Pass the Checkpoint CCSE 156-315.82 Questions and answers with Dumpstech

The correct answer isB. The exported Management Database is imported with themigrate_server importcommand from Expert mode. The official R82 CLI syntax requires the administrator to change to $FWDIR/scripts/ and run ./migrate_server import -v R82 ... / < Full Path > / < Name of Exported File > .tgz. This imports the management database and applicable Check Point configuration that were exported from another Management Server. Option A uses the wrong path and the older migrate command. Option C also uses the old migrate utility and an incorrect upgrade-tools path for this R82 workflow. Option D is wrong because Gaia Portal is not the tool used to import an exported Check Point Management Database in an Advanced Upgrade or migration workflow. The actual R82 procedure is CLI-based, executed in Expert mode, and uses the version-specific migrate_server tool. Any answer that does not include migrate_server import is not precise enough for CCSE R82.

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The correct answer isA. IKEv1 Aggressive Mode performs Phase 1 negotiation usingthree packets. Check Point documentation explains that Main Mode and Aggressive Mode are IKEv1 Phase 1 modes. If Aggressive Mode is not selected, the Security Gateway uses Main Mode by default, which performs IKE negotiation with six packets. Aggressive Mode reduces this to three packets, making it faster but less protected than Main Mode. Option B is wrong because four messages is associated with the normal IKEv2 initial exchange, not IKEv1 Aggressive Mode. Option C is not a valid count for the standard aggressive exchange. Option D is the count for IKEv1 Main Mode, not Aggressive Mode. The CCSE memory rule is direct and should not be overcomplicated:IKEv1 Main Mode = 6 packets; IKEv1 Aggressive Mode = 3 packets; IKEv2 initial exchange = 4 messages. Reference topic:IPsec and IKE / Phase I Modes.

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The correct answer isD. An in-place upgrade means the existing Check Point computer is upgraded on the same machine while keeping the current configuration and database. In R82 terminology, CPUSE is used for local upgrades on supported Security Management Servers, Log Servers, Security Gateways, VSX Gateways, and related Gaia-based systems. Check Point’s R82 Installation and Upgrade Guide includes separate CPUSE procedures for upgrading Security Management/Log Servers and Security Gateways, and the Release Notes describe CPUSE upgrade as a supported method that keeps the current configuration and database. Option A is too narrow because cluster members are not the only supported targets. Option B is wrong because Security Gateways can also be upgraded with CPUSE. Option C is also too narrow because upgrade support is not limited only to Management HA Primary and Secondary servers. In-place upgrade must still respect supported upgrade paths, prerequisites, backups, and production change planning, but the method is not restricted to only one device type. Reference topic:Upgrade with CPUSE / Supported Upgrade Methods.

The correct answer isC. Check Point states that the VPN tunnel guaranteesAuthenticity,Privacy, andIntegrity. In standard security terminology, privacy maps toconfidentialitybecause all VPN data is encrypted. Integrity means the traffic is protected against unauthorized modification, and authenticity means the peers use standard authentication methods. Option A is wrong because “identity” is not the complete VPN guarantee set and omits integrity. Option B is wrong because availability is not one of the three VPN tunnel guarantees listed here. Option D is also wrong because it replaces authenticity with availability. The exact exam mapping is:Privacy = Confidentiality, so the answer becomesConfidentiality, Integrity, and Authenticity.

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The correct answer isD. Collision Mode occurs when more than one Management Server is configured asActivein a Management HA environment. In the normal Check Point model, there is only one Active Security Management Server at a time, and all other Management Servers operate as Standby. Collision Mode can occur when connectivity to the original Active server is lost and an administrator changes a Standby server to Active without the existing Active server being changed to Standby. Check Point documentation is explicit: when a Standby server is changed to Active without informing the current Active server, this is known as Collision Mode. Option A describes the standard and healthy HA state. Option B also describes a valid HA state with multiple Standby servers. Option C is not Collision Mode; it is simply an unusable state because no server is Active for management changes. The exam point is simple:Collision Mode equals two Active Management Servers. Reference topic:Working in Collision Mode.

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The correct answer isC. During policy installation, the policy package is transferred to the Security Gateway and staged temporarily before the gateway commits the policy as the active local policy. Check Point CLI documentation identifies the installed Access Control Policy storage locations on the Security Gateway as including both the temporary policy directory and the local policy directory: $FWDIR/state/__tmp/FW1/ and $FWDIR/state/local/FW1/. The temporary directory is used during the transfer/loading stage, while the committed local policy is stored under $FWDIR/state/local/FW1/. Option A points to the temporary staging location, not the final committed policy location. Option B is wrong because $CPDIR is not the firewall policy state directory for the committed Access Control Policy. Option D is syntactically wrong because the directory is FW1, not FW-1. For exam purposes, remember the split:temporary receive/load path = _tmp; committed local policy path = local/FW1. Reference topic:Policy Installation / Access Control Policy Storage Directories.

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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 isB. ElasticXL automatically configures the Sync network as192.0.2.0/24. The R82 ElasticXL important notes state that the Sync ports of all ElasticXL Cluster Members in the same ElasticXL Cluster must connect to the same Layer 2 broadcast domain and that ElasticXL automatically configures the IP address of the Sync network to 192.0.2.0/24. Option A, 192.168.2.0/24, is a private address range but not the ElasticXL Sync default. Option C is not the documented network and appears to be an OCR-corrupted distractor. Option D, 169.254.0.0/24, resembles link-local addressing but is not the ElasticXL Sync-bond network. The operational point is important: the Sync network is an infrastructure network used by ElasticXL members and must not be mixed with unrelated Layer 2 domains or other ElasticXL clusters. Reference topic:ElasticXL Important Notes / Sync network automatic configuration.

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The correct answer isC. The Internal Network must be configured deliberately so SmartEvent can correctly classify traffic and events as internal or external. Check Point documentation identifies adding objects to the Internal Network as a SmartEvent General Settings task and describes the SmartEvent GUI as the client used for initial settings, including Correlation Unit, Log Server, domains, and Internal Network configuration. This is not something an administrator should assume is always correctly derived from topology or private IP addressing. Option A is wrong because Correlation Units are part of the SmartEvent deployment component configuration. Option B is wrong because Offline Jobs are a feature used to process historical logs, not the core initial boundary definition required for event direction. Option D is wrong because SmartEvent Server configuration is part of deployment. The tested weak point is that SmartEvent’s analysis quality depends heavily on accurate Internal Network definition. If the Internal Network is left incomplete, event direction, dashboards, and reports can misrepresent where activity originated. Reference topic:SmartEvent Initial Settings / Internal Network Configuration.

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The correct answer isC. A special JSON configuration file is not always required. Check Point’s R82 Installation and Upgrade Guide states that if the target R82 Security Management Server is installed with a different IP address than the source Security Management Server, the administrator must create a special JSON configuration file before importing the management database. The guide also states that if none of the servers in the same Security Management environment changed their original IP addresses, then the special JSON configuration file is not required. If even one server changes to a new IP address, the same JSON configuration file must be used on all servers in that environment, including Log Servers and SmartEvent Servers. Option A is corrupted and technically meaningless. Option B is wrong because JSON may be required in IP-change scenarios. Option D is wrong because the file is conditional, not universal. The exact CCSE rule is:JSON configuration file is required only when a server IP address changes during the upgrade/migration process. Reference topic:Required JSON Configuration File / Management Database Import.

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