Robopack is an innovative product aimed at simplifying application deployment and updates within Microsoft Intune. It enhances management through features like Instant App Deploys, Custom App Settings, and Robopatch for effective patching. The platform promises to streamline the application lifecycle, making it easier for Intune administrators to manage and update apps effortlessly.
The post discusses the author’s experience with Intune Remediations, highlighting the importance of well-crafted remediation scripts and thorough logging. Key topics include proper script writing, local log reviews, and log monitoring within the Intune Console. The author emphasizes an iterative testing approach to enhance script efficacy and reduce troubleshooting efforts.
The transition to Windows 11 has led to Wi-Fi connectivity issues for customers mainly due to outdated authentication methods. This article outlines solutions using modern technologies like Microsoft Intune and NPS, suggesting a shift from legacy protocols to certificate-based authentication for improved network security and access management.
The article discusses Windows 11 Kiosks, focusing on Shell Launcher and Restricted User Experience. It explains how to build and deploy XML configurations for both features using Microsoft Intune. Shell Launcher allows custom UIs, while Restricted User Experience manages multiple apps in a kiosk-like environment. The content highlights practical applications and deployment tips.
This article discusses Windows 11’s Assigned Access feature for kiosk management. It outlines various kiosk types, such as Assigned Access and Shell Launcher, along with their deployment via XML in Intune. The article emphasizes the advantages of Assigned Access and the user experience it offers.
The article discusses enhancing the efficiency of computer renaming within Intune through new scripts, as existing methods are slow and cumbersome. It details challenges with naming conventions, particularly for hybrid-joined devices, and presents detection and remediation scripts for improving the renaming process and ensuring compliance.
Today we discuss Microsoft’s Intune Device Query, detailing its functionality and requirements. It introduces Kusto Query Language (KQL), explaining its purpose in data querying. Key components of KQL like table operators, scalar operators, and aggregation functions are highlighted. Limitations of Device Query and suggestions for improvement are also mentioned.
The new Intune Device Inventory feature aims to enhance analytical insights into devices, addressing critical questions about device specifications and support. Key components include the Microsoft Device Inventory Agent and the creation of a Properties Catalog Profile. While promising, the feature requires further development to fully integrate with dynamic groups and Microsoft Copilot.
Microsoft Connected Cache (MCC) is a new caching solution designed to enhance software deployment efficiency within enterprise networks. It allows devices to access cached content, reducing reliance on external sources. The system features straightforward deployment requirements and robust monitoring metrics to track performance, making it a valuable tool for Intune admins facing network challenges.
This week, the focus shifts to Windows Sudo, which allows local admins to elevate commands without full admin access. The content discusses how Windows Console functions, the workings of Windows Sudo, and its code structure. Future discussions will delve deeper into its operation and monitoring through Process Monitor.
