McAfee Secure

Exam Code: 156-215.82

Exam Name: Check Point Certified Security Administrator R82

Certification Provider: Checkpoint

Corresponding Certification: CCSA R82

Questions & Answers

Checkpoint 156-215.82 Questions & Answers

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Checkpoint 156-215.82 Practice Test 17

Question 160

At the Thornport regional financial cooperative, the business needs a specific UDP-based discovery protocol between two network segments but policy is written for a similarly numbered TCP service. Which continuing control would best reduce recurrence?

  1. Perform impact checks on widely reused objects before change approval
  2. Audit group membership after server additions and retirement
  3. Review duplicates during object governance and new-object creation
  4. Confirm the transport protocol whenever creating nonstandard service objects

Explanation

Correct Answer

D:

Confirm the transport protocol whenever creating nonstandard service objects. This is the continuing safeguard relevant to service udp object at the Thornport regional financial cooperative; it keeps controls aligned as the environment changes.

Incorrect Answers

A:

That control is useful when managing object modification impact. At the Thornport regional financial cooperative, the continuing priority is to confirm the transport protocol whenever creating nonstandard service objects, because identical numeric ports do not make TCP and UDP service objects interchangeable.

B:

That control is useful when managing object group reuse. At the Thornport regional financial cooperative, the continuing priority is to confirm the transport protocol whenever creating nonstandard service objects, because identical numeric ports do not make TCP and UDP service objects interchangeable.

C:

That control is useful when managing duplicate address objects. At the Thornport regional financial cooperative, the continuing priority is to confirm the transport protocol whenever creating nonstandard service objects, because identical numeric ports do not make TCP and UDP service objects interchangeable.

Question 161

At the Fairhaven research and development institute, a newly managed perimeter device appears in deployment records but the operator tries to treat it as a logical address-only object. Which response best addresses the requirement?

  1. Use the intended managed cluster gateway target in the policy installation workflow
  2. Identify and configure the actual gateway object in Gateways and Servers
  3. Identify duplicate definitions and consolidate references carefully under a reviewed change
  4. Use the appropriate UDP service object and verify the protocol and port

Explanation

Correct Answer

B:

Physical gateway objects represent managed security devices; logical network objects represent addresses or services. The appropriate action at the Fairhaven research and development institute is to identify and configure the actual gateway object in Gateways and Servers. The result to verify is that the intended gateway object contains correct interface and management details.

Incorrect Answers

A:

That action addresses cluster object, where a clustered security system is a deployment target, not merely a set of unrelated IP host entries. Here at the Fairhaven research and development institute, the important distinction is that physical gateway objects represent managed security devices; logical network objects represent addresses or services; the action would miss the stated requirement.

C:

That action addresses duplicate address objects, where conflicting duplicate objects create maintenance drift and inconsistent rule intent. Here at the Fairhaven research and development institute, the important distinction is that physical gateway objects represent managed security devices; logical network objects represent addresses or services; the action would miss the stated requirement.

D:

That action addresses service udp object, where identical numeric ports do not make TCP and UDP service objects interchangeable. Here at the Fairhaven research and development institute, the important distinction is that physical gateway objects represent managed security devices; logical network objects represent addresses or services; the action would miss the stated requirement.

Question 162

At the Fairhaven research and development institute, a newly managed perimeter device appears in deployment records but the operator tries to treat it as a logical address-only object. Which interpretation best explains what is happening?

  1. Identical numeric ports do not make TCP and UDP service objects interchangeable
  2. Managed objects can be reused across rules, so discovery should precede creating redundant definitions
  3. Physical gateway objects represent managed security devices; logical network objects represent addresses or services
  4. Editing a reused object can change several rules even when the rules themselves are not edited

Explanation

Correct Answer

C:

Physical gateway objects represent managed security devices; logical network objects represent addresses or services. This directly explains the reported condition at the Fairhaven research and development institute; it supports the decision to identify and configure the actual gateway object in Gateways and Servers.

Incorrect Answers

A:

That statement describes service udp object: identical numeric ports do not make TCP and UDP service objects interchangeable. At the Fairhaven research and development institute, however, the reported facts indicate that physical gateway objects represent managed security devices; logical network objects represent addresses or services.

B:

That statement describes object search and navigation: managed objects can be reused across rules, so discovery should precede creating redundant definitions. At the Fairhaven research and development institute, however, the reported facts indicate that physical gateway objects represent managed security devices; logical network objects represent addresses or services.

D:

That statement describes object modification impact: editing a reused object can change several rules even when the rules themselves are not edited. At the Fairhaven research and development institute, however, the reported facts indicate that physical gateway objects represent managed security devices; logical network objects represent addresses or services.

Question 163

At the Fairhaven research and development institute, a newly managed perimeter device appears in deployment records but the operator tries to treat it as a logical address-only object. Which evidence would most directly confirm the intended result?

  1. The approved TCP connection works while unneeded services are not matched by that allow rule
  2. The existing service object and all relevant policy references are identified
  3. Controlled tests confirm included subnet addresses match the rule and outside addresses do not
  4. The intended gateway object contains correct interface and management details

Explanation

Correct Answer

D:

The intended gateway object contains correct interface and management details. This checks the intended behavior at the Fairhaven research and development institute, rather than assuming that a completed configuration task proves successful enforcement.

Incorrect Answers

A:

That observation would help validate service tcp object, but not the central need at the Fairhaven research and development institute. The more direct test is that the intended gateway object contains correct interface and management details.

B:

That observation would help validate object search and navigation, but not the central need at the Fairhaven research and development institute. The more direct test is that the intended gateway object contains correct interface and management details.

C:

That observation would help validate network subnet object, but not the central need at the Fairhaven research and development institute. The more direct test is that the intended gateway object contains correct interface and management details.

Question 164

At the Fairhaven research and development institute, a newly managed perimeter device appears in deployment records but the operator tries to treat it as a logical address-only object. Which continuing control would best reduce recurrence?

  1. Maintain a consistent register linking deployed hardware to gateway objects
  2. Confirm the transport protocol whenever creating nonstandard service objects
  3. Validate cluster object membership when the availability topology changes
  4. Perform impact checks on widely reused objects before change approval

Explanation

Correct Answer

A:

Maintain a consistent register linking deployed hardware to gateway objects. This is the continuing safeguard relevant to gateway physical object at the Fairhaven research and development institute; it keeps controls aligned as the environment changes.

Incorrect Answers

B:

That control is useful when managing service udp object. At the Fairhaven research and development institute, the continuing priority is to maintain a consistent register linking deployed hardware to gateway objects, because physical gateway objects represent managed security devices; logical network objects represent addresses or services.

C:

That control is useful when managing cluster object. At the Fairhaven research and development institute, the continuing priority is to maintain a consistent register linking deployed hardware to gateway objects, because physical gateway objects represent managed security devices; logical network objects represent addresses or services.

D:

That control is useful when managing object modification impact. At the Fairhaven research and development institute, the continuing priority is to maintain a consistent register linking deployed hardware to gateway objects, because physical gateway objects represent managed security devices; logical network objects represent addresses or services.

Question 165

At the Quayhaven telecommunications group, a security policy targets a gateway cluster, yet the operator selects one member's network host object for installation. Which response best addresses the requirement?

  1. Define the intended network object with the correct subnet and reference it in policy
  2. Inspect every reference to the shared object before publishing the membership change
  3. Use the intended managed cluster gateway target in the policy installation workflow
  4. Search SmartConsole objects and inspect existing references before adding a new object

Explanation

Correct Answer

C:

A clustered security system is a deployment target, not merely a set of unrelated IP host entries. The appropriate action at the Quayhaven telecommunications group is to use the intended managed cluster gateway target in the policy installation workflow. The result to verify is that the approved policy is reported installed for the intended cluster target.

Incorrect Answers

A:

That action addresses network subnet object, where a network object expresses an address range; repeated individual host objects make broad subnet intent harder to maintain. Here at the Quayhaven telecommunications group, the important distinction is that a clustered security system is a deployment target, not merely a set of unrelated IP host entries; the action would miss the stated requirement.

B:

That action addresses object modification impact, where editing a reused object can change several rules even when the rules themselves are not edited. Here at the Quayhaven telecommunications group, the important distinction is that a clustered security system is a deployment target, not merely a set of unrelated IP host entries; the action would miss the stated requirement.

D:

That action addresses object search and navigation, where managed objects can be reused across rules, so discovery should precede creating redundant definitions. Here at the Quayhaven telecommunications group, the important distinction is that a clustered security system is a deployment target, not merely a set of unrelated IP host entries; the action would miss the stated requirement.

Question 166

At the Quayhaven telecommunications group, a security policy targets a gateway cluster, yet the operator selects one member's network host object for installation. Which interpretation best explains what is happening?

  1. An overly broad address mask changes which endpoints match a rule, regardless of the displayed object name
  2. Managed objects can be reused across rules, so discovery should precede creating redundant definitions
  3. Object groups reuse sets of existing objects, reducing scattered and inconsistent rule references
  4. A clustered security system is a deployment target, not merely a set of unrelated IP host entries

Explanation

Correct Answer

D:

A clustered security system is a deployment target, not merely a set of unrelated IP host entries. This directly explains the reported condition at the Quayhaven telecommunications group; it supports the decision to use the intended managed cluster gateway target in the policy installation workflow.

Incorrect Answers

A:

That statement describes incorrect subnet mask: an overly broad address mask changes which endpoints match a rule, regardless of the displayed object name. At the Quayhaven telecommunications group, however, the reported facts indicate that a clustered security system is a deployment target, not merely a set of unrelated IP host entries.

B:

That statement describes object search and navigation: managed objects can be reused across rules, so discovery should precede creating redundant definitions. At the Quayhaven telecommunications group, however, the reported facts indicate that a clustered security system is a deployment target, not merely a set of unrelated IP host entries.

C:

That statement describes object group reuse: object groups reuse sets of existing objects, reducing scattered and inconsistent rule references. At the Quayhaven telecommunications group, however, the reported facts indicate that a clustered security system is a deployment target, not merely a set of unrelated IP host entries.

Question 167

At the Quayhaven telecommunications group, a security policy targets a gateway cluster, yet the operator selects one member's network host object for installation. Which evidence would most directly confirm the intended result?

  1. The approved policy is reported installed for the intended cluster target
  2. Each relevant rule references the intended server address through the same managed object
  3. The approved TCP connection works while unneeded services are not matched by that allow rule
  4. All intended application servers match the group-based rule without including unrelated hosts

Explanation

Correct Answer

A:

The approved policy is reported installed for the intended cluster target. This checks the intended behavior at the Quayhaven telecommunications group, rather than assuming that a completed configuration task proves successful enforcement.

Incorrect Answers

B:

That observation would help validate host object for a server, but not the central need at the Quayhaven telecommunications group. The more direct test is that the approved policy is reported installed for the intended cluster target.

C:

That observation would help validate service tcp object, but not the central need at the Quayhaven telecommunications group. The more direct test is that the approved policy is reported installed for the intended cluster target.

D:

That observation would help validate object group reuse, but not the central need at the Quayhaven telecommunications group. The more direct test is that the approved policy is reported installed for the intended cluster target.

Question 168

At the Quayhaven telecommunications group, a security policy targets a gateway cluster, yet the operator selects one member's network host object for installation. Which continuing control would best reduce recurrence?

  1. Confirm the transport protocol whenever creating nonstandard service objects
  2. Validate cluster object membership when the availability topology changes
  3. Review duplicates during object governance and new-object creation
  4. Audit group membership after server additions and retirement

Explanation

Correct Answer

B:

Validate cluster object membership when the availability topology changes. This is the continuing safeguard relevant to cluster object at the Quayhaven telecommunications group; it keeps controls aligned as the environment changes.

Incorrect Answers

A:

That control is useful when managing service udp object. At the Quayhaven telecommunications group, the continuing priority is to validate cluster object membership when the availability topology changes, because a clustered security system is a deployment target, not merely a set of unrelated IP host entries.

C:

That control is useful when managing duplicate address objects. At the Quayhaven telecommunications group, the continuing priority is to validate cluster object membership when the availability topology changes, because a clustered security system is a deployment target, not merely a set of unrelated IP host entries.

D:

That control is useful when managing object group reuse. At the Quayhaven telecommunications group, the continuing priority is to validate cluster object membership when the availability topology changes, because a clustered security system is a deployment target, not merely a set of unrelated IP host entries.

Question 169

At the Corlissport manufacturing operator, two nearly identical host names refer to different servers and an engineer selects the wrong destination in an allow rule. Which response best addresses the requirement?

  1. Define the intended network object with the correct subnet and reference it in policy
  2. Use a group of the relevant server objects and reference the reviewed group in the rule
  3. Inspect every reference to the shared object before publishing the membership change
  4. Review object names and addresses and use an unambiguous intended destination object

Explanation

Correct Answer

D:

An object name is a reference label; its actual address and type determine policy matching. The appropriate action at the Corlissport manufacturing operator is to review object names and addresses and use an unambiguous intended destination object. The result to verify is that the published rule references the correct destination address and the lookalike is excluded.

Incorrect Answers

A:

That action addresses network subnet object, where a network object expresses an address range; repeated individual host objects make broad subnet intent harder to maintain. Here at the Corlissport manufacturing operator, the important distinction is that an object name is a reference label; its actual address and type determine policy matching; the action would miss the stated requirement.

B:

That action addresses object group reuse, where object groups reuse sets of existing objects, reducing scattered and inconsistent rule references. Here at the Corlissport manufacturing operator, the important distinction is that an object name is a reference label; its actual address and type determine policy matching; the action would miss the stated requirement.

C:

That action addresses object modification impact, where editing a reused object can change several rules even when the rules themselves are not edited. Here at the Corlissport manufacturing operator, the important distinction is that an object name is a reference label; its actual address and type determine policy matching; the action would miss the stated requirement.

Question 170

At the Corlissport manufacturing operator, two nearly identical host names refer to different servers and an engineer selects the wrong destination in an allow rule. Which interpretation best explains what is happening?

  1. An object name is a reference label; its actual address and type determine policy matching
  2. Managed objects can be reused across rules, so discovery should precede creating redundant definitions
  3. An overly broad address mask changes which endpoints match a rule, regardless of the displayed object name
  4. Conflicting duplicate objects create maintenance drift and inconsistent rule intent

Explanation

Correct Answer

A:

An object name is a reference label; its actual address and type determine policy matching. This directly explains the reported condition at the Corlissport manufacturing operator; it supports the decision to review object names and addresses and use an unambiguous intended destination object.

Incorrect Answers

B:

That statement describes object search and navigation: managed objects can be reused across rules, so discovery should precede creating redundant definitions. At the Corlissport manufacturing operator, however, the reported facts indicate that an object name is a reference label; its actual address and type determine policy matching.

C:

That statement describes incorrect subnet mask: an overly broad address mask changes which endpoints match a rule, regardless of the displayed object name. At the Corlissport manufacturing operator, however, the reported facts indicate that an object name is a reference label; its actual address and type determine policy matching.

D:

That statement describes duplicate address objects: conflicting duplicate objects create maintenance drift and inconsistent rule intent. At the Corlissport manufacturing operator, however, the reported facts indicate that an object name is a reference label; its actual address and type determine policy matching.

Check Point Certified Security Administrator R82 (156-215.82) Practice Tests