SecureXL is a technology that accelerates the performance of the Check Point Security Gateway by offloading CPU-intensive operations from the Firewall kernel to the SecureXL device. SecureXL can handle various types of traffic, such as TCP, UDP, ICMP, non-IP, VPN, NAT, etc. SecureXL can also work with various features, such as CoreXL, ClusterXL, QoS, etc.

One way to indicate that SecureXL is enabled is to use the  fwaccel  commands in clish. Clish is a command-line shell that provides a user-friendly interface for configuring and managing Check Point products. The  fwaccel  commands are used to control and monitor SecureXL operations, such as enabling or disabling SecureXL, viewing SecureXL statistics, managing SecureXL templates, etc. For example, the command  fwaccel stat  shows the status of SecureXL, such as whether it is on or off, how many packets are accelerated or not accelerated, etc.

The other options are not valid indicators of SecureXL being enabled:

A. Dynamic objects are available in the Object Explorer: Dynamic objects are objects that re p resent IP addresses that change over time, such as VPN clients, DHCP clients, etc. Dynamic objects are available in the Object Explorer regardless of whether SecureXL is enabled or not.

B. SecureXL can be disabled in cpconfig: Cpconfig is a command-line tool that allows you to configure various settings of Check Point products, such as administrator password, GUI clients, SNMP extension, etc. SecureXL can be disabled in cpconfig only if it was enabled before. Therefore, this option does not indicate that SecureXL is enabled.

D. Only one packet in a stream is seen in a fw monitor packet capture: Fw monitor is a co m mand-line tool that allows you to capture and analyze network traffic passing through the Security Gateway. Fw monitor shows the traffic at different inspection points in the Firewall kernel. If SecureXL is enabled, some packets may be accelerated by SecureXL and bypass the Firewall kernel inspection. Therefore, fw monitor may not see all packets in a stream. However, this does not mean that only one packet in a stream will be seen by fw monitor. Some packets may still go through the Firewall kernel inspection and be seen by fw monitor. Therefore, this option does not indicate that SecureXL is enabled.

Therefore, the correct answer is C.

 The correct command to add an “emailserver1” host with IP address 10.50.23.90 using GAiA management CLI is  mgmt: add host name emailserver1 ip-address 10.50.23.90 . This command will create a new host object in the Security Management Server database, with the specified name and IP address. The  mgmt:  prefix indicates that the command is executed on the Security Management Server, and not on the local GAiA machine. The other commands are either missing the  mgmt:  prefix, or have incorrect syntax or parameters. 

Hybrid Emulation Mode is a mode of operation that allows load sharing of emulation between an on premise appliance and the cloud. Emulation is a process that analyzes files for malicious behavior by running them in a virtual sandbox. Hybrid Emulation Mode enables you to optimize the performance and scalability of your Threat Emulation solution by distributing the emulation workload between your local SandBlast appliance and the Check Point cloud service. References:  Check Point Security Expert R81 Course ,  Threat Emulation Administration Guide

 The port used for SmartConsole to connect to the Security Management Server is CPMI port 18191/TCP. CPMI stands for Check Point Management Interface, which is a proprietary protocol that enables secure communication between the SmartConsole and the Security Management Server. CPMI uses SSL encryption and authentication to protect the data exchange. References:  Check Point Security Expert R81 Course ,  SK52421 - Ports used by Check Point software

Check Point API is a set of web services that enable the usage of functions and commands in a d y namic and automated fashion. Check Point API is available in different types, each serving a different purpose and functionality.  According to the Check Point Resource Library 1 , the following are the types of Check Point API available in R81.x:

Identity Awareness Web Services : This type of API allows external applications to send identity and location information to the Security Gateway, which can then use this information for policy enforcement. Identity Awareness Web Services can be used for scenarios such as guest regi s tration, captive portal, identity agents, etc.

OPSEC SDK : This type of API provides a framework for developing applications that interact with Check Point products using the OPSEC (Open Platform for Security) protocol. OPSEC SDK can be used for scenarios such as log export, event management, anti-virus integration, etc.

Management : This type of API allows external applications to perform management oper a tions on the Check Point Management server using RESTful web services. Management API can be used for scenarios such as policy installation, object creation, configuration backup, etc.

Mobile Access is not a type of Check Point API, but rather a feature that provides secure remote a c cess to corporate resources from various devices. Mobile Access uses SSL VPN technology and su p ports different authentication methods and access scenarios.

The cvpnd_restart command is used to restart the daemon after making modifications to the $CVPNDIR/conf/cvpnd.C file. The cvpnd daemon is responsible for managing the communication between the Check Point components and the Content Vectoring Protocol (CVP) server. The CVP server is an external server that provides content inspection and filtering services for Check Point gateways. The $CVPNDIR/conf/cvpnd.C file contains the configuration settings for the cvpnd daemon, such as the CVP server IP address, port number, timeout value, and debug level. References:  Check Point Security Expert R81 Course , Content Inspection Using ICAP, cvpnd daemon debug file

 The cpinfo command is a tool that collects diagnostic data from a Check Point gateway or management server. The data includes configuration files, logs, status reports, and more. The cpinfo output can be used for troubleshooting or sent to Check Point support for analysis. The -x parameter is used to get information about the specified Virtual System on a VSX gateway. A Virtual System is a virtualized firewall instance that runs on a VSX gateway and has its own security policy and objects. References:  Check Point Security Expert R81 Course ,  cpinfo Utility ,  VSX Administration Guide

 Gateway API is not an example of a Check Point API. Check Point APIs are interfaces that enable interactions with Check Point products using automation scripts or external applications.  The examples of Check Point APIs are Management API, OPSEC SDK, Threat Prevention API, Identity Awareness Web Services API, and others 4 . Gateway API is not a valid Check Point API name. References:  Check Point R81 Security Management Administration Guide , Check Point APIs

The fwd process within the Security Management Server is responsible for the receiving of log records from Security Gateway.  The fwd process handles the communication with the Security Gateways and log servers via TCP port 257 1 .  The other processes have different roles, such as logd for writing logs to the database, fwm for handling GUI clients, and cpd for infrastructure tasks 2 . References:  Check Point Ports Used for Communication by Various Check Point Modules ,  Check Point Processes Cheat Sheet – LazyAdmins

It is recommended to enable Detect-Only for Troubleshooting on the profile during the initial installation of IPS. This option overrides any protections that are set to Prevent so that they will not block any traffic.

During this time you can analyze the alerts that IPS generates to see how IPS will handle network traffic, while avoiding any impact on the flow of traffic.

The fwaccel stat command displays the status of SecureXL, and its enabled templates and features. The other commands are either incorrect or incomplete.   References: [SecureXL Commands]

On R81.20, when configuring Third-Party devices to read the logs using the LEA (Log Export API), the default Log Server uses port  18184 . This port can be changed using the  lea_server  command in expert mode. The other ports are either not related to LEA, or used for different purposes, such as 18210 for CPMI, 257 for FW1_log, and 18191 for SIC. References: [Check Point R81 Logging and Monitoring Administration Guide], [Check Point Ports Used for Communication by Various Check Point Modules]

 Mobile Access is not part of the SandBlast component. Mobile Access is a software blade that provides secure remote access to corporate resources from various devices, such as smartphones, tablets, and laptops. Mobile Access supports different connectivity methods, such as SSL VPN, IPsec VPN, and Mobile Enterprise Application Store (MEAS). Mobile Access also integrates with Mobile Threat Prevention (MTP) to protect mobile devices from malware and network attacks. References:  Check Point Security Expert R81 Course , Mobile Access Administration Guide, SandBlast Mobile Datasheet

 The number of cores that can be used in a Cluster for Firewall-kernel on the new device with 4 cores is  4 . Cluster is a feature that allows two or more Security Gateways to provide high availability and load balancing for network traffic. Firewall-kernel is a component of the Security Gateway that performs packet inspection according to security policies. The number of cores that can be used for Firewall-kernel in a Cluster depends on the number of cores available on each device in the Cluster. The Cluster will use the lowest common denominator of cores among all devices in the Cluster for Firewall-kernel. Therefore, if one device has 2 cores and another device has 4 cores, the Cluster will use 2 cores for Firewall-kernel on each device. However, if both devices have 4 cores, the Cluster will use 4 cores for Firewall-kernel on each device.

The default port used by the AMON server when using CPSTAT is 18192. CPSTAT is a command-line tool that allows administrators to monitor various statistics and status information about Check Point products and components, such as CPU usage, memory usage, policy installation, cluster state, etc. CPSTAT uses AMON (Advanced Monitoring) protocol to communicate with AMON server, which is a daemon that runs on Security Gateways or Management Servers and collects and provides AMON data. By default, AMON server listens on TCP port 18192 for incoming CPSTAT requests.