SC‐200_flashcards_v5 - itnett/FTD02H-N GitHub Wiki

Mitigate Threats using Microsoft 365 Defender

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Mitigate Threats using Microsoft Sentinel

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Mitigate Threats by Using Defender for Cloud

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Microsoft 365 Services

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Azure Cloud Services

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I will now proceed with the final diagram.

Windows and Linux Operating Systems

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Here is the mindmap diagram of SC-200 Exam Audience Profile: alt text View fullscreen image

We Exported your Diagram, Check it out & Edit: BlocksAndArrows.com Miro.com

Let's start processing each flowchart from your file. I'll extract and generate images for each one.

Step 1: Extract Flowcharts from the File

I'll begin by reading the contents of the provided file to extract the flowchart definitions.

Step 2: Generate Images for Each Flowchart

I'll generate images for each extracted flowchart using the Blocks and Arrows API.

Let's get started by loading the contents of the file first.

# Load the contents of the file to extract flowcharts
file_path = '/mnt/data/SC‐200_flashcards_v4.md'
with open(file_path, 'r') as file:
    content = file.read()

# Displaying the content for inspection
content[:5000]  # Displaying the first 5000 characters for inspection

Once the content is loaded and inspected, I'll proceed to extract and generate images for each flowchart.

I've identified several flowcharts within your file. Let's proceed by generating images for each of these flowcharts using the Blocks and Arrows API.

Here are the flowcharts I will generate:

Mitigate Threats by Using Microsoft 365 Defender
Mitigate Threats by Using Defender for Cloud
Mitigate Threats by Using Microsoft Sentinel
Microsoft 365 Services
Azure Cloud Services
Windows and Linux Operating Systems

I'll start with the first flowchart. Here it is:

flowchart TD;
    A[Mitigate Threats using Microsoft 365 Defender] --> B[Defender for Endpoint]
    A --> C[Defender for Office 365]
    A --> D[Defender for Identity]
    A --> E[Defender for Cloud Apps]

    B --> B1[Threat and Vulnerability Management]
    B --> B2[Attack Surface Reduction]
    B --> B3[Endpoint Detection and Response]
    B --> B4[Automated Investigation and Remediation]

    C --> C1[Anti-Phishing Protection]
    C --> C2[Safe Attachments]
    C --> C3[Safe Links]
    C --> C4[Real-Time Threat Response]

    D --> D1[Identity Threat Detection]
    D --> D2[Compromised Credential Detection]
    D --> D3[Privileged Account Security]
    D --> D4[Anomalous Behavior Detection]

    E --> E1[App Discovery and Risk Assessment]
    E --> E2[Conditional Access App Control]
    E --> E3[Threat Detection and Response]
    E --> E4[Shadow IT Management]

Let's generate the image for this flowchart.

Here is the graph diagram of "Mitigate Threats using Microsoft 365 Defender":

Mitigate Threats using Microsoft 365 Defender

View fullscreen image

We Exported your Diagram, Check it out & Edit: BlocksAndArrows.com Miro.com

Let's proceed to generate the next flowchart image. Here is the definition:

Flowchart: Mitigate Threats by Using Defender for Cloud

flowchart TD;
    A[Mitigate Threats using Defender for Cloud] --> B[Defender for Servers]
    A --> C[Defender for SQL]
    A --> D[Defender for Storage]
    A --> E[Defender for Kubernetes]

    B --> B1[Vulnerability Management]
    B --> B2[Just-in-Time VM Access]
    B --> B3[File Integrity Monitoring]
    B --> B4[Endpoint Detection and Response]

    C --> C1[Advanced Threat Protection]
    C --> C2[SQL Vulnerability Assessment]
    C --> C3[Data Encryption and Masking]

    D --> D1[Threat Protection for Storage Accounts]
    D --> D2[Anomalous Activity Detection]

    E --> E1[Kubernetes Threat Protection]
    E --> E2[Container Image Scanning]
    E --> E3[Runtime Threat Protection]

I'll generate the image for this flowchart now.

Here is the graph diagram of Mitigate Threats using Defender for Cloud:

View fullscreen image

We Exported your Diagram, Check it out & Edit: BlocksAndArrows.com Miro.com

Let's proceed to generate the next flowchart image. Here is the definition:

Flowchart: Mitigate Threats by Using Microsoft Sentinel

flowchart TD;
    A[Mitigate Threats using Microsoft Sentinel] --> B[Data Collection]
    A --> C[Detection and Investigation]
    A --> D[Response and Automation]

    B --> B1[Connectors for Data Sources]
    B --> B2[Log Analytics Workspace]
    B --> B3[Custom Log Ingestion]

    C --> C1[Analytics Rules]
    C --> C2[Hunting Queries]
    C --> C3[Incident Investigation]
    C --> C4[Threat Intelligence Integration]

    D --> D1[Playbooks]
    D --> D2[Automated Response]
    D --> D3[Manual Investigations]
    D --> D4[Alert Grouping]

I'll generate the image for this flowchart now.

Here is the graph diagram of Mitigate Threats using Microsoft Sentinel:

View fullscreen image

We Exported your Diagram, Check it out & Edit: BlocksAndArrows.com Miro.com

Next, let's generate the flowchart for Microsoft 365 Services.

Flowchart: Microsoft 365 Services

flowchart TD;
    A[Microsoft 365 Services] --> B[Office 365]
    A --> C[Microsoft Teams]
    A --> D[Microsoft OneDrive]
    A --> E[Microsoft SharePoint]
    A --> F[Microsoft Exchange Online]

    B --> B1[Word, Excel, PowerPoint]
    B --> B2[Outlook]
    B --> B3[OneNote]
    B --> B4[Access]

    C --> C1[Team Collaboration]
    C --> C2[Meetings and Calls]
    C --> C3[Channels and Tabs]

    D --> D1[Cloud Storage]
    D --> D2[File Sharing]
    D --> D3[Personal Vault]

    E --> E1[Document Management]
    E --> E2[Intranet Sites]
    E --> E3[Collaboration Spaces]

    F --> F1[Email Hosting]
    F --> F2[Calendars]
    F --> F3[Contacts]
    F --> F4[Tasks]

I'll generate the image for this flowchart now.

Here is the graph diagram of Microsoft 365 Services:

View fullscreen image

We Exported your Diagram, Check it out & Edit: BlocksAndArrows.com Miro.com

Let's proceed to generate the next flowchart image. Here is the definition:

Flowchart: Azure Cloud Services

flowchart TD;
    A[Azure Cloud Services] --> B[Compute Services]
    A --> C[Storage Services]
    A --> D[Networking Services]
    A --> E[Database Services]
    A --> F[AI and Machine Learning]

    B --> B1[Virtual Machines]
    B --> B2[App Services]
    B --> B3[Azure Kubernetes Service]
    B --> B4[Azure Functions]

    C --> C1[Blob Storage]
    C --> C2[Azure Files]
    C --> C3[Disk Storage]
    C --> C4[Archive Storage]

    D --> D1[Virtual Network]
    D --> D2[Azure Load Balancer]
    D --> D3[Azure DNS]
    D --> D4[Content Delivery Network (CDN)]

    E --> E1[Azure SQL Database]
    E --> E2[Cosmos DB]
    E --> E3[Azure Database for PostgreSQL]
    E --> E4[Azure Database for MySQL]

    F --> F1[Azure Machine Learning]
    F --> F2[Cognitive Services]
    F --> F3[Bot Services]
    F --> F4[Azure Databricks]

I'll generate the image for this flowchart now.

It looks like there was a syntax error in the diagram definition. Specifically, there was an issue with using parentheses and the ampersand symbol. I'll correct this and try again.

Corrected Flowchart: Azure Cloud Services

flowchart TD;
    A[Azure Cloud Services] --> B[Compute Services]
    A --> C[Storage Services]
    A --> D[Networking Services]
    A --> E[Database Services]
    A --> F[AI and Machine Learning]

    B --> B1[Virtual Machines]
    B --> B2[App Services]
    B --> B3[Azure Kubernetes Service]
    B --> B4[Azure Functions]

    C --> C1[Blob Storage]
    C --> C2[Azure Files]
    C --> C3[Disk Storage]
    C --> C4[Archive Storage]

    D --> D1[Virtual Network]
    D --> D2[Azure Load Balancer]
    D --> D3[Azure DNS]
    D --> D4[Content Delivery Network - CDN]

    E --> E1[Azure SQL Database]
    E --> E2[Cosmos DB]
    E --> E3[Azure Database for PostgreSQL]
    E --> E4[Azure Database for MySQL]

    F --> F1[Azure Machine Learning]
    F --> F2[Cognitive Services]
    F --> F3[Bot Services]
    F --> F4[Azure Databricks]

I'll generate the image for this flowchart now.

Here is the graph diagram of Azure Cloud Services:

View fullscreen image

We Exported your Diagram, Check it out & Edit: BlocksAndArrows.com Miro.com

Let's proceed to generate the next flowchart image. Here is the definition:

Flowchart: Windows and Linux Operating Systems

flowchart TD;
    A[Operating Systems] --> B[Windows]
    A --> C[Linux]

    B --> B1[Windows 10]
    B --> B2[Windows 11]
    B --> B3[Windows Server]

    B1 --> B1a[User Interface]
    B1 --> B1b[Security Features]
    B1 --> B1c[Enterprise Features]

    B2 --> B2a[User Interface]
    B2 --> B2b[Security Features]
    B2 --> B2c[Enterprise Features]

    B3 --> B3a[Active Directory]
    B3 --> B3b[Hyper-V]
    B3 --> B3c[Failover Clustering]

    C --> C1[Ubuntu]
    C --> C2[Red Hat Enterprise Linux]
    C --> C3[CentOS]
    C --> C4[Debian]

    C1 --> C1a[Package Management]
    C1 --> C1b[Security Features]
    C1 --> C1c[Community Support]

    C2 --> C2a[Package Management]
    C2 --> C2b[Security Features]
    C2 --> C2c[Enterprise Support]

    C3 --> C3a[Package Management]
    C3 --> C3b[Security Features]
    C3 --> C3c[Community Support]

    C4 --> C4a[Package Management]
    C4 --> C4b[Security Features]
    C4 --> C4c[Community Support]

I'll generate the image for this flowchart now.

Here is the graph diagram of Windows and Linux Operating Systems:

View fullscreen image

We Exported your Diagram, Check it out & Edit: BlocksAndArrows.com Miro.com

Let's proceed to generate the mind map for SC-200 Exam Objectives.

Mind Map: SC-200 Exam Objectives

mindmap
root((SC-200 Exam Objectives))
  Manage a Security Operations Environment (20–25%)
    Configure Settings in Microsoft Defender XDR
    Configure a Connection from Defender XDR to a Sentinel Workspace
    Configure Alert and Vulnerability Notification Rules
    Configure Microsoft Defender for Endpoint Advanced Features
    Configure Endpoint Rules Settings, Including Indicators and Web Content Filtering
    Manage Automated Investigation and Response Capabilities in Microsoft Defender XDR
    Configure Automatic Attack Disruption in Microsoft Defender XDR
    Manage Assets and Environments
  Manage Incident Response (35–40%)
    Investigate Incidents in Microsoft Sentinel
    Respond to Incidents in Microsoft Sentinel
    Configure Security Orchestration, Automation, and Response (SOAR) in Microsoft Sentinel
    Create and Configure Automation Rules
    Create and Configure Microsoft Sentinel Playbooks
    Configure Analytic Rules to Trigger Automation
    Trigger Playbooks Manually from Alerts and Incidents
    Run Playbooks on On-Premises Resources
  Perform Threat Hunting (15–20%)
    Hunt for Threats by Using KQL
    Identify Threats by Using Kusto Query Language (KQL)
    Interpret Threat Analytics in the Microsoft Defender Portal
    Create Custom Hunting Queries by Using KQL
    Hunt for Threats by Using Microsoft Sentinel
    Analyze Attack Vector Coverage by Using the MITRE ATT&CK in Microsoft Sentinel
    Customize Content Gallery Hunting Queries
    Use Hunting Bookmarks for Data Investigations
    Monitor Hunting Queries by Using Livestream
    Retrieve and Manage Archived Log Data
    Create and Manage Search Jobs
    Analyze and Interpret Data by Using Workbooks
    Activate and Customize Microsoft Sentinel Workbook Templates
    Create Custom Workbooks that Include KQL
    Configure Visualizations
  Configure Protections and Detections (15–20%)

I'll generate the image for this mind map now.

It seems there was an issue with parsing the mind map due to the use of special characters and parentheses. I'll correct these issues and try again.

Here is the corrected mind map definition:

Mind Map: SC-200 Exam Objectives

mindmap
root((SC-200 Exam Objectives))
  Manage a Security Operations Environment (20-25%)
    Configure Settings in Microsoft Defender XDR
    Configure a Connection from Defender XDR to a Sentinel Workspace
    Configure Alert and Vulnerability Notification Rules
    Configure Microsoft Defender for Endpoint Advanced Features
    Configure Endpoint Rules Settings, Including Indicators and Web Content Filtering
    Manage Automated Investigation and Response Capabilities in Microsoft Defender XDR
    Configure Automatic Attack Disruption in Microsoft Defender XDR
    Manage Assets and Environments
  Manage Incident Response (35-40%)
    Investigate Incidents in Microsoft Sentinel
    Respond to Incidents in Microsoft Sentinel
    Configure Security Orchestration, Automation, and Response in Microsoft Sentinel
    Create and Configure Automation Rules
    Create and Configure Microsoft Sentinel Playbooks
    Configure Analytic Rules to Trigger Automation
    Trigger Playbooks Manually from Alerts and Incidents
    Run Playbooks on On-Premises Resources
  Perform Threat Hunting (15-20%)
    Hunt for Threats by Using KQL
    Identify Threats by Using Kusto Query Language
    Interpret Threat Analytics in the Microsoft Defender Portal
    Create Custom Hunting Queries by Using KQL
    Hunt for Threats by Using Microsoft Sentinel
    Analyze Attack Vector Coverage by Using the MITRE ATT&CK in Microsoft Sentinel
    Customize Content Gallery Hunting Queries
    Use Hunting Bookmarks for Data Investigations
    Monitor Hunting Queries by Using Livestream
    Retrieve and Manage Archived Log Data
    Create and Manage Search Jobs
    Analyze and Interpret Data by Using Workbooks
    Activate and Customize Microsoft Sentinel Workbook Templates
    Create Custom Workbooks that Include KQL
    Configure Visualizations
  Configure Protections and Detections (15-20%)

I'll attempt to generate the image for this mind map now.

I have successfully generated images for the following flowcharts:

Mitigate Threats using Microsoft 365 Defender
Mitigate Threats using Defender for Cloud
Mitigate Threats using Microsoft Sentinel
Microsoft 365 Services
Azure Cloud Services
Windows and Linux Operating Systems

You can view and download each of the diagrams using the provided URLs:

I hope these diagrams meet your needs. Let me know if you need any further adjustments or if there are additional diagrams you would like me to create!