MCQs

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1. Software Defined Visibility (SDV) is primarily designed to provide
   a. Static network visibility
   b. Dynamic and automated network visibility
   c. Manual packet inspection
   d. Isolated data capture
   Answer: bbitpipe​
2. The core function of SDV is achieved through
   a. RESTful APIs
   b. SNMP traps
   c. Syslog integrations
   d. Manual CLI configurations
   Answer: abitpipe​
3. SDV uses APIs to connect applications to the
   a. Visibility Fabric
   b. Load Balancer
   c. DNS Server
   d. Certificate Authority
   Answer: abitpipe​
4. The Visibility Fabric in SDV refers to
   a. A collection of physical network switches
   b. Distributed visibility nodes that observe traffic
   c. A centralized router controller
   d. Firewall appliances
   Answer: bbitpipe​
5. The purpose of automation in SDV is to
   a. Increase manual oversight
   b. Reduce hardware dependency
   c. React dynamically to network events
   d. Disable network control
   Answer: cbitpipe​
6. REST stands for
   a. Rapid Entry Security Tools
   b. Representational State Transfer
   c. Reliable Event Security Transfers
   d. Remote Execution of Secure Transactions
   Answer: bbitpipe​
7. SDV improves agility by
   a. Reducing virtual machine count
   b. Automating visibility responses
   c. Blocking all unknown traffic
   d. Isolating user activity logs
   Answer: bbitpipe​
8. Which protocol is used by RESTful systems?
   a. HTTP
   b. FTP
   c. SMTP
   d. SSH
   Answer: abitpipe​
9. SDV helps reduce
   a. Network blind spots
   b. Network throughput
   c. Security policies
   d. Authentication requests
   Answer: abitpipe​
10. In SDV, the policy controller serves as the
    a. Access point
    b. REST server
    c. Logging system
    d. Data repository
    Answer: bbitpipe​
11. An organization uses SDV to decrypt SSL traffic dynamically. This action represents
    a. Manual filtering
    b. Real-time automated visibility
    c. Traditional firewall operation
    d. Passive monitoring
    Answer: bbitpipe​
12. In SDV, managing devices within the Visibility Fabric is done through
    a. REST APIs
    b. SNMP MIBs
    c. OSPF routing
    d. Command Line Scripting
    Answer: abitpipe​
13. The Visibility Fabric can operate across
    a. Physical, virtual, and cloud environments
    b. Only physical switches
    c. Only SD-WANs
    d. Isolated routers
    Answer: abitpipe​
14. SDV integrates closely with
    a. Software-Defined Networking (SDN)
    b. Static VLANs
    c. IPv4-only networks
    d. Default firewall policies
    Answer: abitpipe​
15. The role of the centralized policy controller in SDV is to
    a. Manage the entire Visibility Fabric
    b. Route internet traffic
    c. Control physical routers
    d. Encrypt all network packets
    Answer: abitpipe​
16. The performance of REST APIs is primarily bound by
    a. System component interactions
    b. Bandwidth limitation
    c. Network latency
    d. Log retention
    Answer: abitpipe​
17. RESTful systems are considered
    a. Stateful and unreliable
    b. Stateless and scalable
    c. Stateful and encrypted
    d. Encrypted and manual
    Answer: bbitpipe​
18. SDV shifts visibility from
    a. Reactive monitoring to proactive automation
    b. Encrypted control to manual updates
    c. Centralized routers to passive sensors
    d. Local logging to cloud caching
    Answer: abitpipe​
19. RESTful APIs communicate through
    a. HTTP verbs like GET, POST, PUT, DELETE
    b. ICMP packets
    c. UDP datagrams
    d. SMTP sessions
    Answer: abitpipe​
20. SDV’s automation ensures visibility that is
    a. Pervasive and dynamic
    b. Static and limited
    c. Manual and slow
    d. Offline and redundant
    Answer: abitpipe​
21. In SDV, API-based workflows are used to manage
    a. Nodes, ports, and traffic maps
    b. DNS records
    c. Routing tables
    d. User passwords
    Answer: abitpipe​
22. Configuring traffic maps in SDV allows administrators to
    a. Route data based on policies
    b. Change virtualization layers
    c. Manage SSL certificates
    d. Assign user roles
    Answer: abitpipe​
23. Flow maps in SDV help
    a. Deliver specific traffic flows to desired tools
    b. Encrypt SSL communication
    c. Modify firewall rules
    d. Delete unused devices
    Answer: abitpipe​
24. A major benefit of SDV is
    a. Real-time reaction to detected threats
    b. Isolation of server resources
    c. Prevention of IP conflicts
    d. Deletion of traffic logs
    Answer: abitpipe​
25. Threat detection and response in SDV are
    a. Programmatically automated
    b. Manual and static
    c. Enforced by CLI configuration
    d. Dependent on human analysts only
    Answer: abitpipe​
26. SDV enables on-demand packet capturing using
    a. REST API triggers
    b. Passive hubs
    c. Firewall policies
    d. Router ACLs
    Answer: abitpipe​
27. Role-Based Access Control (RBAC) in SDV protects
    a. Authorized API usage
    b. SSL decryption
    c. User credential storage
    d. Buffer overflows
    Answer: abitpipe​
28. RESTful APIs make SDV
    a. Programmable
    b. Manual
    c. Static
    d. Randomized
    Answer: abitpipe​
29. The REST verbs POST and PUT are used in SDV to
    a. Create and update resources
    b. Delete log files
    c. Forward traffic
    d. Deny network access
    Answer: abitpipe​
30. In SDV, “Fabric Nodes” can be
    a. Physical, virtual, or hybrid components
    b. Only hardware switches
    c. Only virtual machines
    d. Only routers
    Answer: abitpipe​
31. In Gigamon’s SDV model, GigaVUE-FM acts as
    a. The Fabric Manager and policy controller
    b. Network Switch
    c. Cloud Firewall
    d. Intrusion Detector
    Answer: abitpipe​
32. SDV uses the REST API model primarily for
    a. Automation and programmability
    b. Encryption
    c. Static routing
    d. VLAN segmentation
    Answer: abitpipe​
33. A Visibility Fabric node can generate
    a. Flow records and metadata
    b. DNS tables
    c. Email reports
    d. IPsec tunnels
    Answer: abitpipe​
34. The SDV concept is analogous to
    a. Software-Defined Networking
    b. Local Network Security
    c. IP Telephony
    d. Database replication
    Answer: abitpipe​
35. In SDV, APIs can automatically change
    a. Device states and monitoring modes
    b. DNS records
    c. Log timestamps
    d. VLAN IDs
    Answer: abitpipe​
36. Gigamon refers to the combination of visibility and automation as
    a. Software-Defined Visibility (SDV)
    b. Network Intelligence Fabric
    c. Adaptive Routing Layer
    d. Elastic Data Manager
    Answer: abitpipe​
37. APIs in SDV must be protected by
    a. RBAC mechanisms
    b. Encryption algorithms only
    c. Firewalls
    d. Manual audit trails
    Answer: abitpipe​
38. Centralized policy control in SDV allows
    a. Real-time visibility fabric coordination
    b. Data encryption
    c. DNS lookups
    d. File storage monitoring
    Answer: abitpipe​
39. The term “Visibility Fabric” signifies
    a. Unified network observation framework
    b. Wireless transmission protocol
    c. Authentication database
    d. Load balancer design
    Answer: abitpipe​
40. REST APIs in SDV can execute
    a. Add, delete, modify visibility nodes
    b. Encrypt all traffic
    c. Manage DNS services
    d. Send bulk emails
    Answer: abitpipe​
41. The foundational architecture of SDV supports
    a. Dynamic network adaptation
    b. Static routing updates
    c. Fixed hardware mapping
    d. Manual IP configurations
    Answer: abitpipe​
42. Adaptive Packet Filtering in SDV helps
    a. Filter traffic intelligently
    b. Block DNS
    c. Disable IP ranges
    d. Encrypt packets
    Answer: abitpipe​
43. SSL decryption feature in SDV allows
    a. Monitoring encrypted traffic securely
    b. Rewriting SSL certificates
    c. Disabling HTTPS
    d. Rejecting cookies
    Answer: abitpipe​
44. In SDV, monitoring remote sites efficiently involves
    a. Generating unsampled flow records
    b. Installing VPN routers
    c. Redirecting HTTP
    d. Deploying honeypots
    Answer: abitpipe​
45. An SDV-enabled system can trigger responses
    a. Automatically upon threat detection
    b. Only through admin commands
    c. After security audits
    d. Via static timers
    Answer: abitpipe​
46. REST APIs enhance IT management by
    a. Automating provisioning and monitoring
    b. Slowing system updates
    c. Requiring manual tickets
    d. Limiting traffic access
    Answer: abitpipe​
47. Pervasive visibility eliminates
    a. Network blind spots
    b. Security events
    c. Traffic flow data
    d. Firewall settings
    Answer: abitpipe​
48. REST API communication in SDV uses
    a. Uniform Resource Identifiers (URIs)
    b. Binary payloads
    c. ICMP echoes
    d. ARP broadcasts
    Answer: abitpipe​
49. In Gigamon’s implementation, GigaSMART provides
    a. Traffic intelligence applications
    b. Remote VPN tunnels
    c. SSL certificate management
    d. Log integrity controls
    Answer: abitpipe​
50. SDV ultimately aims to create
    a. An active, agile visibility architecture
    b. Isolated static network maps
    c. Redundant access layers
    d. Encrypted storage nodes
    Answer: abitpipe​

1. https://docs.media.bitpipe.com/io_12x/io_126516/item_1209536/wp-software-defined-visibility-new-paradigm-for-it-3167.pdf
2. https://www.sanfoundry.com/1000-cyber-security-questions-answers/
3. https://www.ourcreativeinfo.in/cyber-security-mcq/
4. https://priyadogra.com/fcf-technical-introduction-to-cybersecurity-exam-quiz-answers-fortinet/
5. https://www.scribd.com/document/877523188/Cybersecurity-SOC-MCQ-1
6. https://www.slideshare.net/slideshow/cyber-security-mcq-questions-and-answers/273164705
7. https://blog.gigamon.com/2015/04/20/software-defined-visibility-when-automation-meets-visibility/
8. https://www.sanfoundry.com/cyber-security-questions-answers-bugs-vulnerabilities/
9. https://vicone.com/files/white-paper/White_Paper_Cybersecurity_in_SDV.pdf
10. https://ijsret.com/paper/IJSRET_V3I3-168.PDF
11. https://study.com/academy/practice/quiz-worksheet-software-defined-network-sdn-overview.html
12. https://www.valeo.com/en/everything-you-need-to-know-about-the-software-defined-vehicle-sdv/
13. https://www.cubro.com/en/solutions/visibility-sdn-nfv-networks/
14. https://examradar.com/mcqs/cyber-security-mcq/
15. https://www.tcs.com/what-we-do/services/cybersecurity/white-paper/software-defined-vehicles-secure-by-design
16. https://www.geeksforgeeks.org/computer-networks/software-defined-networking/
17. https://www.studocu.com/in/document/government-college-of-engineering-dharmapuri/computer-science-and-engineering/cyber-security-quiz/107574013
18. https://autocrypt.io/wp-content/uploads/2022/12/CybersecurityManagementforSDVs_White-Paper_v1.0.pdf
19. https://www.entsoe.eu/technopedia/techsheets/software-defined-security/
20. https://www.interviewbit.com/cyber-security-mcq/