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Curriculum lobby
0s75 min Loop75 min★ 160 XP
Syllabus

Operating System Security

Operating System Security FundamentalsCommon OS Security Concepts (Trusted Computing Base, Security Kernel)OS Attack Surface Overview (Services, Ports, Processes, Registry/FS)Secure Installation & Baseline Configuration
User Account & Privilege ManagementPrinciple of Least Privilege (PoLP) in PracticeWindows User Accounts (Administrator vs. Standard User, UAC)Linux User Accounts (root vs. Regular User, sudo Mechanics)macOS User Accounts (Admin vs. Standard, Privacy Preferences)Group Policies & Role-Based Access Control (RBAC)
File System Permissions & Access ControlWindows NTFS Permissions (Full Control, Modify, Read & Execute)Linux/macOS POSIX Permissions (chmod, chown, umask, SUID/SGID/Sticky Bit)Access Control Lists (ACLs) – Windows icacls & Linux setfacl/getfaclShared Folder & Network Drive SecurityFile Integrity Monitoring (AIDE, Tripwire, Windows SFC)
Windows HardeningLocal Security Policy & Security Configuration WizardWindows Defender Firewall & Advanced Security RulesBitLocker Drive Encryption & TPM UsageDisabling Unnecessary Services (Print Spooler, SMBv1, RDP lockdown)Windows 10/11 Security Baselines & Microsoft Defender for EndpointWindows Registry Hardening (LSA, UAC, AutoRun)
Linux HardeningSecuring GRUB Bootloader & Single-User ModeSSH Hardening (Disable root login, key-only auth, fail2ban)AppArmor & SELinux (Enforcing/Targeted/Disabled modes)Unnecessary Package Removal & Service Disabling (systemd)iptables/nftables & TCP Wrappers/etc/security/limits.conf & PAM Configuration
macOS HardeningSystem Integrity Protection (SIP) & GatekeeperFileVault Full-Disk Encryption & Firmware PasswordmacOS Built-in Firewall & Application Firewall (pf)Privacy Settings (Camera, Microphone, Location, Accessibility)MDM Configuration Profiles & Security ConfiguratorXProtect, MRT, & Notarization
Patch Management & Update LifecycleVulnerability Lifecycle & Zero-Day RiskWindows Update (WSUS, Windows Update for Business)Linux Patch Management (apt, yum/dnf, zypper, unattended-upgrades)macOS Software Update & Nudge FrameworkThird-Party Patching (Chocolatey, Patch My PC, Munki)Testing Patches & Rollback Strategies
OS Hardening Automation & ComplianceCIS Benchmarks & DISA STIGs OverviewAutomated Hardening Scripts (PowerShell DSC, Ansible, Bash)OpenSCAP, Lynis, & Osquery for Compliance ScanningContinuous Hardening with Infrastructure as Code (IaC)
Real-World OS Attacks & DefensesWindows Privilege Escalation (Potato Attacks, PrintNightmare)Linux Privilege Escalation (Sudo Bypass, SUID Binaries, Dirty Pipe)macOS TCC Database Bypass & Persistence TechniquesDefensive Logging & Monitoring (Sysmon, Auditd, Unified Logging)
Capstone LabHarden a Windows 10 VM Against CIS Level 1Harden an Ubuntu 22.04 Server Using Lynis & SELinuxPatch Management Simulation (Identifying & Deploying Critical Patches)Post-Hardening Vulnerability Scan (Nessus/OpenVAS Comparison)
operating-system-security / mdm-configuration-profiles

MDM Configuration Profiles & Security Configurator

#Configuration Profiles Are Your Remote Command Over macOS Security#link

You can't manually harden 1,000 Macs—MDM configuration profiles give you centralized, tamper-resistant enforcement of security settings: Firewall, FileVault, Gatekeeper, TCC pre-approvals, and much more. This lesson teaches you to create profiles with 'Security Configurator' or 'iMazing Profile Editor', deploy them via Jamf/Mosyle, and understand the profile signing and scoping that prevents users from bypassing them.

Anatomy of a Configuration Profile

A configuration profile is an XML plist (typically signed) containing payloads for various domains: com.apple.security.firewall, com.apple.MCX, com.apple.TCC.configuration-profile-policy, etc. Each payload type enforces a specific setting. Profiles can be scoped to users or devices. Device profiles apply system-wide and cannot be removed by the user; user profiles apply per-user and can be removed if allowed. For security settings, always prefer device-level profiles.

xml
<!-- Sample PPPC profile snippet to allow Zoom access to Camera -->
<key>PayloadContent</key>
<array>
    <dict>
        <key>PayloadType</key>
        <string>com.apple.TCC.configuration-profile-policy</string>
        <key>Services</key>
        <dict>
            <key>kTCCServiceCamera</key>
            <array>
                <dict>
                    <key>Identifier</key>
                    <string>us.zoom.xos</string>
                    <key>CodeRequirement</key>
                    <string>identifier "us.zoom.xos" and anchor apple generic ...</string>
                    <key>Allowed</key>
                    <true/>
                </dict>
            </array>
        </dict>
    </dict>
</array>

This XML, when signed and pushed via MDM, pre-authorizes Zoom for Camera access, eliminating the user prompt.

Creating Profiles with Security Configurator

Apple's free 'Apple Configurator' app (on Mac) or 'Security Configurator' (command line) can generate profiles. The Profile Editor in Configurator provides a GUI to set security and restrictions payloads: disable iCloud services, enforce FileVault, set a firmware password, etc. After creating, export the .mobileconfig file, sign it, and upload to your MDM. Test on a small group before broad deployment.

info

💡 Use the 'Restrictions' payload to disable 'Allow Erase All Content and Settings' and 'Allow modifying Touch ID/Face ID' to prevent certain local attacks.

Payload TypeExample SettingSecurity Impact
com.apple.security.firewallEnable Firewall, block all incomingStops unsolicited inbound connections
com.apple.MCXRestrict System Preferences panesPrevents users from disabling security controls
com.apple.TCC.configuration-profile-policyPre-approve FDA for EDR agentEnsures security tools have necessary access
com.apple.SubmitDiagInfoDisable diagnostic submissionPrevents sensitive data leakage

Signing and Scoping Profiles

Profiles can be signed using a code signing certificate from Apple's Developer Enterprise Program. Signing prevents tampering. Scoping determines which devices/users receive the profile. For security, scope critical profiles to all managed devices and set them to 'non-removable'. Regularly review installed profiles via System Preferences → Profiles or 'profiles -C -v' command to detect unauthorized profiles (a common adware technique).

  • ▪Create device-level profiles for all security settings to prevent user removal.
  • ▪Use PPPC payloads to pre-approve necessary TCC services for enterprise apps.
  • ▪Sign profiles with an enterprise developer certificate; push via MDM.
  • ▪Audit installed profiles monthly with 'profiles -L' and alert on unknown entries.
STRICT SECURE AUDIT RULE

⚠️ A malicious profile can install a rogue root certificate and intercept TLS traffic. Only allow MDM-pushed profiles and disable user ability to install profiles via Restrictions payload.

quiz BLOCK (★ 50 XP)

What is the key advantage of a device-level profile over a user-level profile for security enforcement?

Select your proof vectors above
challenge BLOCK (★ 100 XP)

MDM Profile Building

Select your proof vectors above

Verification Proof Checkpoint

Verify exercises to earn ★ 160 XP and unlock next lab level.

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Checkpoints
Configuration Profiles Are Your Remote Command Over macOS Security
Laboratory Sanity Code

Isolate active probes on matched virtual networks. Keep execution streams fully sandboxed.