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100+ Free Qualys EDR Specialist Practice Questions

Prepare for the Qualys Endpoint Detection and Response (EDR) Specialist exam with instant access — no signup required.

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Key Facts: Qualys EDR Specialist Exam

4 types

EDR Event Categories

Qualys EDR Documentation

QQL

Native Hunting Query Language

Qualys EDR Platform

8 vectors

Multi-Vector EDR Context Sources

Qualys Multi-Vector EDR

MITRE ATT&CK

Behavioral Mapping Framework

Qualys EDR Event Details

Free via LMS

Exam Delivery Cost

Qualys Training Portal

Single agent

Deployment Architecture

Qualys Cloud Agent Platform

Real-time

Anti-Malware Blocking Speed

Qualys Multi-Vector EDR

CSAM + VMDR

Primary Context Vector Sources

Qualys Multi-Vector EDR 2.0

Qualys EDR Specialist is an LMS-based certification delivered through the Qualys training portal after completing the certified EDR course. It covers Cloud Agent activation for EDR, multi-vector context correlation, QQL-based threat hunting, MITRE ATT&CK-mapped incident investigation, anti-malware configuration, rule-based alerting, and incident response workflows.

Sample Qualys EDR Specialist Practice Questions

Try these sample questions to test your Qualys EDR Specialist exam readiness. Each question includes a detailed explanation. Start the interactive quiz above for the full 100+ question experience with AI tutoring.

1Which component is responsible for collecting endpoint telemetry and sending it to the Qualys Cloud Platform for EDR analysis?
A.Qualys Cloud Agent
B.Qualys Scanner Appliance
C.Qualys Gateway Server
D.Qualys Web Application Firewall
Explanation: The Qualys Cloud Agent is the lightweight endpoint sensor installed on Windows and Linux systems that collects telemetry data and transmits it to the Qualys Cloud Platform for EDR analysis. It operates without requiring a dedicated on-premises infrastructure and supports EDR, VM, PC, and other modules from a single agent.
2When creating an activation key for Qualys Cloud Agent to support EDR, which step enables the EDR module during agent provisioning?
A.Select the EDR module in the activation key's module configuration
B.Toggle the EDR switch in the Network Vulnerability Scanner settings
C.Install a separate EDR agent executable on each endpoint
D.Configure a Qualys Scanner Policy with EDR enabled
Explanation: Activation keys in Qualys Cloud Agent allow administrators to specify which modules (e.g., VM, PC, EDR, FIM) are enabled for agents deployed using that key. By selecting the EDR module in the activation key configuration, all agents installed with that key will be activated for EDR, provided sufficient licenses are available.
3In a Qualys Cloud Agent Configuration Profile, where is the EDR application module toggled on for data collection?
A.Step 1 – Profile Name
B.Step 2 – Blackout Windows
C.Step 4 – Application Configuration
D.Step 7 – Performance Tuning
Explanation: In the Cloud Agent Configuration Profile creation wizard, Step 4 – Application Configuration is where administrators toggle the 'Enable EDR application module for this profile' setting. This must be done before assigning the profile to agents to ensure EDR telemetry collection begins.
4Qualys Multi-Vector EDR differentiates itself from traditional EDR solutions by correlating endpoint telemetry with which additional context vectors?
A.Vulnerabilities, misconfigurations, asset criticality, network reachability, and patch status
B.Password vault audits and dark web feeds only
C.Firewall logs and cloud access security broker alerts only
D.Active Directory group policies and DNS query logs only
Explanation: Qualys Multi-Vector EDR unifies multiple context vectors beyond raw endpoint telemetry, including asset and software inventory, end-of-life visibility, vulnerabilities and exploits, misconfigurations, network traffic summary, MITRE ATT&CK TTPs, malware intelligence, and network reachability. This multi-vector approach improves incident prioritization and reduces alert fatigue.
5Which of the following event types can be filtered and investigated in the Qualys EDR Hunting section?
A.Files, Processes, Network, and Mutex events
B.Firewall rules, DNS zones, DHCP leases, and ARP tables
C.SNMP traps, syslog entries, and IPFIX flows only
D.Registry hives, WMI subscriptions, BIOS events, and hardware interrupts only
Explanation: The Qualys EDR Hunting section collects events from EDR-enabled assets and allows analysts to filter by Files, Processes, Network, and Mutex event types. These four event categories provide comprehensive coverage of endpoint activity for threat hunting purposes.
6In Qualys EDR, what is the primary purpose of the Incidents section?
A.To list all detected security occurrences with malware family and category details for investigation
B.To download Cloud Agent installation packages for mass deployment
C.To schedule vulnerability scans on EDR-enabled assets
D.To configure anti-malware policy exclusions for specific processes
Explanation: The Qualys EDR Incidents section lists all discovered security occurrences in the environment and allows analysts to examine events by malware family name and malware category. It uses advanced search and filter capabilities, and each incident is mapped to MITRE ATT&CK tactics and techniques for contextual analysis.
7How does Qualys EDR map detected malicious behaviors to an industry-standard adversary framework to provide tactical and technique context?
A.By mapping events to MITRE ATT&CK tactics and techniques on the Event Details page
B.By applying OWASP Top 10 categories to each network event
C.By cross-referencing CVE IDs against the NVD database for each process
D.By assigning CVSS scores to behavioral events
Explanation: Qualys EDR evaluates endpoint events in context with the MITRE ATT&CK framework. On the Event Details page, appropriate ATT&CK tactics and techniques are applied to each event, giving SOC analysts a standardized language to understand adversary behavior and correlate detections across incidents.
8Which query language does Qualys EDR provide for analysts to hunt across endpoint events and investigate incidents?
A.Qualys Query Language (QQL)
B.Splunk Processing Language (SPL)
C.Elastic Query Domain-Specific Language (KQL)
D.Sigma rule syntax
Explanation: Qualys EDR uses the Qualys Query Language (QQL) for threat hunting and investigation queries. Analysts can use QQL to search and filter endpoint events across all EDR-enabled assets, enabling rich contextual investigation with a consistent query interface shared across the Qualys platform.
9Qualys Multi-Vector EDR uses a patent-pending incident scoring model. What does this model algorithmically calculate?
A.The impact that a particular attack technique will have on the asset
B.The number of endpoints affected by a single CVE across the entire estate
C.The time-to-patch for each vulnerability discovered during a scan
D.The network bandwidth consumed by the Cloud Agent during telemetry upload
Explanation: Qualys Multi-Vector EDR's patent-pending incident scoring model algorithmically calculates the impact that a particular attack technique will have on the specific asset, factoring in asset criticality and context vectors. This scoring helps SOC teams prioritize the most critical incidents for rapid response.
10In the context of Qualys Multi-Vector EDR, what role does Qualys VMDR play during an active incident investigation?
A.VMDR allows analysts to pivot from a malware incident to identify all assets susceptible to associated CVEs and patch them
B.VMDR provides network packet capture for forensic reconstruction of the attack chain
C.VMDR supplies the anti-malware signature database used by the EDR agent
D.VMDR manages user identity and access privileges on compromised endpoints
Explanation: Through native integration with Qualys VMDR (Vulnerability Management, Detection, and Response), practitioners can pivot from a single malware incident to identifying all assets across the environment that are susceptible to CVEs associated with the malware, then remediate via Qualys Patch Management — closing the loop between detection and prevention.

About the Qualys EDR Specialist Exam

The Qualys EDR Specialist certification validates expertise in deploying, configuring, and operating Qualys Endpoint Detection and Response — a multi-vector EDR solution that correlates endpoint behavioral telemetry with vulnerability, asset criticality, and network context for prioritized threat detection and response.

Assessment

Question count not published by the exam provider

Time Limit

Not publicly disclosed

Passing Score

Not publicly disclosed

Exam Fee

Included with Qualys platform subscription (Qualys)

Qualys EDR Specialist Exam Content Outline

~15%

EDR Fundamentals & Architecture

Cloud Agent model, multi-vector EDR concept, platform integration, single-agent multi-module design

~15%

Cloud Agent Activation for EDR

Activation key module selection, configuration profile EDR enablement, profile assignment, troubleshooting

~15%

EDR Event Types & Incident Categorization

File, process, network, mutex events; malware family and category; incident severity scoring and status lifecycle

~15%

Threat Hunting in EDR

Qualys Query Language (QQL), Hunting section, hypothesis-driven hunting, fleet-wide IOC search

~10%

Anti-Malware Configuration

Multi-layered anti-malware, anti-phishing, anti-exploit protection; behavioral scanning; exclusion and allowlist management

~15%

Event Investigation & Correlation

MITRE ATT&CK tactic/technique mapping, process-file event correlation, attack chain reconstruction

~10%

Rule-Based Alerting

Alert rule conditions and notification configuration, severity thresholds, rule tuning, false positive reduction

~15%

Incident Response Workflows & Multi-Vector Context

IR lifecycle, VMDR/CSAM integration, asset criticality, exploit availability, patch orchestration, post-remediation validation

How to Pass the Qualys EDR Specialist Exam

What You Need to Know

  • Passing score: Not publicly disclosed
  • Assessment: Question count not published by the exam provider
  • Time limit: Not publicly disclosed
  • Exam fee: Included with Qualys platform subscription

Keys to Passing

  • Work through all 100 available questions
  • Review every answer and explanation
  • Track weak areas and revisit them
  • Use our AI tutor for tough concepts

Qualys EDR Specialist Study Tips from Top Performers

1Focus on the Cloud Agent activation flow: activation key module selection + configuration profile EDR enablement at Step 4 — both must be in place for EDR telemetry to flow
2Memorize the four EDR event types available in the Hunting section: Files, Processes, Network, and Mutex
3Practice QQL syntax using field:value notation with AND/OR operators — the field names follow dot notation (process.name, process.parent.name)
4Understand the Multi-Vector EDR context vectors: asset criticality (CSAM), vulnerabilities/exploits (VMDR), misconfigurations, network reachability, software inventory, EOL visibility
5Know the MITRE ATT&CK tactic categories and representative techniques: especially Defense Evasion (T1036, T1055, T1218), Execution (T1059), Persistence (T1547), and Lateral Movement (T1021)

Frequently Asked Questions

What is the Qualys EDR Specialist certification?

The Qualys EDR Specialist certification validates expertise in Qualys Endpoint Detection and Response — a multi-vector EDR solution that combines endpoint behavioral telemetry with vulnerability, asset criticality, and network context. The certification is delivered online via the Qualys LMS after completing the certified EDR course and passing the associated assessment.

What topics does the Qualys EDR exam cover?

The Qualys EDR exam covers eight domains: EDR fundamentals and architecture, Cloud Agent activation for EDR, EDR event types and incident categorization, threat hunting with QQL, anti-malware configuration, event investigation and MITRE ATT&CK correlation, rule-based alerting, and incident response workflows with multi-vector context integration.

What is Qualys Multi-Vector EDR?

Qualys Multi-Vector EDR is an endpoint security approach that correlates behavioral endpoint telemetry with multiple additional context vectors — including asset criticality (CSAM), vulnerabilities and exploits (VMDR), security misconfigurations, network reachability, software inventory, and MITRE ATT&CK TTPs. This multi-vector correlation improves incident prioritization and reduces alert fatigue compared to standalone EDR solutions.

What is QQL and how is it used in Qualys EDR?

QQL (Qualys Query Language) is the native query language used within the Qualys platform, including the EDR Hunting section. Analysts use QQL to filter and search endpoint event telemetry (file, process, network, mutex events) across all EDR-enabled assets simultaneously, enabling proactive threat hunting and rapid enterprise-wide IOC searches.

How does Qualys EDR integrate with MITRE ATT&CK?

Qualys EDR maps detected malicious behaviors to MITRE ATT&CK tactics and techniques on the Event Details page. When the Cloud Agent detects suspicious activity, the platform correlates it with the appropriate ATT&CK technique (e.g., T1003 for credential dumping, T1547 for persistence). This mapping gives SOC analysts a standardized adversary behavior vocabulary for investigation and reporting.

Do I need a Qualys platform account to prepare for the EDR specialist exam?

While not strictly required, having access to a Qualys platform account (including a trial subscription) significantly helps with practical preparation. The Qualys training portal offers free certified EDR courses with lab components for platform subscribers, covering all exam domains with hands-on exercises.