Tenable Vulnerability Management Specialist
Exam – Practice Test Questions And Correct
Answers (Verified Answers) Plus Rationales
2025/2026 Q&A | Instant Download Pdf
1. Which Tenable product is primarily used for vulnerability management in cloud,
on-premises, and hybrid environments?
A. Tenable.ad
B. Tenable.ot
C. Tenable Vulnerability Management
D. Tenable.cs
Rationale: Tenable Vulnerability Management (formerly Tenable.io) is the central
platform for vulnerability management across hybrid environments.
2. What type of scanning does Tenable Vulnerability Management primarily
perform?
A. Code analysis
B. Packet capture
C. Network and host vulnerability scanning
D. Penetration testing
Rationale: It identifies misconfigurations and vulnerabilities via network and host
scanning, not code reviews or pen tests.
3. What is an advantage of agent-based scanning in Tenable?
A. Reduces CPU usage on endpoints
B. Allows offline scanning when hosts are not on the network
C. Provides real-time alerts only
D. Eliminates patching requirements
,Rationale: Agents allow scanning even when devices are offline or remote,
ensuring continuous coverage.
4. Which protocol is required for credentialed scans in Windows environments?
A. SSH
B. SMB
C. SNMP
D. RDP
Rationale: Windows credentialed scans use SMB (Server Message Block) for
authenticated access.
5. In Tenable, what does CVSS stand for?
A. Common Vulnerability Software System
B. Computer Vulnerability Scanning Score
C. Common Vulnerability Scoring System
D. Cyber Vulnerability Severity Scale
Rationale: CVSS is the industry-standard scoring system to rate vulnerability
severity.
6. Which Tenable deployment model does not require local infrastructure?
A. On-premises VM
B. Cloud (SaaS)
C. Hybrid deployment
D. Containerized scanner
Rationale: Tenable Vulnerability Management SaaS removes the need for local
infrastructure.
7. What is the function of a Nessus scanner in Tenable Vulnerability Management?
A. Reporting only
B. Discovering and assessing vulnerabilities on targets
C. Ticket assignment
, D. Encryption of asset data
Rationale: Nessus scanners are the engines that perform vulnerability detection.
8. Which scan type detects vulnerabilities without requiring credentials?
A. Non-credentialed scan
B. Credentialed scan
C. Agent-based scan
D. Passive scan
Rationale: Non-credentialed scans rely only on exposed services and banners.
9. Which Tenable feature prioritizes vulnerabilities based on threat intelligence
and exploit availability?
A. CVSS only
B. Vulnerability Priority Rating (VPR)
C. Asset tags
D. Remediation SLA
Rationale: VPR incorporates exploitability data, threat context, and CVSS to rank
risk.
10. What is the benefit of using Tenable’s Asset Tagging?
A. Encrypts data
B. Organizes assets dynamically for reporting and scan targeting
C. Creates user accounts
D. Updates plugins automatically
Rationale: Asset tags categorize hosts for reporting and scoping scans.
11. Which scanning method is most efficient for cloud-native workloads that scale
dynamically?
A. Non-credentialed scans
B. On-premises Nessus scanner
C. Agent-based scans
Exam – Practice Test Questions And Correct
Answers (Verified Answers) Plus Rationales
2025/2026 Q&A | Instant Download Pdf
1. Which Tenable product is primarily used for vulnerability management in cloud,
on-premises, and hybrid environments?
A. Tenable.ad
B. Tenable.ot
C. Tenable Vulnerability Management
D. Tenable.cs
Rationale: Tenable Vulnerability Management (formerly Tenable.io) is the central
platform for vulnerability management across hybrid environments.
2. What type of scanning does Tenable Vulnerability Management primarily
perform?
A. Code analysis
B. Packet capture
C. Network and host vulnerability scanning
D. Penetration testing
Rationale: It identifies misconfigurations and vulnerabilities via network and host
scanning, not code reviews or pen tests.
3. What is an advantage of agent-based scanning in Tenable?
A. Reduces CPU usage on endpoints
B. Allows offline scanning when hosts are not on the network
C. Provides real-time alerts only
D. Eliminates patching requirements
,Rationale: Agents allow scanning even when devices are offline or remote,
ensuring continuous coverage.
4. Which protocol is required for credentialed scans in Windows environments?
A. SSH
B. SMB
C. SNMP
D. RDP
Rationale: Windows credentialed scans use SMB (Server Message Block) for
authenticated access.
5. In Tenable, what does CVSS stand for?
A. Common Vulnerability Software System
B. Computer Vulnerability Scanning Score
C. Common Vulnerability Scoring System
D. Cyber Vulnerability Severity Scale
Rationale: CVSS is the industry-standard scoring system to rate vulnerability
severity.
6. Which Tenable deployment model does not require local infrastructure?
A. On-premises VM
B. Cloud (SaaS)
C. Hybrid deployment
D. Containerized scanner
Rationale: Tenable Vulnerability Management SaaS removes the need for local
infrastructure.
7. What is the function of a Nessus scanner in Tenable Vulnerability Management?
A. Reporting only
B. Discovering and assessing vulnerabilities on targets
C. Ticket assignment
, D. Encryption of asset data
Rationale: Nessus scanners are the engines that perform vulnerability detection.
8. Which scan type detects vulnerabilities without requiring credentials?
A. Non-credentialed scan
B. Credentialed scan
C. Agent-based scan
D. Passive scan
Rationale: Non-credentialed scans rely only on exposed services and banners.
9. Which Tenable feature prioritizes vulnerabilities based on threat intelligence
and exploit availability?
A. CVSS only
B. Vulnerability Priority Rating (VPR)
C. Asset tags
D. Remediation SLA
Rationale: VPR incorporates exploitability data, threat context, and CVSS to rank
risk.
10. What is the benefit of using Tenable’s Asset Tagging?
A. Encrypts data
B. Organizes assets dynamically for reporting and scan targeting
C. Creates user accounts
D. Updates plugins automatically
Rationale: Asset tags categorize hosts for reporting and scoping scans.
11. Which scanning method is most efficient for cloud-native workloads that scale
dynamically?
A. Non-credentialed scans
B. On-premises Nessus scanner
C. Agent-based scans
