But what you can clearly see is that the installation takes place outside of the ESP. the targeted type 2 is probably the same as the install behavior and therefore an installation in the system context. But you can guess what the values mean e.g. An exact translation of what the other individual values mean I have unfortunately not found. The number 3 does for example mean required installation (1 = Available, 4 = Uninstall). In this request you see several information’s, some of them are transmitted as numbers. App DownloadĪfter all checks were successful, the content is now downloaded.įor this a content request is prepared for sending to Intune. There are two steps one is the applicability check the upper definitions and the second step is the check of the extended requirements this are the mentioned custom checks. This check is configured during the app creation in Intune.Īlso here are all checks passed in my case. Addition to that there are also the possibility to write a PowerShell script for the detection. This can be a registry key or the existence of a file or an MSI product code. The detection check is to check if the app is already installed on the system or not. The first is a detection if the app is already installed and the second is if the app is applicable for this system this means does the system full fill the requirements of the app. Search for the line -> Processing app… from here the actual processing of the app starts Installation checksīefore the installation can start, two checks are made. In the meta data are all kinds of information that are needed for the pre and post checks of the app installation like the detection rule, requirement rules or the different commands. The previously received token is used for authentication. Next, the current proxy server is checked and a request is sent to the proxy to get the content meta data. The method GetTokenSilentlyAsync is used to request the token. This token will be requested using the service URL. The IME needs an AAD token for the authentication. But now I want to explain how the local app installation process works: Get Token How you can create such a file and how you can create a new Win32 app in Intune I describe in the this blog post. To deploy a app via Intune you have to create a Intune.win file. How does a Application installation works You can find this script in my Git H ub repo. Also I wrote a script which helps you to change the log level. How this works I have already explained in deep in this blog. Sensor.log: Logging of subscribed events How can I change the log level of the IME IntuneManagementExtension.log: Logfile for installations of IntuneWin applications You can find the logfiles in the following folder C:\ProgramData\Microsoft\IntuneManagementExtension\LogsĪgentExecution.log: Logfile for troubleshooting of PowerShell or Proactive Remediation scrips.ĬlientHealth.log: Write health events related to the IME and also remediation action In this value you can specify the time in seconds. The IME syncs per default ever 60 min but you can change the time if you create an registry value Interval in MKLM\SOFTWARE\Microsoft\IntuneManagementExtension\Settings. Additional the IME checks and reports the compliance state of your device. The IME allows to install applications on managed systems or to execute e.g. The Intune Management Extension is a complement to the out of the box windows management functions like the omadmclient. So let’s get started! What is the Intune Management Extension In this blog, I’d like to go into more detail and take a look behind the scenes to explain how the IME works and what you should know about it. The IME is a powerful tool that help you to manage your devices. There’s no worrying about acquiring and deploying new hardware on site.If you’ve been following my blog, you know that I mention the Intune Management Extension (IME) in several of them. With Microsoft Intune you get a flexible subscription model that can grow and adjust with your organization providing immense business agility. Furthermore, with upgrade rights to all current and future versions of Windows, IT can standardize their PC environment, further simplifying management and support. Intune's management portal allows us to manage updates and endpoint protection, deploys software, provides remote assistance, and tracks asset inventory to PCs nearly anywhere. It provides your employees with access to corporate applications, data, and resources from virtually anywhere on almost any device, while at the same time helping to keep corporate information secure. Microsoft Intune is a web-based platform that enables centralized management and security of your desktop & mobile devices. Harness the power of Microsoft Intune with our help for remote administration of your organization’s PCs and mobile devices.
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