my previous post about how to customise the Start Menu and Taskbar for new Windows 10 1607/1703 installs. Update 2017-05-02: This also works with Windows 10 1703 (Creators Update) The method that I used in my previous post would not be suitable for other environments where you would still want users to have some control over apps that were pinned to the Start Menu.

Probably the most important thing about troubleshooting anything is having the data on the process. Troubleshooting Task Sequences in Microsoft Deployment Toolkit can be tricky, and has, in the past stumped me for days because I didn’t have, or couldn’t find the right data on what was going wrong. Luckily MDT does have logs - lots of them! During a task sequence they’re kept on the client and by default they’re deleted when the deployment finishes, even if it’s unsuccessful.

This week I’ve gone pretty deep down the rabbit hole of automating the Start Menu and Taskbar layouts during an MDT Task Sequence. Update 2017-05-02 This also works with Windows 10 1703 (Creators Update) As every device I’m deploying will have the same customisation I wanted to automate it during the build or deploy Task Sequence, rather than applying it via domain Group Policy to reduce limited network bandwidth, keep Group Policy as light as possible and reduce login times as much as possible.

Continuing on from my previous post (Building a Windows 10 1607 Reference Image with Microsoft Deployment Toolkit 8443) I’ll be continuing my series of deploying Windows 10 1607 with Microsoft Deployment Toolkit build 8443. In this post we’ll be building a task sequence to deploy the reference image created previously and we’ll also be tackling domain joining, drivers, and post-imaging tasks. Update 02/05/2017: Please note that this post is also relevant to Windows 10 1703 (Creators Update) with a few minor changes, which I’ve posted about here.

Following on from my previous post (Getting Started With Microsoft Deployment Toolkit 8443 and Windows 10 1607), I’ll be continuing my series of deploying Windows 10 with Microsoft Deployment Toolkit. Update 2017-05-02: Please note that this post is also relevant to Windows 10 1703 (Creators Update) with a few minor changes, which I’ve posted about here. In this post I’ll be building a task sequence to create a reference image that would be suitable for a real world deployment on new devices or performing a ‘wipe and load’ on existing devices.

I thought about trying to find a better name for this post and this issue, but this is all I could come up with. Update 2017-10-16: A few people have contacted me and made me aware that doing the reg hack below can prevent users from using Microsoft Office Clipart, so you should be aware of that before proceeding. Additionally, I’ve found that with Windows 10 1703 (Creators Update), allowing access to http://www.

Update 2018-04-28: I’ve completely re-written and updated this post with new information for Windows Server 2016 here. When installing PXE (pronounced “pixie”) booting for use with Microsoft Deployment Toolkit there are a few things to consider. There’s not much to installing WDS and configure PXE booting for MDT on a flat network, but if you have a larger network with VLANs there is some additional configuration needed. I’ll be covering the flat network configuration here and will post about the additional configuration needed for a larger network at a later date.

For this post the demo network consists of an Active Directory Domain Controller (DC01), a WSUS server (WSUS01) - here’s a previous post on installing WSUS, a server that will have Microsoft Deployment Toolkit installed (WDS01) and a blank Hyper-V Virtual Machine for creating the reference image. Update 2017-05-02: Please note that this post is also relevant to building Windows 10 1703 (Creators Update) images. I’ve posted about the differences here.