156-551 Check Point Certified VSX Specialist - R81 (CCVS) Exam Free Dumps - Free Latest Dumps for IT Certification Exams

156-551 Check Point Certified VSX Specialist – R81 (CCVS) Exam Free Dumps

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Passing Check Point Certified VSX Specialist – R81 (CCVS) 156-551 exam is easy now. We all know that there are approximately 90 multiple-choice, exhibits, drag‑and‑drop, and hotspot formats in real Check Point 156-551 exam, and you have 90 minutes to answer all the questions. The required passing score is 70%. We provide the latest Check Point CCVS 156-551 exam dumps, which can ensure you pass the test easily. Free Check Point Certified VSX Specialist – R81 (CCVS) 156-551 exam dumps are available below.

Page 1 of 5

1. Which of the following is a core function of Check Point VSX technology?

Provides high availability only for physical firewalls

Enables multiple virtual security gateways on one device

Disables stateful inspection on all virtual systems

Supports only Layer 2 switching

2. What is the role of the VSX Gateway?

Central management server for all firewalls

Host for physical firewall interfaces

Virtualized platform hosting virtual systems

Management database repository

3. Which of the following components are considered part of the VSX environment? (Choose two)

Virtual Switch

SmartEvent

Virtual Router

ClusterXL

4. What is the purpose of the VS0 context in a VSX system?

Routing traffic between VSs

Hosting user authentication services

Managing shared operating system components

Providing web filtering

5. Which of the following are benefits of using VSX technology in enterprise networks? (Choose three)

Hardware resource sharing

Simplified policy creation across gateways

Logical separation of customer environments

Reduced hardware sprawl

6. In VSX, what does each Virtual System (VS) typically represent?

An entire Layer 3 network

A single VLAN

A virtualized security gateway

A hardware firewall instance

7. Which of the following VSX components performs Layer 3 routing?

Virtual Router

Virtual Switch

VS0

Smart Dashboard

8. What is the main difference between a Virtual Router and a Virtual Switch in VSX?

Routers are physical, switches are virtual

Virtual Routers operate at Layer 3, switches at Layer 2

Switches apply policies, routers do not

Virtual Switches are managed by SmartView Monitor

9. Which two tools are used for managing VSX objects? (Choose two)

SmartView Tracker

SmartConsole

VSX Provisioning Tool

Gaia Portal

10. What role does the Security Management Server play in a VSX setup?

Acts as a virtual router

Hosts firewall policies for VSs

Stores log data only

Forwards network traffic

Page 2 of 5

11. Which of the following statements about traffic flow in a VSX environment is correct?

All VSs share one IP stack

Traffic between VSs always goes through external interfaces

Virtual Switches or Routers direct internal VS-to-VS traffic

VS0 handles inter-VS traffic routing

12. How does a Virtual Switch differ from a traditional switch?

It lacks port mirroring

It cannot filter VLANs

It’s configured within VSX and runs in the VSX Gateway

It has no MAC address table

13. Which components are mandatory when creating a new Virtual System (VS)? (Choose two)

External interface

Dedicated routing engine

Policy package

Virtual Switch or Router connection

14. What is the purpose of the vsx_util reconfigure command?

Reset all VSIDs

Modify the topology of existing VSs

Push policy from SmartConsole

Collect traffic statistics

15. How are logs from VSs typically viewed?

Directly in Gaia shell

Only via SmartUpdate

In SmartView Tracker or SmartConsole Logs tab

Through VSX Gateway’s system logs

16. What is a primary advantage of using VSX for service providers?

Easier firmware upgrades

Centralized licensing

Multi-tenant network segmentation with independent policies

Requires no management interface

17. Which command displays VSX status and virtual system resource usage?

cpstat vsx

vsx_util status

vsx show status

fw ctl pstat

18. What is the default behavior for routing between Virtual Systems?

Requires external switch

Routed internally using Virtual Router

Managed by VS0

Broadcast-based forwarding

19. How is HA (High Availability) typically implemented in a VSX environment? (Choose two)

Using ClusterXL in VSX mode

Using VRRP on each Virtual System

Synchronizing VSX Gateways

Manual failover via CLI

20. What happens when a Virtual System is deleted?

Its policies are retained

Interfaces are retained by the Gateway

Its objects and routes are removed from VSX Gateway

Logs are automatically deleted

Page 3 of 5

21. Which routing method is supported in VSX to manage dynamic routing?

OSPF

RIP

BGP

Static only

22. What is the primary purpose of the Gaia kernel VRF (Virtual Routing and Forwarding) in VSX?

Load balancing across VSs

Isolate routing tables per Virtual System

Create VLANs inside a VS

Route multicast traffic

23. Which of the following routing features are available in Check Point VSX? (Choose three)

OSPFv2 and OSPFv3

BGP

PBR (Policy-Based Routing)

MPLS

24. Which component in a VSX environment handles dynamic routing on behalf of multiple VSs?

Virtual Switch

Central Dynamic Routing Daemon

Virtual Router

Cluster XL

25. What deployment option allows a Virtual System to use its own routing process?

Centralized routing

Autonomous routing

Static routing only

Internal dynamic routing

26. Which VSX routing configuration allows only the VS0 to manage dynamic routing?

Distributed routing

Static routing

Centralized routing

Autonomous routing

27. Which routing configuration provides the highest level of VS independence?

Static routing

Centralized routing

Autonomous routing

Internal switching

28. Which of the following can be achieved by using Policy-Based Routing (PBR) in VSX? (Choose two)

Forward traffic based on source IP

Perform dynamic NAT

Override routing table decisions

Apply routing per service port

29. Which method enables inter-VS communication within the same VSX Gateway?

Inter-VS Bridge

Virtual Switch or Virtual Router

External Interface NAT

Route Redistribution

30. What are valid design approaches when deploying VSX in complex enterprise networks? (Choose three)

Multi-VSX Gateways with Load Sharing

Dedicated VSX Gateway per department

Centralized routing with PBR

Deployment using cluster members across data centers

Page 4 of 5

31. How can you simplify routing configuration in a VSX deployment with many Virtual Systems?

Assign same IP to all VSs

Enable NAT traversal

Use Centralized Dynamic Routing

Use VLANs across VSs

32. Which deployment method is most suitable for a service provider hosting multiple customers?

Single VS with VLAN tagging

Distributed routing with shared policy

Separate VSs with Autonomous Routing

NAT-based segmentation

33. Which command can be used to verify OSPF routes in a Virtual System?

show ospf status

netstat -rn

ip route show ospf

vsx_util show routes

34. What are the benefits of Centralized Dynamic Routing in VSX? (Choose two)

Simplified route management

Full isolation per VS

Lower CPU resource usage

No support for route redistribution

35. Which of the following protocols are supported for dynamic routing in a Virtual Router? (Choose two)

EIGRP

OSPF

BGP

IGRP

36. Which deployment scenario best supports multiple data centers using VSX?

One VS per VLAN in a single data center

Dual VSX Gateways in ClusterXL Load Sharing

Route all traffic to central firewall

Flat Layer 2 topology with NAT

37. What is the function of the vsx_util route command?

Creates static NAT rules

Views routing table entries for each VS

Manages VPN tunnels

Reconfigures interfaces

38. Which VSX feature enables routing to be based on user-defined rules?

Route Injection

Policy-Based Routing

OSPF Area Filtering

Centralized Address NAT

39. What’s the advantage of using VSX in a network with complex segmentation requirements?

Supports only static NAT

Simplifies IPS configuration

Offers per-segment routing and security policies

Prevents firewall rule duplication

40. Which options allow integration of dynamic routing into VSX with minimal per-VS configuration? (Choose two)

Use static routes only

Use centralized routing model

Configure OSPF on each VS individually

Enable route propagation via VS0

Page 5 of 5

41. What is a prerequisite before converting a physical Security Gateway to a VSX Gateway?

Backup of the Smart Dashboard database

Ensuring ClusterXL is disabled

Establishing SIC between Gateway and Management Server

Enabling SNMP on the Gateway

42. What command is used to convert a Security Gateway to a VSX Gateway?

vsx_util setup

vsx_util convert

vsx_util enable

vsx_provision gateway

156-551 Check Point Certified VSX Specialist – R81 (CCVS) Exam Free Dumps

156-551 Check Point Certified VSX Specialist – R81 (CCVS) Exam Free Dumps

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