Security Operations Automation at Scale

1. What is the purpose of threat intelligence automation in security operations?

To automatically gather and correlate threat data

To eliminate all security risks

To reduce the number of security tools

To prevent network upgrades

2. In automated security operations, what does observability provide?

Visibility into system behavior and automation effectiveness

Elimination of all security monitoring

Reduction of system logs

Hiding security incidents

3. What is the benefit of using webhooks in security automation workflows?

Enabling real-time event-driven automation between tools

Slowing down security responses

Removing API dependencies

Increasing manual intervention needs

4. How does automated backup and recovery automation improve resilience?

By scheduling and verifying backups without manual intervention

By eliminating the need for disaster recovery plans

By removing all data redundancy

By storing backups on public networks

5. Which automation technique helps prevent configuration drift in security systems?

Continuous configuration validation

Manual spreadsheet tracking

Annual audits only

Ignoring system changes

6. What is the primary goal of security orchestration in large organizations?

Centralizing tool management and workflow coordination

Purchasing more security tools

Reducing security analyst training

Eliminating security policies

7. How do automated access controls improve security at scale?

By enforcing consistent policies across all systems

By removing all authentication requirements

By allowing unlimited user permissions

By disabling multi-factor authentication

8. What is Infrastructure as Code (IaC) in security automation?

Managing infrastructure through version-controlled code

Writing security alerts in programming languages

Eliminating cloud environments

Storing passwords in code repositories

9. Which type of automation reduces mean time to respond (MTTR) in incident management?

Automated alert triage and ticket creation

Manual log reviews only

Quarterly security assessments

Annual penetration testing

10. How does automated vulnerability scanning improve security operations?

By continuously identifying and prioritizing vulnerabilities

By removing all software updates

By eliminating penetration testing

By disabling security patches

11. What is the primary benefit of automating security operations at scale?

Reducing manual intervention and response time

Eliminating the need for security analysts

Replacing all security tools with one platform

Increasing the number of security alerts

12. Which orchestration platform is commonly used for containerized security workloads?

Kubernetes

Active Directory

LDAP

SSH

13. In automated compliance monitoring, what is continuous compliance?

Checking compliance only once per year

Real-time automated monitoring of policy adherence

Manual audits by external consultants

Ignoring regulatory requirements

14. What does a security information and event management (SIEM) system automate?

Log collection, aggregation, and correlation

Physical security only

Employee payroll

Network routing decisions

15. Which automation tool is primarily used for configuration management in security environments?

Chef

Splunk

Burp Suite

Nmap

16. Automated incident response playbooks typically include which of these steps?

Detection, investigation, containment, and remediation

Only alert generation

Deleting all logs immediately

Notifying competitors of breaches

17. What is the role of an API in security operations automation?

To enable communication between different security tools

To replace manual security tasks entirely

To increase the number of security incidents

To eliminate the need for firewalls

18. Which of the following is a key challenge when automating security at scale?

Tool integration and interoperability

Lack of security threats

Too many qualified analysts

Slow network connectivity

19. In security operations, what does SOAR stand for?

Security Operations Analysis and Response

Security Orchestration, Automation and Response

System Optimization and Automated Reporting

Security Operations Audit and Review

20. Which automation framework is commonly used for infrastructure security in large environments?

Ansible