The difference between Microsoft 365 MDM and Microsoft Intune MDM - Microsoft QA (2023)

Bok DJ Moon

you mentioned:

  • Regarding the response to your comment, I would like to2-Protect with antivirus/antimalware with MDR for all endpoints with central managementwith software control and management, "install package, update, uninstall...etc."

You must use all the functions, so; one solution is not enough.

That's why you notice that many companies offer solutions that are connected to Microsoft Azure to compensate for the missing features, and therefore you have to pay both sides :)

As you said:

"We're also considering using a local server to manage our devices, which means building our own server to use the Windows MDM module we're developing, and whether or not the module uses the API is right now irrelevant (actually we initially thought they wouldn't (we use because they can incriminate us, but with your strong suggestion that we use them, we're considering it now)."

In my opinion, thank you for your trust, but you know using the cloud or on prema has its advantages, you need a server, maintenance, backup plan, and in return there is nothing in the cloud without paying, but you on prema know every small and large element in your design without limits.

so you can buy a desktop computer, install a Windows server and make it your pilot project

a software management and deployment solution that they can use on a local server

Docker: Docker is a popular containerization platform that allows you to package applications and their dependencies into lightweight, portable containers. It provides a consistent and repeatable environment for deploying and managing software on local servers.

Kubernetes: Kubernetes is an open source container orchestration platform that automates the deployment, scaling and management of container applications. It provides advanced load balancing, scaling and fault tolerance capabilities, making it suitable for large on-premise installations.

Ansible: Ansible is an open source automation tool that lets you automate software provisioning, configuration management, and application deployment. It uses a declarative language to define configurations and can be used to efficiently manage your on-premises server infrastructure.

  1. Puppet: Puppet is a configuration management tool that allows you to define and enforce the desired state of your infrastructure. It provides a declarative language for describing system configuration and can be used for software deployment, configuration management, and orchestration on local servers.

Chef: Chef is another popular configuration management tool that uses a Domain Specific Language (DSL) to define system configuration and rules. It provides a flexible and scalable solution for managing software deployment and infrastructure configuration on local servers.

Jenkins: Jenkins is a widely used open source automated server that supports continuous integration and continuous delivery (CI/CD). It enables automation of the process of building, testing and deploying software on local servers.

Local security products for central management

centrally managed product depends on various factors such as specific security requirements, budget, organization size and infrastructure complexity.

Symantec Endpoint Protection Manager (SEPM): SEPM is a comprehensive endpoint security solution that provides antivirus protection, firewall, intrusion prevention and advanced threat protection. It offers a centralized management console for easy deployment, configuration and monitoring of endpoint security policies.

McAfee ePolicy Orchestrator (ePO): ePO is a central management console that provides a unified view of your security infrastructure. It allows you to manage and enforce security policies, deploy security updates, and monitor endpoints, network devices, and data protection in your organization.

Trend Micro Apex Central: Apex Central is a centralized management console that allows you to manage and monitor Trend Micro endpoint security solutions, including antivirus, web filtering, behavioral monitoring and more. It provides a single pane of glass to manage endpoint security.

Sophos Central: Sophos Central is a cloud-based security management platform that offers a range of security products including endpoint protection, firewall, encryption and mobile device management. It provides a single console for centralized threat management, reporting and analysis.

Cisco Security Manager: Cisco Security Manager is a centralized platform for managing Cisco security devices, including firewalls, intrusion prevention systems, and VPN gateways. It enables the configuration, monitoring and management of security policies across the entire network infrastructure.

IBM Security QRadar: QRadar is a security information and event management (SIEM) solution that provides centralized record management, threat detection and incident response. It provides a comprehensive overview of security incidents and allows you to manage and investigate security incidents from a central console.

Your questions:

yes, you may have options to integrate and use APIs between the Microsoft Graph API and other third-party applications or resources such as ZENworks. The Microsoft Graph API is a powerful and comprehensive API provided by Microsoft that allows you to access and interact with a variety of Microsoft services and resources, including Office 365, Azure Active Directory, SharePoint, and more.

For third-party applications such as ZENworks, a systems management and endpoint security solution offered by Micro Focus, there may be integration options depending on API availability or integration options provided by that application.

Here are some scenarios:

Integration via the Microsoft Graph API: Microsoft provides extensive documentation and resources for integration with the Microsoft Graph API. You can explore the capabilities of the Microsoft Graph API and use it to interact with Microsoft services. For example, you can use the API to manage user accounts, access SharePoint resources, retrieve Office 365 data, and more. You may need to read the documentation and specific endpoints of the Microsoft Graph API to understand the available integration options.

Integration through ZENworks APIs: ZENworks may provide its own set of APIs or integration functions that allow you to interact with management and security functions. These APIs can provide endpoint management and security, software deployment, policy configuration, and more. You can refer to the documentation and resources provided by ZENworks to explore the available APIs and integration options.

Custom integration: If there is no direct integration between the Microsoft Graph API and ZENworks, consider creating a custom integration using middleware or integration frameworks. For example, you can develop custom code or leverage integration platforms like Zapier, Microsoft Power Automate (formerly Microsoft Flow), or custom middleware to bridge the two systems. This would require the use of APIs provided by the Microsoft Graph API and ZENworks to facilitate communication and data exchange between them.

It is important to thoroughly review the Microsoft Graph API and ZENworks documentation and resources to understand the capabilities, limitations, and available integration options. In addition, consulting with the appropriate vendors or seeking guidance from developers experienced in integrating these systems can help determine the best approach to integrating the Microsoft Graph API with ZENworks or any other third-party application.

No, not all Mobile Device Management (MDM) APIs are based on the Open Mobile Alliance Device Management (OMA) protocol. Although the OMA DM protocol is the widely accepted standard for device management in the mobile industry, there are other protocols and APIs used by various MDM solutions.

As an example of APIs and protocols used to manage mobile devices:

OMA DM (Open Mobile Alliance Device Management): OMA DM is a protocol developed by the Open Mobile Alliance (OMA) that provides a standardized approach to mobile device management. Enables remote management of device configuration, firmware updates and application provisioning. Some MDM solutions use the OMA DM protocol as an underlying framework.

Microsoft Graph API: The Microsoft Graph API is an API that allows developers to access and interact with various Microsoft services and resources. It includes managing mobile devices and implementing device management policies in the Microsoft ecosystem, such as Microsoft Intune.

APIs for managing Apple devices: Apple provides a set of APIs and platforms for managing iOS, iPadOS, and macOS devices. These APIs include Apple Device Enrollment Program (DEP), Apple Configurator, and Apple Push Notification Service (APN), which enable organizations to sign in and manage devices, configure settings, and send policies and profiles to Apple devices.

  1. Android Management API: The Android Management API is an API provided by Google for managing Android devices. Enables organizations to remotely manage device settings, share apps, and enforce policies on Android devices.
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