The correct answer isD. Collision Mode means more than one Management Server is configured asActive. In this condition, the Active servers donotsynchronize with each other, even if network connectivity exists. The administrator must manually resolve the conflict by changing one Active server back to Standby from SmartConsole’s Management High Availability window. When one server becomes Standby, synchronization starts and the data on that Standby server is overwritten by the remaining Active server’s data. That is why this must be handled deliberately; blindly rebooting both servers or restarting Check Point services does not resolve the logical HA conflict. Option B is dangerous because Check Point explicitly says two Active servers cannot sync with each other. Option C is also wrong because daemon restarts do not decide which database is authoritative. The operational correction is to manually return the environment to a single-Active model and allow synchronization from the authoritative Active Management Server. Reference topic:High Availability Troubleshooting / Collision or HA Conflict.

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The correct answer isD. In SmartEvent Policy and Settings, event definitions can use severity levels ofInformational, Low, Medium, High, or Critical. These levels classify the importance of events generated from log correlation and help administrators prioritize monitoring, investigation, and response. Option A is wrong because “Warning” is not listed as one of the SmartEvent severity options in the R82 event definition parameters. Option B is incomplete because it omits Informational and Critical. Option C is also incomplete because it omits Informational. SmartEvent severity is not merely cosmetic; it affects how analysts triage events, how views and reports are interpreted, and how automatic reactions may be configured for important incidents. In a CCSE R82 context, the complete severity set must be remembered exactly:Informational, Low, Medium, High, Critical. Reference topic:Configuring SmartEvent Policy and Settings / Event Definition Parameters.

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The correct answer isA. ElasticXL automatically configures the Sync network to192.0.2.0/24. Check Point’s R82 ElasticXL important notes state this directly. The Sync interfaces of all ElasticXL Cluster Members in the same cluster must connect to the same Layer 2 broadcast domain, usually a dedicated Layer 2 switch or VLAN. The Sync interface must not be configured as a VLAN trunk, and only one ElasticXL Cluster is supported in the same Layer 2 broadcast domain. Option B, 192.168.2.0/24, is a private RFC1918-style address but not the ElasticXL default. Option C, 192.0.0.0/24, is not the documented Sync network. Option D is also not correct. The OCR in the uploaded file mangles the address, but the official value is unambiguous:ElasticXL Sync network = 192.0.2.0/24. Reference topic:ElasticXL Important Notes / Sync network automatic configuration.

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The correct answer isAin the context of the exam’s terminology, but the wording is not technically perfect. IKEv2 does not use IKEv1’s Main Mode, Aggressive Mode, and Quick Mode structure. Instead, IKEv2 establishes an IKE Security Association and then one or more Child Security Associations. Many training materials describe these asParent SAandChild SA, where the parent protects the IKE control exchange and the child protects the actual IPsec data traffic. Check Point’s R82 VPN documentation confirms that Main Mode and Aggressive Mode apply specifically toIKEv1, and it separately describes IKEv2 support as an alternative encryption negotiation mode. Options B and C are clearly wrong because Main, Aggressive, and Quick are IKEv1 terms. Option D is technically defensible in strict protocol language, but because the answer set includes Parent/Child terminology, option A is the intended CCSE answer. The safe exam interpretation is:IKEv1 uses Phase 1/Phase 2; IKEv2 maps that concept to Parent/Child SA terminology.

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The correct answer isA. In Check Point R82 Management High Availability, synchronization occurs at intervals and when the administratorpublishes the SmartConsole session. This distinction matters because SmartConsole changes are not fully committed to the management database until they are published. Simply editing an object and clicking OK saves the change inside the current private session, but that unpublished session is not synchronized to Standby Management Servers. The R82 guide explicitly states that the Active server synchronizes with Standby servers at intervals and when the session is published, and that sessions not published are not synchronized. Option B is therefore incomplete because clicking OK on an object does not equal a publish operation. Option C uses old-style “save” terminology and is not the R80+ publishing model. Option D is fabricated; there is no 10-second inactivity synchronization trigger. For CCSE purposes, the key trigger to remember isPublish, not object edit completion. Reference topic:Synchronizing Active and Standby Servers.

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The correct answer isC. Check Point R82 Release Notes state that R82 Management Servers can manage Security Gateways, ClusterXL, and VRRP clusters running R82, R81.20, R81.10, R81, R80.40, R80.30, R80.20, andR80.10. The same page also states that R82 Management Servers donotsupport Security Gateways and VSX Gateways running R77.30 or lower. Option A is wrong because R81 is supported, but it is not the oldest supported version. Option B is wrong because Check Point explicitly supports backward management compatibility across specified earlier gateway versions. Option D is wrong because R77.30 and lower are not supported by an R82 Management Server. The correct boundary for normal Security Gateway management is thereforeR80.10. Reference topic:R82 Release Notes / Supported Security Gateway Versions.

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The correct answer isB. ElasticXL uses aSingle Management Object, or SMO, to represent the cluster in SmartConsole. Check Point’s R82 ElasticXL documentation instructs the administrator to configurea single Security Gateway objectthat represents the ElasticXL Cluster; this object is the SMO. Policies are then installed on that single gateway object. During licensing and access, the documentation also refers to the IPv4 address of the ElasticXL Cluster, based on the Mgmt interface of the first ElasticXL Cluster Member. The exam point is that the administrator does not manage and install policy separately through multiple individual management IPs for each member in the normal object model. Option A, C, and D contradict the SMO concept. The reason ElasticXL simplifies operations is precisely that management communication and policy installation are abstracted through a single management identity instead of a traditional per-member management model. Reference topic:ElasticXL Getting Started / Configuration in SmartConsole and SMO.

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The correct answer isA. IKEv1 Phase 1 Main Mode usessix packets. Check Point’s R82 Site-to-Site VPN guide states that Main Mode is the default IKEv1 Phase 1 mode and that the Security Gateway performs the IKE negotiation with six packets. Main Mode is preferred over Aggressive Mode because part of the exchange becomes encrypted once both peers know the shared Diffie-Hellman key, and it is less susceptible to denial-of-service conditions than Aggressive Mode. Option D is wrong because three packets correspond to IKEv1 Aggressive Mode, not Main Mode. Option B and Option C are not valid packet counts for the standard IKEv1 Main Mode exchange. For CCSE exam precision, memorize the simple mapping:IKEv1 Main Mode = 6 packets; IKEv1 Aggressive Mode = 3 packets. This is one of the standard Check Point VPN mechanics questions and appears frequently because it tests whether the candidate can distinguish Main Mode from Aggressive Mode without confusing them with IKEv2 exchanges. Reference topic:IKE Phase I Modes.

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The correct answer isD. The command must use the R82 Management Server Migration Tool from the $FWDIR/scripts directory and must specify the target version asR82. The correct syntax is:

$FWDIR/scripts/migrate_server print_installed_tools -v R82

Option A is wrong because print_tools is not the correct operation name and the version is wrong. Option B is wrong because the tool path is $FWDIR/scripts, not $CPDIR/scripts, and it specifies R81.20 instead of R82. Option C uses the right operation name but the wrong version; R77.30 is not the target release in this scenario. Since Alice is importing an exportedR82Management Database, the installed migration tools must be verified forR82. Check Point’s R82 Installation and CLI guidance uses the migrate_server tool for R80.20-and-higher management migration workflows.

The correct answer isD. Each ElasticXL Cluster Member requires at leastfour interfaces. Check Point’s R82 ElasticXL documentation states that an ElasticXL Cluster requires at least four interfaces on each member: a dedicated management interface, a dedicated Sync interface, an external interface, and an internal interface. The Mgmt port is selected automatically for the management interface, and the Sync port is selected automatically for the synchronization interface. The administrator selects and configures the external and internal data interfaces. Option A and Option B overstate the requirement. Option C is wrong because three interfaces would not satisfy the documented minimum: management, synchronization, external, and internal are all required as separate functional interface roles. This is not a design preference; it is an ElasticXL requirement. For CCSE R82, the answer is straightforward:minimum four interfaces per ElasticXL Cluster Member. Reference topic:ElasticXL Important Notes / Minimum interface requirement.

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