Microsoft Intune Reviews

Our primary use case of Microsoft Intune was initially to provide a more cohesive update platform. Our organization was trying to move away from SCCM as far as updating our device platforms across Windows devices. We chose Intune because it had a simplified way to configure Windows Update, view reports, and manage devices for updates. We expanded its use for configurations, moving from a hybrid join scenario to CloudJoin, which offers advantages for hybrid work and on-premise settings.

Everything has worked better since we started using Intune. Our devices use Intune for their authentication SSO process, which is also something that Intune integrates with, so we get fewer SSO prompts for our devices. There's more consistency in the configuration. 

Our configuration profiles used to be all over the place. For example, there's a lot of legacy in Active Directory. Going through Intune has helped us enforce settings, which has improved device security and functionality. When you apply something through Intune, you know it works. You don't have to worry about a legacy setting from Active Directory that was uploaded by somebody seven years ago. With Intune, you can see that a device has a setting, and you can be confident that the device is configured how you want.

Previously, when dealing with COVID-related issues, we had to bring laptops to the office network to resolve problems physically. However, with the introduction of Intune and autopilot, we can now build and manage machines remotely. Intune allows us to upload our operating system and create a tenant, enabling users to enroll and build machines anywhere with an internet connection. This eliminates the need for physical device management and reduces downtime. Additionally, Intune simplifies application management by providing a centralized platform for accessing and deploying applications without requiring multiple servers. Overall, Intune offers significant improvements in device management, flexibility, and efficiency compared to traditional methods.

Currently, we operate Intuneas as a hybrid model. While devices are enrolled in cloud-based Intune, updates are still being deployed from our on-premises SCCM. A complete migration to the cloud will take time, especially for larger organizations with tens or even hundreds of thousands of machines. This transition is hindered by legacy applications that are incompatible with Intune. To facilitate a smooth migration, Microsoft must either enable the use of these legacy applications within Intune or provide equivalent cloud-based alternatives.

Historically, application management involved installing software on users' machines. However, many organizations now utilize software-as-a-service models that are accessible through web portals like Intune. We also employ App-V to virtualize legacy applications, allowing access to any physical or virtual machine. Our current methods include direct endpoint installation, SCCM deployment, and App-V server hosting applications. We introduced App-V as a virtual application platform to address challenges like developer environment inconsistencies and license costs. By centralizing applications and implementing a first-come, first-served licensing model, App-V reduces costs, improves accessibility, and simplifies management.

Intune consolidates our endpoint and security management tools into a single, user-friendly platform. It seamlessly integrates existing on-premises policies, allowing for easy creation or upload. Organizations migrating to Intune or replacing on-premises Active Directory can effortlessly establish new policies. Unlike the complexities of on-premises management, Intune simplifies policy creation and implementation through a click-based interface, eliminating registry changes. Additionally, Intune's cloud-based architecture ensures consistent policy application across devices, avoiding the delays and potential bandwidth issues associated with on-premises servers. Microsoft's robust infrastructure provides reliable performance, making Intune an efficient and effective solution for managing endpoints and security.

Intune users appreciate its flexibility compared to traditional on-premises Active Directory systems. For instance, with on-premises AD, policy implementation requires the user to be physically present in the office. In contrast, Intune enables remote policy management, as demonstrated by the scenario where a user's account is locked on an Intune-managed laptop. Even if the user cannot log in to the device, unlocking the account in Azure AD automatically unlocks it on the laptop, regardless of location. This significantly improved over previous methods involving complex workarounds like sharing local profile passwords. Intune's integration with Azure AD simplifies account management and provides seamless access for remote users.

We manage multiple users who use Azure AD and Azure VDI machines but often prefer using the VDI machines over their laptops. To address this, we proactively contact users whose laptops haven't reported to Intune in 20-30 days, informing them of potential removal and providing additional notifications through tools like Nexting or SysTrack. We also send emails to users whose assigned machines are inactive, warning of removal if usage doesn't resume within 30 days. Additionally, we monitor machine downtime, login times, and compliance status while pushing necessary policies and updates. Our organization utilizes a hybrid model combining Intune for machine management and BitLocker encryption with SCCM for software updates due to the ongoing migration from on-premises to cloud-based solutions. While Intune enrollment and management are in place, we anticipate a full transition to Intune in the future.

We are using Intune Suites Cloud PKI to assign certificates to users. Previously, we managed Microsoft certificates on a hosted server. This process was manual. However, Intune now automates certificate management. Once a machine connects to Intune and authenticates, the necessary certificates are pushed without manual intervention. VPN login requires both a user and device certificate for compliance. Intune offers certificate management from both Microsoft and third-party vendors. Due to cost considerations, we are transitioning to a different certificate provider within our organization.

We have implemented Copilot in Microsoft Teams and Zoom to improve meeting efficiency significantly. Copilot automatically generates meeting minutes, including attendee lists, saving valuable time compared to manual creation. Additionally, it provides real-time meeting summaries, allowing latecomers to grasp discussed topics quickly. By automating these tasks, Copilot frees up approximately half an hour per meeting, enabling us to focus on more productive activities.

For IT and security operations, our company has implemented Copilot by hosting all ChatGPT features on-premises. As a financial company, we cannot access external AI tools directly. Therefore, our system interacts with our server rather than the Internet, allowing us to utilize ChatGPT capabilities based on our specific business needs.

Intune has significantly improved our device management process. Previously, we had to physically build machines on-site, requiring users to come to the office. Now, we can remotely push updates and assist users from anywhere, saving them time and eliminating the need for travel. Additionally, Intune's dashboard provides comprehensive insights into our device fleet, including compliance status, update failures, and application installations. This centralized view has increased our efficiency and proactivity in addressing issues compared to our previous reliance on SCCM reports.

When enrolling personally owned devices, Intune applies organizational-level settings. This prevents downloads to local machines when using Office 365 applications or Teams. We can restrict downloads to specific containers that cannot be copied to other folders. Alternatively, we can limit application usage to on-premises or organizational machines. While our current setup allows Office 365 access on handheld devices, downloads and uploads are blocked. Intune offers this level of control, preventing data transfer to or from the device, regardless of whether it's personally owned or a company-issued app.

We are upgrading our privilege management policies to mirror those already existing in our on-premises Active Directory. While we are not making substantive changes, Intune's endpoint privilege management offers significant improvements over our previous approach. By consolidating multiple policies into a few comprehensive ones, we can more effectively restrict user actions based on organizational hierarchy. This streamlined process eliminates the need for extensive group management in Active Directory and saves time overall.

Once implemented, our policies will reduce the attack surface by restricting service access only to users possessing an infrastructure organization certificate, which we have obtained. Additionally, we will enforce IP-level restrictions, preventing access from personal devices or those outside our specified IP ranges. We can implement these restrictions at the IP, device, or certificate level.

Intune has significantly reduced our costs. Previously, we managed multiple servers, but now we rely solely on a CCM server, which will be decommissioned soon. This eliminates the need for on-site server infrastructure, backup systems, dedicated staff, and extensive network support. With Intune, we can host the CCM server in a central location and avoid latency issues associated with multiple servers across different regions. Additionally, expanding to new offices no longer requires building additional data centers. Intune's cloud-based platform allows remote access from any location without needing on-premises infrastructure. As a result, many organizations, especially smaller ones, are adopting cloud-based solutions and eliminating the need for physical servers and laptops. Employees can leverage their own devices to access applications through Intune, further reducing costs and increasing flexibility.

We can primarily manage security posture through Intune. However, due to pricing, we will likely use a third-party solution for device certificates. Interestingly, Microsoft seems to be introducing third-party vendor options within their portal. Ultimately, the security team will evaluate all options, including Intune, considering factors like policies, pros, cons, and pricing before deciding.

Intune Suite's integration with Microsoft 365 and Microsoft Security provides robust capabilities for centrally managing both cloud and co-managed devices. Previously, managing Exchange, Active Directory, and applications required separate teams, but Intune has streamlined this process, enabling efficient management of all mailboxes across devices from a single platform. It's incredibly easy to manage, allowing for remote administration and policy creation. Unlike the previous process of manually creating and testing Group Policy updates, Intune simplifies policy creation and testing with just a few clicks. Additionally, Intune eliminates the challenges of server-based upgrades by providing centralized management and control.

We are currently utilizing multiple security solutions, leading to a complex environment. Due to cost considerations, we are transitioning from Microsoft's device certificate to a solution from a different vendor. Additionally, we are integrating this new solution with Intune and have replaced Jamf to manage our MacBook fleet. This change eliminates Jamf license costs while allowing us to manage Mac devices through Intune centrally. Similar to our previous use of Jamf, we incurred costs in a previous company but have successfully eliminated them by consolidating management within Intune. Furthermore, we are exploring Microsoft's evolving Office 365 licensing options. The latest E5 license offers integrated phone capabilities, replacing the need for separate devices like Cisco or Avaya phones. This consolidation allows users to make domestic and international calls through Microsoft Teams directly.

Currently, we use Intune for endpoint security and deployments. We're migrating from SCCM to Intune cloud-first technology. We use it to deploy applications, CSPs, and conditional access.

Previously, we used on-prem SCCM to deploy applications we built manually. After migrating to Intune, we automated and streamlined the process of deploying applications with Autopilot. I can do more with my day. I can manage more applications and ensure that they're updated without monitoring and manually starting that process all over again.

My director used to say that we need to have cattle, not pets. You need to care for and manage pets, but you only need to feed cattle and put them out to pasture. Once you deploy it, you just let them out to pasture, and they update themselves. It's streamlined and so easy.

Microsoft Intune is primarily used for mobile device management (MDM) and mobile application management (MAM) to secure and manage corporate devices, applications, and data.

Microsoft Intune has proven to be highly effective in managing Windows, macOS, iOS, and Android devices. From inventory control and application management to security and compliance, Intune streamlines IT operations, significantly reducing management time. This efficiency allows IT staff to focus more on providing care and support to end users.

Microsoft Intune has significantly enhanced our organization's IT operations by streamlining device management, strengthening security, and improving overall efficiency. Key improvements include:

•  Simplified Device Management: Centralized control over Windows, macOS, iOS, and Android devices, reducing manual configurations and deployment time.

•  Enhanced Security & Compliance: Automated enforcement of security policies, including encryption, access controls, and compliance monitoring, ensuring data protection and regulatory adherence.

•  Improved Application Management: Seamless deployment and management of business-critical applications, reducing downtime and improving user experience.

•  Efficient Remote Work Support: Secure access to corporate resources for remote and hybrid employees, enabling productivity while maintaining security.

•  Reduced IT Workload: Automation of routine tasks, such as software updates and policy enforcement, allowing IT staff to focus on higher-value initiatives and user support.

We primarily use Microsoft Intune for managing laptops, cell phones, and mobile devices. We aim to have control over corporate data when it is on personal or company-owned devices. This control is crucial for ensuring data protection, especially when a device is lost or goes missing.

Microsoft Intune helps us avoid issuing everyone company-owned devices. We provide a stipend, allowing users to bring their own devices. This approach gives us leverage against other MSPs. It also enhances collaboration because clients already covered by specific licensing can optimize their usage of Microsoft Intune.

I have worked on multiple projects during these four years and encountered various scenarios with Intune. The major issue I found is Intune's vastness; it has numerous features within a single MDM portal. We can deploy unlimited features from the Intune portal to manage devices and protect the environment. Intune's capabilities are extensive, but there is room for improvement in certain areas, particularly reporting. Intune's reporting functionality is still under development, and we can anticipate further advancements in this area.

I previously worked as a solution engineer and am currently a call center agent in IT. I have worked on all sorts of Intune-related issues, including those related to mobile devices, Windows devices, enrollment processes, and policies. My expertise includes Autopilot, GP enrollment, the enrollment process for Windows, iOS, and mobile devices, as well as configuration profiles for multiple devices and platforms. I have also worked on scripts. As an escalation engineer, I have dealt with a wide variety of user issues.

The primary benefit of implementing Intune is the ability to manage devices, including controlling access, deploying applications, and enforcing restriction policies. As administrators, we gain control over which applications and websites users can access on their devices. Additionally, we can seamlessly deploy applications and configure network settings according to our organization's or client's specific requirements. Intune enables us to manage devices, deploy applications, and enforce policies, ensuring that devices within our environment adhere to our company's standards.

My deployment is primarily cloud-based, but I also have knowledge of hybrid environments. I have limited on-premises experience, having only observed local Active Directory servers. I can configure them theoretically, but I wouldn't consider myself a trained engineer in that area. With hybrid environments, I understand how to implement and integrate the hybrid components with Intune for a seamless and error-free deployment.

We can integrate endpoints directly into Intune, enabling us to access the options on the Intune portal. Intune is a seamless feature that collaborates with various services within the Azure ecosystem, essentially relying on Azure for its functionality. An essential collaboration exists between Azure AD and Intune. Similarly, Defender, another Microsoft service, must be integrated with Intune to remediate threats. In essence, Intune is a unique entity that requires communication with other Azure services. Configuration and connectivity are necessary to achieve this integration. Once integrated, we can access other endpoints directly from the Intune portal.

The user interface is straightforward, and the configuration profiles are easily accessible to the administrator. There are multiple ways to implement a single setting or policy on a device, including the deployment of several policies. A new feature allows for the creation of policy sets that can be deployed to different locations within an organization, streamlining management for administrators across multiple regions. This is a valuable feature that saves time and increases efficiency. Policy sets can be created, and locations can be assigned to them, ensuring that any enrolled device or user within that location receives the predefined policies. Group tags further enhance this process by automatically applying policy sets to devices or users added to specific group tags. Overall, Intune offers numerous features that enhance administrator productivity, including the ability to efficiently manage and track policy deployments.

The enterprise application management feature is excellent. If we've deployed applications using the application management services, we can provide updates directly, eliminating the need to repackage them. With application management, if an application is deployed in a region with multiple devices, those applications automatically update once an update is available. It's one of Intune's best features and was recently integrated. While I need to explore it further, I've previously used it to deploy applications in a region, and any auto-updates from the store were applied seamlessly. This is a significant benefit of Intune.

The PKI process in Intune is excellent, though it can be complex for administrators. Intune's reporting has improved since last year's changes, and removing one PKI component has simplified the troubleshooting log collection. Once correctly configured, this reliable feature allows direct certificate deployment to users and devices, eliminating the need for constant password and user ID entry. Users can seamlessly log in with their certificate across various applications, such as email or VPN profiles, enhancing convenience and security. Overall, Intune's PKI capabilities significantly benefit streamlined authentication and access management.

How we use Copilot depends on the specific needs of the enterprise. For clients with an existing on-premises environment, which typically includes multiple servers and domain controllers, there's often a gradual desire to migrate to the cloud. In these cases, we recommend Copilot, where we can implement an Intune environment and facilitate the gradual transition of devices from SCCM to Intune. These scenarios represent the primary use cases for deploying Copilot for device management, as it offers an optimal solution for managing devices during the on-premises to cloud transition. For remote users unable to access the physical office, device enrollment ensures cloud-based management. In contrast, restricted environments necessitate on-site presence. While VPN offers an interim solution, enabling remote device management through on-premises connectivity, it incurs additional costs. Ultimately, we advocate for cloud adoption as a cost-effective and simplified approach to device management, aligned with the ongoing evolution towards cloud-based solutions.

Intune has significantly improved our organization. Firstly, it allows users to work securely from anywhere, as the device is managed and policies, settings, and restrictions are deployed over the cloud, regardless of the location. Additionally, we can deploy various policies and regulations for security, simplifying device management. From an admin perspective, Intune streamlines device management by allowing us to simultaneously deploy policies to multiple devices. Enrollment is also effortless, as devices can be shipped directly from the vendor to the user and ready for use. This eliminates the previous admin tasks of deploying custom OS images and managing policies via SSCM, ultimately improving productivity.

Intune's ability to secure hybrid work and protect data on company and BYOD devices involves security restriction and conditional access policies. These settings provide significant device security. For instance, we have unconditional access policies and app protection policies. These policies allow us to secure data users might share with other devices or native applications. With conditional access, we can require devices to be managed by Intune before accessing corporate data, ensuring they receive necessary restriction and protection policies to prevent sharing corporate data with unauthorized applications. This significantly enhances corporate data security. While user agents offer data security benefits, Microsoft Defender and Office 365's data loss prevention policies strengthen our overall protection.

Intune has helped save 90 percent of our costs.

The security provided by Intune is excellent. The security policies deployed through Intune significantly enhance device security, encompassing data protection, device restrictions, Wi-Fi settings, and proxy configurations. Additionally, Intune can deploy antivirus software if we have the appropriate licenses, further bolstering security. Overall, I'd estimate that Intune provides roughly 80 percent reliability in terms of security.

Intune's ability to integrate with Microsoft 365 and Microsoft Security for both cloud and co-managed devices is crucial because, in isolation, Intune is limited. To make its features work reliably and meet specific requirements, integration with Office 365, Defender, and local AD is necessary. This integration enhances security on devices and enables advanced features like data loss prevention through Office 365. While Intune offers security policies, integration with Office 365 unlocks their full potential for comprehensive device protection.

The primary use case is endpoint management.

The organization I'm with now is pushing towards cloud management. They want to move away from on-prem and hybrid to pure cloud.

We use some security management through Intune, but we have another product for that.

We were using a different product to manage machines. I had a lot of different organizations I was managing. I started seeing the benefits of machine level or the cloud management through Intune as we started pushing it to clients that were using the proper licensing, like 365 Premium. The management aspects of that were fantastic compared to what they had or didn't have at that point. So it was a pretty immediate benefit in using Intune.

Our primary use of Microsoft Intune is for device management and improve security. Initially, it focused on management for Windows devices. However, over time, its capabilities have expanded to encompass mobile device management in general, as well as management for other platforms like iPO, Android and Mac OS devices.

To ensure our devices are manageable regardless of location, we transitioned from an on-premises device management solution to Microsoft Intune. This cloud-based approach allows us to manage devices from anywhere, eliminating the need for them to be on our company network or VPN. Intune empowers us to remotely take actions on devices, including software installation, user identification, performance checks, and even triggering a remote lock if a device is compromised.

While most of our devices are company-owned, we also manage a small number of personal devices. Regardless of location, Intune allows us to manage them all.

Intune streamlines mobile application management by offering a single pane of glass for all devices across platforms, including iOS, Android, MacOS and Windows. It integrates seamlessly with the respective app stores for each platform.

Intune is a key component of a zero-trust security architecture. With Intune, we can manage our entire device fleet from a single platform. This enables us to enforce compliance policies. Intune verifies if devices meet our organization's security standards. We can implement zero-trust access control. Non-compliant devices are blocked from accessing company resources. Secure devices are granted access. Intune helps consolidate security management. It simplifies device security by offering features like compliance checks, security posture assessments, and configuration management - all in one place. Finally, Intune reduces management overhead: Intune streamlines device management by eliminating the need for multiple tools for tasks like patching and application deployment. While it may not offer the full functionality of specialized tools, it provides a comprehensive solution for core device security and configuration needs.

Intune offers comprehensive visibility and IT control over devices across various platforms. This allows for remote management, although integration with additional solutions or configuration might be necessary in some cases. However, Intune provides a single point of control for all our devices. Key functionalities include remote device control. We can manage devices remotely and trigger various actions. As well as advanced features to locate devices, enforce data synchronization, and more. It's important to note that certain advanced functionalities, like admin-level remote control, require device approval and may not be as robust as solutions offered by competitors, such as TeamViewer. Additionally, to access features like privileged email access, privileged device management, and advanced remote assistance, additional licensing is required, resulting in increased costs.

For users, Intune offers a seamless experience. Once their devices are enrolled, they typically don't need to do anything further. This is especially true for end users. For administrators, Intune is also an easy-to-use solution. Being cloud-based, it's accessible from a web portal just like any other SaaS application. The company portal experience is straightforward. Once users understand the basics, they can easily check device compliance and install applications. Overall, the user experience is very positive. However, device enrollment might require some training. Not everyone is comfortable managing their devices themselves. Even though the enrollment process is fairly simple and intuitive, some user training and change management might be necessary, especially for mobile device management in Intune. This is because multi-factor authentication is sometimes required to enroll devices, and some users may need help understanding and completing this step.

It provides a centralized solution for viewing all our devices. It also simplifies enrollment for Windows devices. Once we enable automatic enrollment for on-premises devices or upon user sign-in to company applications, enrollment can be seamlessly done through mobile devices. The most significant benefit is undoubtedly patching. Intune automates the process of keeping devices updated with the latest Windows updates and feature updates. This significantly reduces administrative overhead. After setting up the policies, we can be confident that updates are being applied without needing to constantly monitor them. Intune also offers improved visibility into device compliance. Unlike traditional Group Policies, which may only show successful application but not actual implementation, Intune displays the real-time status of enforced policies on each device. This allows us to see if features like BitLocker encryption or security restrictions are truly active, providing greater confidence in our device security posture. In essence, Intune offers a significant improvement in terms of device visibility and configuration management.

Intune's device compliance policies offer organizations valuable visibility into device settings. This includes essential requirements like BitLocker password complexity and minimum Windows or OS versions. Additionally, these policies allow for the deployment of custom compliance settings. This lets us measure compliance against any specific criteria. For example, one of my clients uses Intune to verify if CrowdStrike is running on the required version and if devices have downloaded the latest updates. By ensuring compliance, we can be confident that devices are secure against the latest vulnerabilities and security risks. This provides an extra layer of assurance. When used in conjunction with conditional access, Intune can block non-compliant devices. This guarantees that only compliant devices can access our organization's resources and applications. From a security standpoint, this offers significant peace of mind.

Application deployment in Intune offers several features that streamline the process. These features include applicability rules. We can deploy applications only to devices that meet specific criteria, such as operating system version or name. This ensures users receive the applications they need and avoids unnecessary installations. Device filtering allows us to exclude devices that don't require the application, further optimizing deployment efficiency. While Windows Win32 applications require packaging, the process is straightforward. Although automation would be ideal, packaging becomes easier with practice. Microsoft could potentially improve Intune by allowing seamless import of SCCM application packages. This would eliminate the need for repackaging and streamline migration. Overall, Intune simplifies application deployment for administrators. Features like self-service installation through the company portal empower users and reduce administrative burden. Packaging requirements vary depending on the application type. Standard applications like Office 365 are straightforward to deploy. Additionally, Intune integrates directly with app stores for iOS and Android apps, eliminating the need for manual packaging for these platforms.

Intune excels at securing hybrid work environments and protecting data on both company-owned and BYODs. It allows for selective wiping of company data from these devices without affecting personal information. However, for data downloaded from company applications like OneDrive, additional security policies might be necessary to ensure its security on downloaded devices, especially BYODs. The good news is that Intune allows the management of BYODs, enabling the deployment of settings, configurations, and security measures to assess the device's security posture. Notably, it's very easy to deploy for BYODs with its mobile application management for iOS and Android. For securing data within applications on Windows devices, Microsoft's Windows Information Protection capabilities seem to have been replaced. There's now a category requirement, likely used to secure data accessed through the Edge browser on privileged devices. This ensures data remains secure when users access it through Edge. It's important to note that some aspects of data security on BYODs might require additional configuration to guarantee complete protection.

Microsoft security signals identify the settings configurations we need to enforce on the devices. Then, it's up to organizations to deploy those settings or configurations. So, it's a good thing. It helps us understand what additional security we need to enable on the devices. Microsoft signals do help us do that, but it may not be enough. We might have various other compliance requirements that not everything would be covered under Microsoft signals, I believe.

Intune's endpoint privilege management is a valuable feature. It allows granting privileges to specific applications instead of giving local admin rights to users or entire devices. This can improve security by minimizing the attack surface. While EPM requires an additional license, it's a worthwhile consideration for many organizations. I've experimented with it in a lab setting, but we haven't deployed it for production use yet.

It has significantly boosted our IT department's productivity by automating many tasks. For instance, we no longer need to create custom images with Autopilot; we can simply deploy application settings configurations. Additionally, Intune seamlessly handles Windows updates and feature updates once they're configured. It's a set-and-forget system. Application deployment is also significantly simplified, saving admins valuable time. Overall, Intune improves IT productivity and empowers users with self-service features. Once trained, users can handle tasks like application installation, device compliance checks, and remediation actions for non-compliant devices.

While Intune isn't designed to identify security breaches directly like Defender does, it plays a crucial role in minimizing our attack surface. This is achieved by deploying the latest updates, configurations, and endpoint security policies. In my experience, Intune has significantly improved our overall security posture by reducing vulnerabilities, but it's not a replacement for breach detection tools.

Intune helps save costs by consolidating multiple endpoint management solutions. For instance, we might have separate solutions for iOS devices, Android devices, and Mac devices. By bringing everything together into a single solution with Intune, we can save on both platform licensing costs and administrative costs. Additionally, Intune reduces the need for additional per-device licensing fees that may have been incurred with separate solutions.

The user interface is well-designed and easy to navigate. It has a simple and well-structured layout, which makes it a pleasure to use. I'm very happy with the overall experience of the Intune portal. They also seem to be continuously improving it, with updates made on a monthly basis.

It streamlined our mobile device management by allowing us to manage both iOS and Windows devices under a single solution. This consolidation reduced the number of consoles and overall management tools required.

The integration of Microsoft Intune with Microsoft 365 and Microsoft Defender for Cloud strengthens cloud management and support for hybrid environments. This unified approach bridges the gap between cloud-based and on-premises device management, allowing organizations to leverage existing infrastructure while transitioning to cloud solutions.