Obs studio for mac. Deploying and managing Windows is easier than ever before with new improvements including the support of the latest Windows 10 features, Windows in-place upgrade, more frequent and easier updates, unified end-user portal, and on-premises mobile device management (MDM). Through integration with Microsoft Intune, you can extend your System Center Configuration Manager to manage PCs, Macs, and Unix/Linux servers along with cloud-based mobile devices running Windows, iOS, and Android, all from a single management console. Enterprise Mobility + Security articles Enterprise Mobility + Security articles Wed, 28 Nov 2018 19:16:21 GMT enterprisemobilityandsecurity 2018-11-28T19:16:21Z Reduce your potential attack surface using Azure ATP Lateral Movement Paths This post is authored by Tali Ash, Program Manager, Azure ATP   Azure Advanced Threat Protection (Azure ATP) provides invaluable insights on identity configurations and suggested security best-practices across the enterprise. A key component of Azure ATP’s insights is Lateral Movement Paths or LMPs. Azure ATP LMPs are visual guides that help you quickly understand and identify exactly how attackers can move laterally inside your network.

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Jan 09, 2017  To learn more, and to download the latest Mac client for System Center Configuration Manager, visit the Enterprise Mobility and Security Blog. Suzanne Choney Microsoft News Center Staff. Mac OS X 10.9 Support for the System Center 2012 R2 Configuration Manager Mac Client Mac OS X 10.9 is supported on System Center 2012 R2 Configuration Manager with the following known exception: USB devices on Mac computers cannot be inventoried. Microsoft System Center Configuration Manager (SCCM, also known as ConfigMgr), formerly Systems Management Server (SMS) is a systems management software product developed by Microsoft for managing large groups of computers running Windows NT, Windows Embedded, macOS (OS X), Linux or UNIX, as well as Windows Phone, Symbian, iOS and Android.

The purpose of lateral movements within a cyber-attack kill chain are for attackers to gain and compromise your sensitive accounts towards domain dominance. Azure ATP LMPs provide easy to interpret, direct visual guidance on your most vulnerable sensitive accounts, assists in helping you mitigate and close access for potential attacker domain dominance.   Lateral movement attacks, using non-sensitive accounts to gain access to sensitive accounts, can be accomplished through many different techniques.

The most popular methods used by attackers are credential theft and Pass the Ticket. In both methods, your non-sensitive accounts are used by attackers for lateral moves by exploiting machines that share stored log-in credentials in accounts, groups and machines with your sensitive accounts.   Where can I find Azure ATP LMPs?

Every computer or user profile discovered by Azure ATP has a Lateral movement paths tab.   The LMP tab provides different information depending on sensitivity of the entity: Sensitive users – potential LMP(s) leading to this user are shown. Non-sensitive users and computers – potential LMP(s) the entity is related to are shown.   When you click the tab, Azure ATP displays the most recently discovered LMP.

Each potential LMP is saved for 48 hours following discovery. You can view older LMPs by clicking on view a different date.     V2.56 of Azure ATP adds two additional LMP capabilities.

Discover when potential LMPs were identified and where.   When From the Activities tab, we’ve added an indication when a new potential LMP were identified: Sensitive users – when a new path was identified to a sensitive user   Non-sensitive users and computers – when this entity was identified in a potential LMP leading to a sensitive user   Where LMP can now directly assists with your investigation process. Azure ATP security alert evidence lists provide the related entities that are involved in each potential lateral movement path.

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The evidence lists directly help your security response team increase or reduce the importance of the security alert and/or investigation of the related entities. For example, when a Pass the Ticket alert is issued, the source computer, compromised user and destination computer the stolen ticket was used from, are all part of the potential lateral movement path leading to a sensitive user.   The existence of the detected LMP makes investigating the alert and watching the suspected user even more important to prevent your adversary from additional lateral moves. Trackable evidence is provided in LMPs to make it easier and faster for you to prevent attackers from moving forward in your network.       It’s never too late Security insights are never too late to prevent the next attack and remediate damage. For this reason, investigating an attack during the domain dominance phase provides a different, but important example. Typically, while investigating a security alert such as Remote Code Execution, if the alert is a true positive, your domain controller may already be compromised.