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C1000 175 QRadar SIEM Foundations
The course teaches core concepts of IBM QRadar SIEM V7.5, covering architecture, data collection, flow monitoring, and offense management, enabling learners to apply foundational skills in real‑world security operations.
Who Should Take This
Security analysts, incident responders, and junior architects who have basic networking knowledge and introductory experience with log management will benefit. The certification validates their ability to configure QRadar, interpret events, and design effective offense rules, preparing them for advanced SIEM roles.
What's Covered
1
Domain 1: SIEM Foundations and QRadar Overview
2
Domain 2: QRadar Architecture and Components
3
Domain 3: Event Collection and Log Source Management
4
Domain 4: Flow Data and Network Activity Monitoring
5
Domain 5: Rules, Building Blocks, and Offense Management
6
Domain 6: Search, AQL, Dashboards, and Reporting
What's Included in AccelaStudy® AI
Course Outline
67 learning goals
1
Domain 1: SIEM Foundations and QRadar Overview
2 topics
SIEM Concepts and Security Analytics
- Define Security Information and Event Management (SIEM) core functions including event collection, correlation, and analysis for enterprise security monitoring
- Identify key components of security analytics including threat intelligence, behavioral analysis, and anomaly detection methodologies
- Apply SIEM use cases for compliance reporting, incident response, and threat hunting in enterprise environments
- Analyze the role of threat detection in SIEM workflows including signature-based and behavioral-based detection methods
- Evaluate QRadar positioning within the SIEM market and its unique value propositions for security operations centers
QRadar SIEM Introduction
- Identify QRadar SIEM V7.5 primary capabilities including event correlation, flow analysis, and offense management
- Identify QRadar licensing models including event rate licensing, flow rate licensing, and log source limitations
- Apply QRadar deployment scenarios for distributed environments including multi-site and cloud integration considerations
- Analyze QRadar integration capabilities with third-party security tools including SOAR platforms and threat intelligence feeds
2
Domain 2: QRadar Architecture and Components
2 topics
QRadar System Architecture
- Identify QRadar appliance types including Console, Event Processor, Event Collector, Flow Processor, and Flow Collector roles
- Describe distributed deployment architecture components and their communication protocols including SSH tunneling and certificate management
- Apply high availability configurations for QRadar Console including active-passive clustering and automatic failover mechanisms
- Analyze performance considerations for QRadar component sizing based on event rates, flow rates, and retention requirements
- Evaluate network topology requirements for QRadar deployment including VLAN segmentation and firewall rule configurations
QRadar Console and User Interface
- Identify QRadar Console primary tabs including Dashboard, Log Activity, Network Activity, Assets, and Admin sections
- Identify QRadar user roles and permissions including Admin, Analyst, Viewer, and custom role capabilities
- Apply workspace customization techniques including tab configuration, view preferences, and dashboard personalization
- Utilize QRadar Help system and documentation resources including context-sensitive help and knowledge base access
3
Domain 3: Event Collection and Log Source Management
3 topics
Log Source Configuration
- Identify supported log source types including syslog, SNMP, database, and file-based collection methods
- Configure basic log source parameters including protocol selection, IP address assignment, and credentialed access setup
- Apply log source grouping strategies for efficient management and organization of similar device types
- Troubleshoot common log source connectivity issues including network access, authentication failures, and protocol mismatches
- Analyze log source performance metrics including events per second, parsing errors, and collection latency indicators
Device Support Modules (DSM)
- Define Device Support Module (DSM) purpose and functionality for event parsing and normalization processes
- Identify pre-built DSMs for common security devices including firewalls, IDS/IPS, antivirus, and authentication systems
- Apply DSM assignment to log sources ensuring proper event parsing and field mapping
- Troubleshoot DSM parsing issues using event viewer and raw event analysis techniques
Event Processing and Storage
- Describe QRadar event processing pipeline including collection, parsing, normalization, and correlation stages
- Apply event retention policies including hot, warm, and cold storage tier configurations
- Analyze event storage requirements and capacity planning for different data retention scenarios
- Evaluate event compression and archival strategies for long-term storage optimization
4
Domain 4: Flow Data and Network Activity Monitoring
2 topics
Network Flow Collection
- Identify network flow data types including NetFlow v5/v9, sFlow, and IPFIX protocol specifications
- Configure flow sources including router NetFlow export, switch sFlow configuration, and flow collector setup
- Apply flow data enrichment techniques including asset mapping, geolocation, and application identification
- Analyze network flow patterns to identify bandwidth utilization, top talkers, and communication anomalies
- Troubleshoot flow collection issues including missing flows, sampling rates, and timestamp synchronization problems
Network Activity Analysis
- Identify QRadar Network Activity tab interface including flow search, filtering, and visualization options
- Apply network flow searches using source/destination IP, port, protocol, and time-based filters
- Analyze flow summary reports including top source/destination pairs, protocol distribution, and application usage
- Investigate network-based security incidents using flow data correlation with security events
5
Domain 5: Rules, Building Blocks, and Offense Management
3 topics
QRadar Rules Engine
- Define QRadar rules engine architecture including rule execution order, building blocks, and offense creation logic
- Identify rule types including event rules, flow rules, and offline rules with their specific use cases
- Apply basic rule creation using QRadar Rules Wizard for common security detection scenarios
- Configure rule testing and validation procedures including test events and rule debugging techniques
- Analyze rule performance impact and optimization strategies for high-volume environments
Building Blocks and Custom Rules
- Describe building blocks functionality as reusable rule components for complex detection logic
- Create basic building blocks for common event patterns including failed authentication attempts and suspicious network activity
- Apply building blocks in rule construction for multi-stage attack detection and correlation scenarios
- Configure pre-built rules and building blocks to customize detection logic for organizational requirements
- Analyze rule dependencies and building block relationships for complex detection workflows
Offense Management
- Define QRadar offense structure including magnitude calculation, credibility scoring, and severity assignment
- Identify offense summary interface including offense details, contributing events, and annotation features
- Apply offense workflow management including assignment, status updates, and closure procedures
- Investigate offenses by analyzing contributing events, source/destination assets, and attack timeline reconstruction
6
Domain 6: Search, AQL, Dashboards, and Reporting
3 topics
QRadar Search Capabilities
- Identify QRadar Log Activity search interface including quick search, advanced search, and saved search options
- Apply basic search filters including time range, log source, event category, and text-based criteria
- Utilize search result manipulation including sorting, grouping, and export functionality
- Create and manage saved searches for recurring investigation tasks and compliance requirements
- Analyze search performance optimization techniques including time range selection and index utilization
Ariel Query Language (AQL)
- Identify AQL syntax basics including SELECT statements, FROM clauses, and WHERE conditions for event queries
- Apply fundamental AQL queries for event searching including field selection, filtering, and basic aggregation functions
- Construct AQL queries with time-based functions including LAST, START, and STOP operators
- Utilize AQL joins and subqueries for complex data correlation across events and flows
Dashboards and Reporting
- Create custom dashboards using QRadar dashboard editor with various widget types and data visualizations
- Configure dashboard widgets including charts, tables, and pulse widgets with real-time data sources
- Generate scheduled reports for compliance and operational reporting including PDF and CSV export formats
- Analyze dashboard performance and optimize widget configurations for system resource management
Scope
Included Topics
- All domains of C1000-175 IBM Certified - Foundations of QRadar SIEM V7.5: QRadar SIEM foundations: SIEM concepts, security analytics, threat detection; QRadar architecture, components, console navigation; event collection, log sources, DSM configuration; flow data, network .
- Exam-specific technical content covering activity monitoring; rules, building blocks, offense creation; search, AQL queries, dashboards, reports..
Not Covered
- Topics outside the C1000-175 exam scope and other certification levels.
- Current pricing, promotional offers, and vendor-specific values that change over time.
- Implementation details for competing vendor products and platforms.
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