In an enterprise environment, applications are often deployed via configuration management tools like Intune, SCCM (MECM), or similar. These installations typically occur in the system context because end users lack administrative privileges. As a result, user-specific registry keys under the HKEY_CURRENT_USER (HKCU) hive are not applied during the installation process.

PowerShell scripts are an effective tool for automating tasks, but with great power comes a need for security.

Software applications often require certain components, like runtime environments, databases, or other software to run properly. It’s important to make sure the right versions of these components are installed before the main application runs.

Ensuring the security and integrity of software applications is a key part of modern digital safety practices. Digitally signing an MSI file from the command line is a straightforward process that enhances the security and trustworthiness of your application.

Hello again! Let's dive into the next installment of our series where we simplify your workload using PowerShell and Intune.

Welcome back to our series on automating Intune operations with PowerShell. Each article is here to make your day-to-day tasks easier and boost your toolkit with powerful scripting capabilities.

Welcome back to our series on automating Intune operations with PowerShell. If you've been following along, you know we've covered quite a bit— from the basics of setting up and authenticating with the AZ Module, to retrieving and managing Win32 applications, and diving into application assignments.

When developing software or creating a software package for internal use, self-signed certificates can be really handy.

Today's increased demand for efficiency in IT necessitates knowledge of how to speed up workflow using powerful tools such as PowerShell and Intune.

In this article, we will: Have a look over the AZ module, Understand how authentication with Azure works, Explore Microsoft Graph and Microsoft.Graph.Authentication module and Learn how to put all of this together to get the list of Win32 applications from Intune via PowerShell.

In PowerShell scripting, ensuring scripts continue after a reboot can be challenging, especially when managing configurations or updates that require a system restart. There are two primary strategies for local and remote execution environments to address this issue.

It is important to ensure that your Windows operating system is kept up to date in this age of technology. It is a matter that leads us to Microsoft Update Standalone Packages (MSU files), an essential element in the updating process of Windows.

PowerShell App Deployment Toolkit (PSADT) is the go-to solution for enterprises aiming to standardize their software deployment process.

In our previous article, we discussed how to create Web, Offline & Enterprise MSI within the same Advanced Installer project.

In today's technology-driven workplace, deploying Win32 applications efficiently and securely is a critical challenge for IT departments.

Installing MSI packages through PowerShell is a widely known technique that simplifies the deployment of software across multiple systems, especially for system administrators and IT professionals.

Running Python scripts from PowerShell is a powerful way to integrate Python's capabilities into a Windows environment. Before diving into how to execute a Python script from PowerShell, it's important to ensure Python is installed on your Windows machine.

Hey there, IT folks! I have some exciting news to share with you about Microsoft Intune Enterprise App Management. This addition to the Intune Suite is set to launch in February 2024, and it's going to revolutionize the way we handle third-party applications.

Ever faced the puzzle of deploying an application silently via Intune in a system context, but also needing to communicate with the user? You're not alone!

Software deployment is a crucial process in the world of IT and software management. It refers to the activities and procedures involved in making software applications available for installation and use on various computer systems within an organization or for end-users. This process ensures that software programs, updates, patches, or new applications are correctly and efficiently delivered to target devices or systems.