Microsoft Intune is a cloud-based endpoint management solution. It manages user access and simplifies app and device management across your many devices, including mobile devices, desktop computers, and virtual endpoints.
You use a web-based admin center that focuses on endpoint management, including data-driven reporting. Admins can sign into the Endpoint Manager admin center from any device that has internet access.
Windows Autopatch is a cloud based service. It keeps software current, gives users the latest productivity tools, minimizes on-premises infrastructure, and helps free up your IT admins to focus on other projects. Windows Autopatch uses Microsoft Intune to manage patching for Intune-enrolled devices or devices using co-management (Intune + Configuration Manager).
Organization-owned devices are enrolled in Intune for mobile device management (MDM). MDM is device centric, so device features are configured based on who needs them. For example, you can configure a device to allow access to Wi-Fi, but only if the signed-in user is an organization account.
For personal devices in bring-your-own-device (BYOD) scenarios, you can use Intune for mobile application management (MAM). MAM is user centric, so the app data is protected regardless of the device used to access this data. There's a focus on apps, including securely accessing apps and protecting data within the apps.
The administration of mobile devices such as smartphones, tablets, computers, laptops, and desktop computers. MDM is usually implemented through a third-party product that has management features for particular vendors of mobile devices [B50].
Device enrollment and management capabilities are available when deploying mobile devices in bulk. Certain settings can be preloaded, and devices can shippreconfigured for enterprise management. iOS-, Android-, and Samsung Knox-based devices integrate directly with Enterprise Mobility Management (EMM) solutions,providing enterprise-level management of security controls based on policy.
For iOS devices, Apple Configurator supports Volume Purchase and Device Enrollment Program scenarios. Apple Business Manager provides a mobile device managementsolution to assist organizations in deploying iOS devices. iOS devices are managed by configuration profiles. Configuration profiles can force security policiessuch as virtual private network usage, enterprise Kerberos support, and access to cloud services. iOS further incorporates a set of additional security controlsin what is termed supervised mode, which denotes a corporately owned device.
Enterprise Systems: If a potentially compromised mobile device can connect to the enterprise, it poses direct risks to any systems it can reach or datait can access. Such systems will reasonably include on-premises mobile application stores, mobile management technologies, email servers, file servers, andintranet web servers. Subsequent compromise of any of these systems may cascade to others not directly reachable by the mobile device. Risks to all suchsystems by a mobile device should be included in this assessment.
Vulnerabilities are commonly associated with mobile operating systems, device drivers, mobile applications, and third-party libraries. However, vulnerabilitiescan be present in any level of the mobile technology stack. For up-to-date information regarding vulnerabilities, this risk assessment identified the NationalVulnerability Database (NVD) [B96] as a credible source of information. The NVD is the U.S. government repository of standards-based vulnerability managementdata. Use of NVD was supplemented by review of individual vendor vulnerability disclosures such as those published in the Pixel/Nexus Security Bulletins [B97]for Android, Apple security updates [B98] for iOS, Managing Devices & Corporate Data on iOS [B99], and Android Security Updates [B100] for Android-based Samsungdevices.
Malicious actors who successfully install an EMM/mobile device management (MDM), network, or virtual private network (VPN) profile or certificate onto a devicewill gain a measure of additional control over the device or its communications. Presence of an EMM/MDM profile will allow an attacker to misuse existing OSapplication programming interfaces to send the device a wide variety of commands. This may allow a malicious actor to obtain device information, install orrestrict applications, or remotely locate, lock, or wipe the device. Malicious network profiles may allow a malicious actor to automatically compel the deviceto connect to access points under their control to achieve a person-in-the-middle attack on all outbound connections. Alternatively, VPN profiles assist in theundetected exfiltration of sensitive data by encrypting it, thus hiding it from network scanning tools. Additionally, malicious certificates may allow themalicious actor to compel the device to automatically trust connections to malicious web servers, wireless access points, or installation of applications undertheir control.
While a security information and event management (SIEM) capability was not used in the reference implementation, SIEMs, as discussed here, can be extremelybeneficial in understanding the privacy implications of the mobile device security data being logged, aggregated, and stored.
This may be achieved using role-based access controls and by developing organizational policies to limit how employee data can be used by staff with access tothat data. Access can be limited to any dashboard in the system containing data about employees and their devices but is most sensitive within the mobilemanagement dashboard, which is the hub for data about employees, their devices, and threats. Minimizing access to sensitive information can enhancedisassociability for employees using the system.
Data transmission about individuals and their devices among a variety of different parties could be confusing for employees who might not know who has access todifferent information about them. If administrators and co-workers know what colleague is conducting activity on his or her device that triggers securityalerts, it could cause employee embarrassment or emotional distress. This information being revealed and associated with specific employees could also lead tostigmatization and even impact Orvilia upper management in their decision-making regarding the employee. Further, clear text transmissions could leaveinformation vulnerable to attackers and the unanticipated release of employee information.
MDM is a core component of enterprise mobility management (EMM), which also includes mobile application management, identity and access management, and enterprise file sync and share. The intent of MDM is to optimize the functionality and security of mobile devices within the enterprise while simultaneously protecting the corporate network.
Modern enterprise mobility products support not only smartphones but also tablets, Windows 10 and macOS computers and even some internet of things (IoT) devices. The practice of using MDM to control PCs is known as unified endpoint management (UEM). UEM is widely considered the successor to MDM and aims to manage all enterprise devices with a single console.
IT administrators configure policies through the MDM server's management console, and the server then pushes those policies Over the air to the MDM agent on the device. The agent applies the policies to the device by communicating with application programming interfaces (APIs) built directly into the device operating system.
Mobile device management software emerged in the early 2000s as a way to control and secure the personal digital assistants and smartphones that business workers began to use. The consumer smartphone boom that started with the launch of the Apple iPhone in 2007 led to the bring your own device (BYOD) trend, which fueled further interest in MDM.
The developers of mobile operating systems and manufacturers of mobile devices control what MDM software can and can't do on their devices through their APIs. As a result, mobile device management has become a commodity, with most vendors offering a similar set of core capabilities. MDM vendor differentiation comes by integrating mobile device management servers with other enterprise software.
In essence, Jamf is a mobile device management solution for Apple devices like Macs, iPads, iPhones, and AppleTVs. Businesses and individuals use it to pre-configure and set up new devices, enhancing OOBE (user out of box experience).
Jamf Now is the ideal solution for small and medium enterprises as it empowers setting up, protecting, and managing devices right from one product. Apple users now enjoy simpler mobile device management since the time-consuming set-up procedures in both macOS and iOS have been eliminated.
This is the ultimate EMM (Enterprise Mobility Management) tool for your users. Jamf Pro features application and device management, deployment, security capabilities, inventory collection, and more. It can work with the existing IT infrastructure for streamlined management.
The solution drives creativity and productivity through automated device logistics. With it, you can effect a straightforward process for users to get the different Apple and macOS devices up and running, thanks to a unified, powerful management system.
So, what are mobile device management policies? MDM policies answer questions about how organizations will manage mobile devices and govern their use. To configure and publish their policies and processes, enterprises will ask questions, such as:
Application security can involve app wrapping, in which an IT administrator applies security or management features to an application. Then that application is re-deployed as a containerized program. These security features can determine whether user authentication is required to open an app; whether data from the app can be copied, pasted or stored on the device; and whether the user can share a file. 2b1af7f3a8