C1000-163
Coming Soon
Expected availability announced soon
This course is in active development. Preview the scope below and create a free account to be notified the moment it goes live.
C1000 163 QRadar SIEM Deployment
The IBM Security QRadar SIEM V7.5 Deployment (C1000-163) certification teaches professionals how to design, install, configure, integrate logs, manage network flows, and maintain QRadar environments, ensuring robust security analytics.
90
Minutes
62
Questions
62/100
Passing Score
$200
Exam Cost
Who Should Take This
Ideal candidates are security analysts, system engineers, or architects with 2–5 years of experience in security operations who aim to validate their expertise in QRadar deployment and strategy. They seek to lead implementation projects, optimize log integration, and ensure continuous system health across enterprise environments.
What's Covered
1
Domain 1: Deployment Architecture
2
Domain 2: Installation and Configuration
3
Domain 3: Log Source Integration
4
Domain 4: Network Flow Configuration
5
Domain 5: System Maintenance
What's Included in AccelaStudy® AI
Adaptive Knowledge Graph
Practice Questions
Lesson Modules
Console Simulator Labs
Exam Tips & Strategy
20 Activity Formats
Course Outline
60 learning goals
1
Domain 1: Deployment Architecture
3 topics
Architecture Design
- Configure QRadar deployment architecture with console, event processors, flow processors, and data node component placement.
- Implement distributed QRadar deployment with remote event collectors, managed hosts, and cross-site communication tunnels.
- Configure QRadar high availability with primary and secondary console failover, data replication, and automatic switchover.
- Analyze environment requirements including EPS volume, flow rate, and retention to determine appropriate deployment sizing.
- Design QRadar deployment architectures with capacity planning, geographic distribution, and high availability requirements.
Storage and Capacity
- Configure QRadar storage allocation for event and flow data with retention policies and storage volume management.
- Implement data node deployment for horizontal storage scaling with automatic data distribution and rebalancing.
- Configure data archival policies with Cloud Object Storage or NFS targets for long-term event and flow data retention.
- Analyze storage utilization trends to forecast capacity requirements and recommend storage expansion or archival strategies.
- Evaluate QRadar software update deployment strategies including staged rollouts, rollback procedures, and version compatibility verification.
Deployment Sizing and Capacity Planning
- Configure QRadar deployment sizing parameters based on events per second, flows per minute, and retention period requirements.
- Analyze hardware resource utilization metrics to determine when QRadar infrastructure requires vertical scaling or horizontal expansion.
- Design a phased capacity planning strategy that accounts for organizational growth, new log source onboarding, and increasing retention mandates.
2
Domain 2: Installation and Configuration
3 topics
System Setup
- Configure QRadar software installation with network settings, storage partitioning, and initial system configuration parameters.
- Implement QRadar licensing configuration with license key installation, capacity allocation, and compliance monitoring.
- Configure QRadar network interfaces with management, monitoring, and HA heartbeat network separation for security.
- Implement system time synchronization using NTP for consistent event timestamps across distributed QRadar components.
- Analyze installation prerequisites and network topology to identify configuration requirements and potential deployment issues.
- Evaluate the security implications of different QRadar deployment models including all-in-one, distributed, and cloud-hosted configurations.
Security Configuration
- Configure QRadar access control with user roles, security profiles, and domain-based access restrictions for analysts.
- Implement LDAP and SAML authentication integration for centralized user management and single sign-on access.
- Configure TLS encryption for QRadar web interface, inter-component communication, and syslog receiver connections.
- Analyze access control configurations to verify least-privilege enforcement and appropriate role-based data access.
- Design a certificate management lifecycle for QRadar encrypted communications including automated renewal, revocation, and trust chain validation.
Network Architecture and Segmentation
- Configure network segmentation between QRadar console, event processors, and data nodes to optimize inter-component communication bandwidth.
- Analyze network latency and throughput metrics between distributed QRadar components to identify communication bottlenecks affecting event processing.
- Design a geographically distributed QRadar deployment architecture that minimizes WAN bandwidth consumption through strategic event processor placement.
3
Domain 3: Log Source Integration
2 topics
Log Source Configuration
- Configure log source auto-discovery with traffic analysis-based detection and automatic DSM assignment for new sources.
- Implement manual log source configuration with protocol selection including syslog, JDBC, REST API, and file reader.
- Configure custom DSM parsing with log source extensions, property extraction, and event categorization mapping rules.
- Implement log source grouping and coalescing configuration for managing high-volume multi-instance log source deployments.
- Analyze log source health metrics to identify parsing failures, dropped events, and configuration optimization opportunities.
- Design log source onboarding procedures with standardized protocols, parsing validation, and documentation requirements.
Protocol Management
- Configure syslog protocol receivers with UDP, TCP, and TLS listener configuration for secure log collection.
- Implement Windows Event Log collection using WinCollect agent deployment and agentless WMI configuration methods.
- Configure cloud log source integration using REST API protocols for AWS, Azure, and IBM Cloud event collection.
- Analyze protocol performance and reliability to select optimal collection methods for different log source types.
4
Domain 4: Network Flow Configuration
3 topics
Flow Collection
- Configure flow collector deployment for NetFlow, sFlow, and IPFIX protocol reception from network infrastructure devices.
- Implement span port and network tap configuration for QRadar QFlow collector with packet capture and flow generation.
- Configure flow deduplication settings and flow bias correction for accurate network traffic volume measurement.
- Analyze flow collection coverage to identify network segments without monitoring and recommend additional collection points.
- Design network flow monitoring architectures with collector placement, protocol selection, and bandwidth capacity planning.
Flow Processing
- Configure flow processor deployment with dedicated processing capacity for high-volume network monitoring environments.
- Implement application detection configuration for identifying network applications and protocols from flow data.
- Analyze flow processing performance to identify bottlenecks and recommend scaling or optimization configurations.
- Analyze QRadar event processor performance degradation patterns to determine whether routing rule adjustments or additional processors are required.
- Recommend an event routing optimization strategy that balances processor utilization across the deployment while minimizing event processing latency.
Disaster Recovery and Business Continuity
- Configure QRadar high availability failover between primary and secondary consoles including data synchronization and automatic promotion.
- Analyze recovery time objectives and recovery point objectives for QRadar deployments to determine appropriate backup frequency and retention.
- Design a disaster recovery strategy for multi-site QRadar deployments that ensures continuous security monitoring during regional infrastructure failures.
5
Domain 5: System Maintenance
2 topics
Backup and Recovery
- Configure QRadar backup procedures with automated scheduling, storage targets, and backup content selection policies.
- Implement QRadar disaster recovery procedures with backup restoration, configuration import, and data recovery testing.
- Configure auto-update deployment for QRadar patches, protocol updates, and DSM content packs with staged rollout.
- Analyze backup and recovery procedures to verify RPO/RTO compliance and identify gaps in data protection coverage.
- Design backup and recovery strategies with retention policies, offsite storage, and periodic recovery validation testing.
Health Monitoring
- Configure system health monitoring with notification rules for disk utilization, EPS rate, and component status alerting.
- Implement performance monitoring using QRadar system monitoring dashboard with key metrics and threshold alerting.
- Configure log source health reporting for identifying disconnected sources, parsing errors, and throughput degradation.
- Analyze system performance trends to identify capacity constraints and recommend tuning or hardware upgrade actions.
- Design a comprehensive QRadar deployment validation framework that verifies log source connectivity, rule activation, and report generation post-migration.
Scope
Included Topics
- All domains of IBM Security QRadar SIEM V7.5 Deployment (C1000-163): architecture design, installation, log source integration, network configuration, and maintenance.
- QRadar deployment architecture: console, event processors, flow processors, data nodes, and distributed deployment topologies.
- Installation and configuration: software installation, licensing, network configuration, storage sizing, and initial setup procedures.
- Log source integration: auto-discovery, manual configuration, protocol setup, DSM deployment, and extension management.
- Network and flow configuration: flow collectors, NetFlow/sFlow/IPFIX, span ports, and network monitoring architecture.
- System maintenance: backup, recovery, high availability, patching, health monitoring, and performance optimization.
Not Covered
- QRadar SIEM analysis techniques.
- Application development.
- Non-IBM SIEM deployment.
- Operating system installation.
Official Exam Page
Learn more at IBM
C1000-163 is coming soon
Adaptive learning that maps your knowledge and closes your gaps.
Create Free Account to Be Notified