From e55c2e75e8a823c19ff11fd79e8bbc1766c7e3d1 Mon Sep 17 00:00:00 2001 From: Muhamad Sazwan Bin Ismail Date: Thu, 6 Nov 2025 00:18:06 +0800 Subject: [PATCH] Add Microsoft Security overview and configurations MIME-Version: 1.0 Content-Type: text/plain; charset=UTF-8 Content-Transfer-Encoding: 8bit Added comprehensive overview of Microsoft Security products and initiatives, including core product functionalities, security culture, threat landscape insights, and detailed configurations for Microsoft Entra, Defender, Sentinel, Purview, Intune, and Security Copilot.I have gathered information to help you integrate Microsoft Security concepts with your Google Cloud Workstations environment. The information covers the overarching Microsoft cloud security framework and specific configurations for protecting resources in Google Cloud Platform (GCP). ### 🛡️ An Overview of the Microsoft Cloud Security Benchmark The **Microsoft Cloud Security Benchmark (MCSB)** is a comprehensive set of prescriptive best practices designed to improve the security of workloads, data, and services across multi-cloud environments, including GCP . The table below outlines its core security domains: | Control Domain | Description & Relevance to Cloud Workstations | | :--- | :--- | | **Identity Management (IM)** | Establishes secure identity/access controls (single sign-on, strong authentication, conditional access). Directly applies to securing workstation access. | | **Data Protection (DP)** | Covers data protection at rest/in transit (discovery, classification, encryption). Crucial for protecting source code and data within workstations. | | **Network Security (NS)** | Secures/protects networks (virtual networks, private connections, attack mitigation). Aligns with using VPCs and private ingress/egress for workstations . | | **Logging and Threat Detection (LT)** | Controls for cloud threat detection and audit log collection. Complements native Cloud Workstations/Cloud Logging integration. | | **Privileged Access (PA)** | Protects privileged access to tenants/resources (administrative model/accounts). Key for administrators managing workstation configurations/clusters. | | **Asset Management (AM)** | Ensures security visibility/governance over resources (asset inventory, service approvals). Helps track/tag workstation resources. | | **Posture and Vulnerability Management (PV)** | Focuses on assessing/improving cloud security posture (vulnerability scanning, configuration tracking). Important for maintaining hardened workstation images. | ### 🔌 Using Microsoft Defender for Cloud Apps to Protect GCP You can use **Microsoft Defender for Cloud Apps** to monitor and protect your GCP environment, providing an additional layer of security visibility . - **Connection & Visibility**: By connecting your GCP organization to Defender for Cloud Apps, you gain visibility into administrative activities across your GCP resources. The connection aggregates Admin Activity audit logs from your entire GCP organization, which are then ingested by Microsoft Defender for Cloud Apps for analysis . - **Threat Detection with Built-in Policies**: Once connected, you can use built-in policy templates to detect potential threats and misconfigurations, such as : - Activity from anonymous or suspicious IP addresses. - Impossible travel, which detects logins from geographically distant locations in a short time. - Unusual administrative activities or multiple failed login attempts. - Unusual or multiple deletions of VM activities. ### ⚙️ Configuration Concepts from Windows 365 Security While Windows 365 is a different service (Cloud PCs), its "secure by default" principles and configuration concepts are valuable references for hardening any cloud environment, including development workstations. - **"Secure by Default" Posture**: Microsoft is increasingly enabling robust security features by default. For instance, new Windows 365 Cloud PCs come with features like Virtualization-Based Security (VBS), Credential Guard, and Hypervisor-Protected Code Integrity (HVCI) enabled out-of-the-box to protect against credential theft and kernel-level malware . This philosophy can be applied by building hardened base images for your Cloud Workstations. - **Controlling Data Exfiltration**: A key security practice is controlling data transfer between environments. Microsoft does this by disabling device redirections like clipboard, drive, and USB by default on new Cloud PCs . For Cloud Workstations, you can implement similar data loss prevention (DLP) by disabling public IP addresses and using a **Secure Web Proxy** to control and audit outbound internet traffic from developer environments . ### 📋 Practical Steps for a Layered Security Approach Here is how you can implement a layered security approach for your Google Cloud Workstations using the discussed principles: 1. **Harden Workstation Access**: - **Leverage IAM**: Adhere to the principle of least privilege. Use Google Cloud IAM to ensure developers only have access to their specific workstations and necessary resources . - **Disable Direct SSH**: To ensure all access is gated through IAM and logged, disable direct SSH access to the underlying VMs using the gcloud command: `gcloud workstations configs update CONFIG --cluster=CLUSTER --region=REGION --disable-ssh-to-vm` . 2. **Protect the Network and Data**: - **Use Your VPC**: Deploy workstations inside your **Virtual Private Cloud (VPC)** to keep development traffic private and allow workstations to access internal services without emulation . - **Enable DLP**: To prevent data exfiltration, disable public IP addresses on workstation configurations and route outbound traffic through a **Secure Web Proxy** for auditing and control . - **Set Up a Security Perimeter**: Use **VPC Service Controls** to create a service perimeter around your workstations, limiting access to sensitive resources and mitigating data exfiltration risks . 3. **Maintain a Secure Posture**: - **Automate Updates**: Cloud Workstations uses ephemeral VMs. Configure a `runningTimeout` in your workstation configuration to ensure workstations are regularly shut down and updates to the base container image are applied upon the next start . - **Scan Custom Images**: If you use custom container images, regularly scan them for vulnerabilities using tools like **Artifact Analysis** and automate rebuilding them to include the latest security patches . I hope this overview provides a solid foundation for integrating Microsoft security concepts with your Google Cloud Workstations. If you would like more detailed steps on a specific area, such as connecting GCP to Microsoft Defender for Cloud Apps or writing specific IAM policies, please feel free to ask. --- Microsoft Security | 701 +++++++++++++++++++++++++++++++++++++++++++++ 1 file changed, 701 insertions(+) create mode 100644 Microsoft Security diff --git a/Microsoft Security b/Microsoft Security new file mode 100644 index 0000000..a6f07bd --- /dev/null +++ b/Microsoft Security @@ -0,0 +1,701 @@ +Microsoft Security provides a comprehensive, AI-powered suite of products built on a Zero Trust foundation to protect identities, endpoints, cloud apps, and data across multiple platforms . + +Here is a quick overview of the core products that make up the Microsoft Security ecosystem: + +| Product Suite | Primary Function | Key Components/Features | +| :--- | :--- | :--- | +| **Microsoft Entra** | Identity & Access Management | Verifies every identity & access request across clouds, platforms, & devices . | +| **Microsoft Defender** | Extended Detection & Response (XDR) | Detects & responds to attacks on devices, identities, apps, email, & clouds . | +| **Microsoft Purview** | Information Protection & Governance | Safeguards & governs data wherever it lives . | +| **Microsoft Sentinel** | Security Information & Event Management (SIEM) | An AI-ready security platform for agentic defense . | +| **Microsoft Intune** | Endpoint Management | Strengthens device security & enables hybrid work . | +| **Microsoft Priva** | Privacy Risk Mitigation | Proactively manages privacy risks & ensures compliance . | +| **Microsoft Security Copilot** | AI Security Assistant | Empowers teams to protect at the speed & scale of AI . | + +### 🛡️ Microsoft's Security Initiatives and Culture + +Microsoft reinforces its products with company-wide initiatives and a deep-seated security culture. + +- **The Secure Future Initiative (SFI)**: This is a massive, multi-year engineering effort to embed security into every phase of Microsoft's product development . Key progress includes moving critical identity token signing keys to more secure hardware modules, requiring phishing-resistant multi-factor authentication for most employees, and removing millions of unused digital resources to shrink the attack surface . +- **Company-Wide Security Culture**: Microsoft mandates that **security is the top priority for every employee**, directly linking leadership compensation to security outcomes . They achieve this through mandatory, threat-informed training for all staff and grassroots programs like security ambassador networks to foster a proactive security mindset across the organization . + +### 📈 Insights from the Threat Landscape + +Microsoft's security strategy is informed by its unique view of the global threat landscape, as detailed in the **Microsoft Digital Defense Report 2025** . + +- **AI is a Double-Edged Sword**: Threat actors use AI to create more convincing phishing campaigns and deepfakes, but defenders can use AI to detect threats faster and automate responses . Microsoft Security Copilot, for example, can help reduce the average time to resolve security incidents by over 30% . +- **Identity is a Primary Target**: Password attacks have skyrocketed, jumping from 579 per second in 2021 to 7,000 per second in 2024 . This highlights the critical need for strong identity protection measures like phishing-resistant multi-factor authentication (MFA) and passwordless sign-in methods . +- **The Industrialization of Cybercrime**: Cyberattacks have become a service-based economy. Access brokers sell stolen credentials, and infostealer malware fuels a dark web marketplace, making it easier for criminals to launch attacks . + +I hope this overview helps you understand the scope and strategy of Microsoft Security. Are you interested in a deeper dive into a specific product, like Microsoft Entra for identity management or Microsoft Sentinel for security analytics? +# Microsoft Security: Complete Enterprise Protection Framework + +## 🏢 **Microsoft Security Architecture Overview** + +### **Zero Trust Security Model** + +Microsoft's security framework is built on a **Zero Trust** principle: "Never trust, always verify." This model requires strict identity verification for every person and device trying to access resources. + +```mermaid +graph TB + A[Zero Trust Principles] --> B[Verify Explicitly] + A --> C[Use Least Privilege] + A --> D[Assume Breach] + + B --> B1[Identity Verification] + B --> B2[Device Health Check] + B --> B3[Location Context] + + C --> C1[Just-in-Time Access] + C --> C2[Just-Enough-Access] + C --> C3[Risk-Based Policies] + + D --> D1[Microsegmentation] + D --> D2[Encryption] + D --> D3[Automated Response] +``` + +## 🔐 **Microsoft Entra (Identity & Access Management)** + +### **Comprehensive Identity Protection** + +```yaml +# Microsoft Entra Configuration Example +microsoft_entra: + identity_protection: + risk_policies: + - user_risk_policy: "High" + action: "Require password change" + enabled: true + + - signin_risk_policy: "Medium" + action: "Require multi-factor authentication" + enabled: true + + conditional_access: + policies: + - name: "Require MFA for admin roles" + users: "All users" + applications: "All cloud apps" + conditions: + user_risk: "High" + signin_risk: "Medium" + device_platform: "All" + controls: + grant: "Require multi-factor authentication" + block: "High risk sign-ins" + + privileged_identity_management: + - just_in_time_access: true + time_bound_assignments: "8 hours" + approval_required: true + mfa_required: true +``` + +### **Advanced Identity Security Features** + +```powershell +# PowerShell: Configure Microsoft Entra Identity Protection +Connect-MgGraph -Scopes "Policy.ReadWrite.IdentityRiskDetection" + +# Enable user risk policy +$userRiskPolicy = @{ + id = "12345678-1234-1234-1234-123456789012" + displayName = "User risk policy" + state = "enabled" + conditions = @{ + users = @{ + includeUsers = "All" + excludeUsers = "None" + } + applications = @{ + includeApplications = "All" + excludeApplications = "None" + } + clientAppTypes = @("all") + } + grantControls = @{ + operator = "OR" + builtInControls = @("block") + } +} + +New-MgIdentityConditionalAccessPolicy -BodyParameter $userRiskPolicy + +# Configure risk detection +$riskDetectionSettings = @{ + isEnabled = $true + notifyUsers = $true + notifyOnUnlock = $true + notificationsInEnglishOnly = $false +} + +Set-MgIdentityProtectionRiskDetectionPolicy -BodyParameter $riskDetectionSettings +``` + +## 🛡️ **Microsoft Defender Suite** + +### **Extended Detection and Response (XDR)** + +```yaml +# Microsoft Defender XDR Configuration +microsoft_defender: + defender_for_endpoint: + endpoints: + - windows: true + macos: true + linux: true + servers: true + + features: + - endpoint_detection_response: true + - attack_surface_reduction: true + - next_generation_protection: true + - automated_investigation: true + + defender_for_identity: + sensors: + - domain_controllers: true + active_directory_servers: true + + detection: + - lateral_movement_detection: true + - reconnaissance_detection: true + - credential_theft_detection: true + + defender_for_office365: + protection: + - safe_links: true + - safe_attachments: true + - anti_phishing: true + - zero_hour_auto_purge: true + + defender_for_cloud: + cloud_workload_protection: + - azure: true + aws: true + gcp: true + + regulatory_compliance: + - nist: true + pci_dss: true + iso_27001: true +``` + +### **Defender for Endpoint Advanced Configuration** + +```powershell +# Configure Microsoft Defender for Endpoint +# Install required modules +Install-Module -Name Microsoft.Graph.Security -Force + +# Connect to Microsoft Graph +Connect-MgGraph -Scopes "SecurityEvents.ReadWrite.All" + +# Configure advanced hunting queries +$advancedHuntingQuery = @" +DeviceProcessEvents +| where Timestamp > ago(7d) +| where ProcessVersionInfoCompanyName !contains "Microsoft" +| where ProcessVersionInfoCompanyName !contains "Windows" +| where IsSigned == "false" +| project Timestamp, DeviceName, FileName, ProcessVersionInfoCompanyName, SHA256 +| order by Timestamp desc +"@ + +# Create custom detection rule +$detectionRule = @{ + displayName = "Unsigned Process Execution" + description = "Detects execution of unsigned non-Microsoft processes" + query = $advancedHuntingQuery + severity = "medium" + enabled = $true + category = "persistence" +} + +New-MgSecurityAlert -BodyParameter $detectionRule + +# Configure attack surface reduction rules +$asrRules = @( + @{id = "BE9BA2D9-53EA-4CDC-84E5-9B1EEEE46550"; action = "block"; name = "Block executable content from email client and webmail"}, + @{id = "D4F940AB-401B-4EFC-AADC-AD5F3C50688A"; action = "block"; name = "Block all Office applications from creating child processes"}, + @{id = "3B576869-A4EC-4529-8536-B80A7769E899"; action = "block"; name = "Block Office applications from creating executable content"} +) + +foreach ($rule in $asrRules) { + Set-MpPreference -AttackSurfaceReductionRules_Ids $rule.id -AttackSurfaceReductionRules_Actions $rule.action +} +``` + +## 📊 **Microsoft Sentinel (Cloud-Native SIEM)** + +### **Security Orchestration, Automation and Response (SOAR)** + +```yaml +# Microsoft Sentinel Configuration +microsoft_sentinel: + workspace: + data_retention: "90 days" + daily_cap: "100 GB" + + analytics: + rule_templates: + - name: "Multiple failed logins" + enabled: true + severity: "Medium" + + - name: "Impossible travel" + enabled: true + severity: "High" + + - name: "Malicious PowerShell execution" + enabled: true + severity: "High" + + automation: + playbooks: + - name: "Block malicious IP" + trigger: "Alert" + actions: + - "Get IP address from alert" + - "Add to block list" + - "Notify security team" + + - name: "User account investigation" + trigger: "Alert" + actions: + - "Collect user login data" + - "Check privileged access" + - "Require password reset" + + threat_intelligence: + sources: + - microsoft_defender_intelligence: true + - alien_vault_otx: true + - anomali_limo: true +``` + +### **Advanced Sentinel Automation** + +```powershell +# Microsoft Sentinel Automation Scripts +# Connect to Azure +Connect-AzAccount + +# Create automation rule +$automationRule = @{ + Name = "Auto-Contain-Compromised-Machine" + DisplayName = "Auto Contain Compromised Machine" + Order = 100 + Enabled = $true + TriggeringLogic = @{ + IsEnabled = $true + Conditions = @( + @{ + Operator = "Contains" + PropertyName = "AlertDisplayName" + PropertyValues = @("Suspicious PowerShell", "Malicious Process") + } + ) + } + Actions = @( + @{ + Order = 0 + ActionConfiguration = @{ + LogicAppResourceId = "/subscriptions/123/resourceGroups/Security/providers/Microsoft.Logic/workflows/Contain-Machine" + Uri = "https://prod-00.westus.logic.azure.com:443/workflows/abc123" + } + ActionType = "RunPlaybook" + } + ) +} + +New-AzSentinelAutomationRule -ResourceGroupName "Security" -WorkspaceName "Sentinel" -Rule $automationRule + +# Configure custom analytics rule +$analyticsRule = @{ + DisplayName = "Suspicious Domain Admin Activity" + Description = "Detects unusual domain admin account activity" + Severity = "High" + Enabled = $true + Query = @" +SecurityEvent +| where TimeGenerated > ago(1h) +| where EventID == 4624 +| where AccountType == "User" +| where Account contains "Domain Admin" +| where LogonType in (2, 3, 8, 10) +| where Computer !contains "DC" +| project TimeGenerated, Account, Computer, LogonType, SourceNetworkAddress +"@ + QueryFrequency = "1H" + QueryPeriod = "1H" + TriggerOperator = "GreaterThan" + TriggerThreshold = 1 + SuppressionDuration = "1H" + SuppressionEnabled = $false +} + +New-AzSentinelAlertRule -ResourceGroupName "Security" -WorkspaceName "Sentinel" -AlertRule $analyticsRule +``` + +## 📋 **Microsoft Purview (Data Governance & Compliance)** + +### **Information Protection Framework** + +```yaml +# Microsoft Purview Configuration +microsoft_purview: + information_protection: + sensitivity_labels: + - name: "Confidential" + priority: 100 + tooltip: "Company confidential data" + encryption: true + content_marking: true + + - name: "Internal" + priority: 200 + tooltip: "Internal use only" + encryption: false + content_marking: true + + - name: "Public" + priority: 300 + tooltip: "Public information" + encryption: false + content_marking: false + + data_loss_prevention: + policies: + - name: "Block credit card data sharing" + locations: ["Exchange Online", "SharePoint Online", "Teams"] + rules: + - condition: "Content contains credit card numbers" + action: "Block with override" + user_notifications: true + + data_lifecycle_management: + retention_policies: + - name: "Finance Data Retention" + locations: ["SharePoint Sites", "OneDrive Accounts"] + duration: "7 years" + action: "Delete" +``` + +### **Advanced Data Classification** + +```powershell +# Microsoft Purview Data Classification +Connect-IPPSSession + +# Create sensitivity label +$label = New-Label -DisplayName "Confidential" -Name "Confidential" -Tooltip "Company Confidential Information" -Comment "For highly sensitive data" + +# Configure label settings +Set-Label -Identity $label.Identity -EncryptionEnabled $true -ContentType "File,Email" -EncryptionProtectionType "Template" -EncryptionRightsDefinitions "john@company.com:VIEW,VIEWRIGHTSPWD" + +# Create auto-labeling policy +$autoLabelPolicy = @{ + Name = "Financial Data Auto-labeling" + Comment = "Automatically label financial documents" + Settings = @{ + mode = "TestWithoutNotifications" + policy = @{ + conditions = @{ + application = @{ + name = "Word" + } + contentContainsSensitiveInformation = @{ + maxConfidence = "100" + minCount = "1" + sensitiveInformation = @( + @{ + id = "50842eb7-edc8-4019-85dd-5a5c1f2bb085" # Credit Card Number + maxConfidence = "85" + minCount = "1" + } + ) + } + } + } + label = @{ + name = "Confidential" + type = "standard" + } + } +} + +New-AutoSensitivityLabelPolicy -BodyParameter $autoLabelPolicy +``` + +## 📱 **Microsoft Intune (Endpoint Management)** + +### **Mobile Device Management (MDM)** + +```yaml +# Microsoft Intune Configuration +microsoft_intune: + device_compliance: + policies: + - name: "Corporate Windows Devices" + platform: "Windows 10 and later" + settings: + - password_required: true + password_minimum_length: 8 + password_required_type: "Alphanumeric" + os_minimum_version: "10.0.19041" + encryption_required: true + firewall_required: true + + device_configuration: + profiles: + - name: "Security Baseline" + description: "Microsoft security baseline" + settings: + - defender_antivirus: "Enabled" + smartscreen: "Enabled" + firewall: "Enabled" + bitlocker: "Enabled" + + app_protection: + policies: + - name: "Corporate Data Protection" + target: "iOS, Android" + settings: + - data_transfer: "Block" + backup_to_cloud: "Block" + copy_paste: "Policy managed apps" +``` + +### **Advanced Endpoint Security Configuration** + +```powershell +# Microsoft Intune PowerShell Configuration +# Install required modules +Install-Module -Name Microsoft.Graph.Intune -Force + +# Connect to Microsoft Graph +Connect-MgGraph -Scopes "DeviceManagementConfiguration.ReadWrite.All" + +# Create compliance policy +$compliancePolicy = @{ + displayName = "Windows 11 Security Compliance" + description = "Security compliance policy for Windows 11 devices" + platformType = "windows10" + settings = @( + @{ + "@odata.type" = "#microsoft.graph.deviceCompliancePolicySetting" + settingName = "passwordRequired" + valueType = "boolean" + value = "true" + }, + @{ + "@odata.type" = "#microsoft.graph.deviceCompliancePolicySetting" + settingName = "passwordMinimumLength" + valueType = "integer" + value = "8" + }, + @{ + "@odata.type" = "#microsoft.graph.deviceCompliancePolicySetting" + settingName = "requireHealthyDevice" + valueType = "boolean" + value = "true" + } + ) +} + +New-MgDeviceManagementDeviceCompliancePolicy -BodyParameter $compliancePolicy + +# Configure security baseline +$securityBaseline = @{ + displayName = "Microsoft Defender Baseline" + description = "Microsoft Defender Antivirus security baseline" + platformType = "windows10" + settings = @( + @{ + "@odata.type" = "#microsoft.graph.deviceCompliancePolicySetting" + settingName = "defenderSignatureUpdateInterval" + valueType = "integer" + value = "8" + }, + @{ + "@odata.type" = "#microsoft.graph.deviceCompliancePolicySetting" + settingName = "defenderCloudBlockLevel" + valueType = "string" + value = "high" + } + ) +} + +New-MgDeviceManagementDeviceCompliancePolicy -BodyParameter $securityBaseline +``` + +## 🤖 **Microsoft Security Copilot** + +### **AI-Powered Security Operations** + +```yaml +# Microsoft Security Copilot Configuration +security_copilot: + capabilities: + - threat_hunting: true + incident_investigation: true + security_reporting: true + automation_suggestions: true + + integration: + - microsoft_sentinel: true + microsoft_defender: true + microsoft_entra: true + third_party_solutions: true + + features: + natural_language_queries: + examples: + - "Show me all high severity alerts from the last 24 hours" + - "Investigate this compromised user account" + - "Create a report on phishing attempts this week" + + automated_incident_response: + playbook_suggestions: true + remediation_actions: true + false_positive_reduction: true +``` + +### **Security Copilot Integration** + +```powershell +# Security Copilot API Integration +# Example using Microsoft Graph API for Security Copilot +$headers = @{ + "Authorization" = "Bearer $accessToken" + "Content-Type" = "application/json" +} + +# Query Security Copilot for threat analysis +$queryBody = @{ + query = "Analyze the security incident with ID INC-12345 and provide remediation steps" + context = @{ + incidentId = "INC-12345" + tenantId = "12345678-1234-1234-1234-123456789012" + } +} | ConvertTo-Json + +$response = Invoke-RestMethod -Uri "https://graph.microsoft.com/v1.0/security/securityCopilot/queries" -Method POST -Headers $headers -Body $queryBody + +# Process Security Copilot response +if ($response.status -eq "completed") { + $insights = $response.insights + $recommendations = $response.recommendations + + Write-Host "Security Copilot Analysis Results:" -ForegroundColor Green + Write-Host "Threat Insights: $($insights.count)" -ForegroundColor Yellow + Write-Host "Recommended Actions: $($recommendations.count)" -ForegroundColor Yellow + + # Execute recommended actions + foreach ($action in $recommendations) { + if ($action.type -eq "automation" -and $action.confidence -gt 0.8) { + Write-Host "Executing: $($action.description)" -ForegroundColor Green + # Implement automation logic based on recommendation + } + } +} +``` + +## 🔄 **Security Integration Framework** + +### **Cross-Product Integration Architecture** + +```yaml +# Integrated Security Workflow +security_integration: + detection_workflow: + trigger: "Microsoft Defender detects threat" + actions: + - "Microsoft Sentinel creates incident" + - "Security Copilot analyzes context" + - "Microsoft Entra blocks user if compromised" + - "Microsoft Intune isolates device" + - "Microsoft Purview protects data" + + automation_playbooks: + - name: "Full Incident Response" + steps: + - "Collect data from all security products" + - "Correlate events across signals" + - "Determine attack chain" + - "Execute containment actions" + - "Generate investigation report" + + reporting_dashboard: + components: + - "Security posture score" + - "Threat detection metrics" + - "Compliance status" + - "Incident response times" +``` + +### **Unified Security Monitoring** + +```powershell +# Unified Security Dashboard Script +# Collect security metrics from all products +$securityMetrics = @{} + +# Get Defender for Endpoint metrics +$defenderMetrics = Get-MgSecurityAlert -Top 1000 | Group-Object Severity, Status +$securityMetrics.DefenderAlerts = $defenderMetrics + +# Get Sentinel incidents +$sentinelIncidents = Get-AzSentinelIncident -ResourceGroupName "Security" -WorkspaceName "Sentinel" +$securityMetrics.SentinelIncidents = $sentinelIncidents + +# Get Entra sign-in logs +$riskySignIns = Get-MgIdentityRiskDetection -Filter "riskLevel eq 'high'" +$securityMetrics.RiskySignIns = $riskySignIns + +# Get Purview DLP events +$dlpEvents = Search-UnifiedAuditLog -StartDate (Get-Date).AddDays(-1) -EndDate (Get-Date) -Operations "DataLossPrevention" +$securityMetrics.DLPEvents = $dlpEvents + +# Generate security report +$securityReport = @{ + Timestamp = Get-Date + Metrics = $securityMetrics + OverallSecurityScore = Calculate-SecurityScore -Metrics $securityMetrics + Recommendations = Get-SecurityRecommendations -Metrics $securityMetrics +} + +# Export to JSON for dashboard consumption +$securityReport | ConvertTo-Json -Depth 5 | Out-File "C:\SecurityReports\daily-security-report.json" +``` + +## 🎯 **Implementation Roadmap** + +### **Phased Security Deployment** + +```mermaid +graph LR + A[Phase 1: Foundation] --> B[Phase 2: Protection] + B --> C[Phase 3: Detection] + C --> D[Phase 4: Response] + C --> E[Phase 5: Automation] + + A --> A1[Identity & Access] + A --> A2[Device Management] + + B --> B1[Endpoint Protection] + B --> B2[Data Protection] + + C --> C1[Threat Detection] + C --> C2[Security Monitoring] + + D --> D1[Incident Response] + D --> D2[Forensics] + + E --> E1[Security Automation] + E --> E2[AI Assistance] +``` + +This comprehensive Microsoft Security framework provides enterprise-grade protection across identities, endpoints, data, applications, and infrastructure. The integrated approach ensures that security signals are correlated across all products, enabling automated threat detection and response.