The answer is A because the graphic shows the properties of a personal .p12 certificate file issued for user John. A .p12 file is a file format that contains a user’s private key and public key certificate. The graphic shows that the certificate file is valid and has an expiration date of 07-Apr-2018. The graphic also shows that the certificate file is issued by an internal CA, which is a Check Point component that manages certificates for users and gateways.References: Check Point R81 Certificate Management, Check Point R81 Internal CA

This answer is correct because these are the two forms of Check Point licenses that are used to activate the software blades on the Security Gateways and the Security Management Servers1. A central license is a license that is attached to a Security Management Server and can be used to manage multiple Security Gateways1. A local license is a license that is attached to a specific Security Gateway and can only be used by that gateway1.

The other answers are not correct because they are either irrelevant or inaccurate options for Check Point licenses forms. Security Gateway and Security Management are not license forms, but software components that provide firewall, VPN, and other security features2. On-premise and Public Cloud are not license forms, but deployment options for Check Point products3. Access Control and Threat Prevention are not license forms, but software blades that provide different security functions.

Check Point License Guide

Check Point Software Blade Quick Licensing Guide

Check Point CloudGuard Network Security

[Check Point Software Blades]

 Address translation is not a role of the SmartCenter, as it is performed by the Security Gateway based on the NAT policy configured in the SmartConsole5. The other options are roles of the SmartCenter, as it is responsible for status monitoring, policy configuration, and certificate authority for the Security Gateways5.

References: Gaia R81.10 Administration Guide, QUANTUM SECURITY MANAGEMENT R81, Remote Access VPN R81 Administration Guide

 SmartUpdate is the application that is used for the central management and deployment of licenses and packages. SmartUpdate allows administrators to manage licenses, software updates, and hotfixes for multiple Security Gateways and cluster members from one central location2. SmartProvisioning is an application that enables centralized management of network devices. SmartLicense is a feature that simplifies license management by using a cloud-based portal. Deployment Agent is a component that enables automatic deployment of software packages3.

The Security Management Server is the component that changes most often and should be backed up most frequently, because it stores all the security policies and configurations for the Check Point components in your network. The other components are either clients or gateways that do not change as frequently.

References: Check Point Security Management Administration Guide R81, p. 9

 When an Admin logs into SmartConsole and sees a lock icon on a gateway object and cannot edit that object, it indicates that another Admin has made an edit to that object and has yet to publish the change. SmartConsole supports concurrent administration, which means that multiple Admins can work on the same security policy at the same time. However, when one Admin edits an object, such as a gateway, a rule, or a network, that object is locked for other Admins until the change is published or discarded. The lock icon shows which objects are being edited by other Admins and prevents conflicts or overwrites. The gateway being powered off, incorrect routing to reach the gateway, or logging in to Read-Only mode do not cause the lock icon to appear.References: [Concurrent Administration], [SmartConsole Overview]

The Internal Certificate Authority (ICA) is created during the primary Security Management Server installation process. The ICA is a component that issues and manages certificates for Check Point products. The ICA is automatically installed and initialized when installing the Security Management Server.

References: : Check Point R81 Security Management Administration Guide, page 26.

 A Security Policy is created in SmartConsole, stored in the Security Management Server, and distributed to the various Security Gateways. SmartConsole is a graphical user interface that allows administrators to create and edit security policies. The Security Management Server is a central server that stores and manages the security policies. The Security Gateways are devices that enforce the security policies on the network traffic.

References: : Check Point R81 Security Gateway Administration Guide, page 9.

 Browser-based Authentication sends users to a web page to acquire identities using Captive Portal and Transparent Kerberos Authentication. Captive Portal is a web page that prompts users to enter their credentials. Transparent Kerberos Authentication is a method that automatically authenticates users who have a valid Kerberos ticket from the Active Directory domain controller2. UserCheck is a feature that allows users to interact with the security policy, not a method of authentication. User Directory is a component that integrates with external user databases, not a web page for authentication. Captive Portal alone is not enough to fill in the blank, as it is only one of the methods used by Browser-based Authentication.

Two basic rules that Check Point recommends for building an effective security policy are Cleanup Rule and Stealth Rule. A Cleanup Rule is a rule that is placed at the end of the rule base and drops or logs any traffic that does not match any of the previous rules2. A Stealth Rule is a rule that is placed at the top of the rule base and protects the Security Gateway from direct access by unauthorized users3. The other options are not basic rules for building a security policy, but rather types or categories of rules.

Identity Sharing is a feature that allows Security Gateways to acquire and share identities with other Security Gateways, enabling identity-based access control across different network segments or domains13. Management servers, users, and administrators do not share identities with Security Gateways.

References: Identity Awareness R81.10 Administration Guide, Check Point R81.10

The INSPECT Engine is the core component of Check Point’s Stateful Inspection technology. It is used to extract state related information from packets and store that information in state tables. The INSPECT Engine also evaluates the security policy and enforces it on the packets1. References: Check Point R81 Security Gateway Technical Administration Guide

 The two types of NAT supported by the Security Gateway are hide NAT and static NAT. Hide NAT translates many source IP addresses into one IP address, usually the external interface of the gateway. Static NAT translates one source IP address into another IP address, usually a public IP address34. The other options are not valid types of NAT. References: Network Address Translation (NAT), Check Point CCSA - R81: Practice Test & Explanation

When doing a Stand-Alone Installation, you would install the Security Management Server with none of the other Check Point architecture components. A Stand-Alone Installation is a type of installation that combines the Security Management Server and the Security Gateway on one computer or appliance3, p. 14. SmartConsole, SecureClient, and SmartEvent are not Check Point architecture components, but software applications that can be installed separately. References: Check Point CCSA - R81: Practice Test & Explanation, [Check Point Installation and Upgrade Guide R81]

The three types of UserCheck messages are inform, ask, and block. Inform messages notify users about security events and do not require any user action. Ask messages prompt users to choose whether to allow or block an action. Block messages prevent users from performing an action and display a reason1. References: Check Point R81 Logging and Monitoring Administration Guide

According to the Hewlett Packard Enterprise Support Center3, the snapshot command uses the command line to create an image of the OS. A snapshot is a point-in-time copy of a disk partition that can be used to restore the system in case of a failure or corruption. References: Hewlett Packard Enterprise Support Center

When tunnel test packets no longer invoke a response, SmartView Monitor displays Down for the given VPN tunnel1. This means that the VPN tunnel is not operational and there is no IKE or IPsec traffic passing through it. No Response, Inactive, and Failed are not valid statuses for VPN tunnels in SmartView Monitor. References: Smart View Monitor displays status for all S2S VPN tunnels - Phase1 UP

The most likely reason for Vanessa’s authentication failure is that she is using the wrong details for SmartConsole. Check Point Management software authentication details are not automatically the same as the Operating System authentication details. She needs to use the credentials that were defined during the initial configuration of the Security Management Server, or the ones that were assigned to her by the administrator12. The other options are not valid reasons for this error. References: SmartConsole Login, Check Point CCSA - R81: Practice Test & Explanation

The User Directory is used to obtain identification and security information about network users. It can be integrated with external user databases such as LDAP, RADIUS, or TACACS+. References: Certified Security Administrator (CCSA) R81.20 Course Overview, page 9.

The reason why querying logs now are very fast is that Indexing Engine indexes logs for faster search results. Indexing Engine is a component of R81 Management that creates and maintains an index of log data, which enables quick and efficient log searches4. The other options are not related to the speed of log querying. The amount of logs being stored may vary depending on the log retention settings. New Smart-1 appliances may have improved hardware specifications, but they do not affect the log querying process directly. SmartConsole queries results from the Security Management Server, not from the Security Gateway.

References: 1: HTTPS Inspection 2: Browser-Based Authentication 3: URL Filtering 4: Indexing Engine

There are three types of Endpoint Identity Agents: Full, Light, and Terminal. Custom is not a valid type2.

References: 2: Check Point R81 Endpoint Security Administration Guide, page 18.

The R80.10 management server can manage gateways with versions R76 and higher34. Versions lower than R76 are not supported by the R80.10 management server. References: Check Point R80.10 Release Notes, Free Check Point CCSA Sample Questions and Study Guide

The Full Identity Agent allows packet tagging and computer authentication2. Packet tagging is a feature that enables the Security Gateway to identify the source user and machine of each packet, regardless of NAT or routing. Computer authentication is a feature that enables the Security Gateway to authenticate machines that are not associated with any user, such as servers or unattended workstations. The other options are incorrect. Endpoint Security Client is not an Identity Agent, but a software that provides endpoint security features such as firewall, antivirus, VPN, etc. Light Agent is an Identity Agent that does not require installation and runs on a web browser, but it does not support packet tagging or computer authentication. System Agent is not an Identity Agent, but a software that provides system information and health monitoring for endpoints. References: Check Point Identity Agent for Microsoft Windows 10

The file that is an electronically signed file used by Check Point to translate the features in the license into a code is cp.macro. This file contains a list of macros that define the license features and their values. It is located in the $FWDIR/conf directory on the Security Management Server or Security Gateway.References: [Check Point R81 Licensing Guide], [Check Point R80.40 Licensing Guide]

Quick Mode Complete is the message that indicates IKE Phase 2 has completed successfully2. IKE Phase 2 is also known as Quick Mode or Child SA in IKEv1 and IKEv2 respectively. Aggressive Mode and Main Mode are part of IKE Phase 1, which establishes the IKE SA. IKE Mode is not a valid term for IKE negotiation. References: How to Analyze IKE Phase 2 VPN Status Messages, IKEv2 Phase 1 (IKE SA) and Phase 2 (Child SA) Message Exchanges, Understand IPsec IKEv1 Protocol

The user ID (UID) of a user that has all the privileges of a root user is 0. The root user is the superuser account that can perform any action on the system, such as changing file ownership, binding to network ports below 1024, or executing any command. The root user is identified by the UID 0, not by the name “root”, which is just a convention. It is possible to have another user account with the name “root”, but not with the same UID 0. 

The Sticky Decision Function (SDF) is required to prevent failovers in an Active-Active cluster. The SDF ensures that the same cluster member handles all connections that belong to a certain session. If the SDF is not enabled, different cluster members may handle different connections of the same session, which may cause a failover or a drop12. References: ClusterXL Administration Guide R81, Check Point CCSA - R81: Practice Test & Explanation

When using Monitored circuit VRRP, the priority delta is the value that is subtracted from the priority of a cluster member when one of its monitored interfaces fails2. For example, if the priority of a cluster member is 100 and the priority delta is 10, then when one of its monitored interfaces fails, its priority becomes 90. References: Check Point R81 ClusterXL Administration Guide

The Security Management Server and the Security Gateway are the components that can store logs in the Check Point Security Management Architecture. The Security Management Server stores logs in a database and can also forward them to external log servers. The Security Gateway can store logs locally in a buffer or a local log file, and can also send them to the Security Management Server or a log server.

References: Check Point Security Management Administration Guide R81, p. 11-12

 In Security Gateways R75 and above, SIC uses AES-128 for encryption. SIC stands for Secure Internal Communication, which is a mechanism that establishes trust between Check Point components, such as Security Gateways, Security Management Servers, Log Servers, etc. SIC uses certificates to authenticate and encrypt the communication between the components. AES-128 is an encryption algorithm that uses a 128-bit key to encrypt and decrypt data. The other options are incorrect. AES-256 is an encryption algorithm that uses a 256-bit key, but it is not used by SIC. DES and 3DES are older encryption algorithms that use 56-bit and 168-bit keys respectively, but they are not used by SIC either. References: [Secure Internal Communication (SIC) between Check Point components], AES - Wikipedia, DES - Wikipedia, Triple DES - Wikipedia

Automatic Hide NAT enables Source Port Address Translation by default1. This means that the source IP address and port number are translated to a different IP address and port number. This allows multiple hosts to share a single IP address for outbound connections. References: Check Point R81 Firewall Administration Guide

Secure Internal Communication (SIC) is handled by the CPD process3. CPD is the Check Point Daemon that runs on all Check Point modules and handles internal licensing and SIC operations. SIC is a mechanism that ensures secure communication between Check Point components using certificates and encryption. References: Check Point R81 Security Management Administration Guide

The answer is B because Geo policy shared policy is used to create policy for traffic to or from a particular location based on the source or destination country. DLP shared policy is used to prevent data loss by inspecting files and data for sensitive information. Mobile Access software blade is used to provide secure remote access to corporate resources from various devices. HTTPS inspection is used to inspect encrypted web traffic for threats and compliance4References: Check Point R81 Geo Policy Administration Guide, [Check Point R81 Data Loss Prevention Administration Guide], [Check Point R81 Mobile Access Administration Guide], [Check Point R81 HTTPS Inspection Administration Guide]

One limitation of using Security Zones in the network is that Security Zones will not work in Manual NAT rules. Manual NAT rules are rules that explicitly define how to translate the source and destination IP addresses and ports of each connection. Manual NAT rules do not support using Security Zones as objects, only network objects or groups. Automatic NAT rules are rules that automatically define how to translate the source and destination IP addresses and ports of each connection based on the network objects or groups properties. Automatic NAT rules support using Security Zones as objects. Security Zones can also work in firewall policy layer and network topology.References: [Security Zones Best Practices], [NAT Methods]

If the NAT property ‘Translate destination on client side’ is not enabled in Global properties, nothing needs to be configured on the client side, because the Gateway takes care of all details necessary. The Gateway translates the destination IP address before sending the packet to the client, so the client does not need to know about the NAT rule or add any host route or ARP entry.

References: Check Point Security Engineering Study Guide, p. 136-137

Each cluster, at a minimum, should have at least three interfaces4. These are:

A sync interface for synchronizing state information between cluster members.

A cluster interface for sending and receiving cluster control packets.

A production interface for handling regular traffic that passes through the cluster4. References: Check Point R80.20 – How to configure Cluster firewalls – First Time Setup

In order for changes made to policy to be enforced by a Security Gateway, an administrator must perform Install Policy3. This action transfers the policy package from the Security Management Server to the Security Gateway and activates it. References: Check Point R81 Security Management Administration Guide

Manage and Command Line is not a valid application navigation tab in the R80 SmartConsole, as it does not exist in the interface. The image shows the navigation toolbar of the R80 SmartConsole, which has four tabs: Security Policies, Logs & Monitor, Gateways & Servers, and Manage & Settings1. The Command Line Interface button is located in the system information area, not in the navigation toolbar1.

References: Application Control and URL Filtering - Check Point Software

 Security questions are not an authentication scheme used for accounts created through SmartConsole4. The available authentication schemes are Check Point password, RADIUS, TACACS, SecurID, LDAP, and Certificate. References: Check Point R81 Security Management Administration Guide

The Check Point software blade that monitors Check Point devices and provides a picture of network and security performance is Monitoring. The Monitoring Software Blade presents a complete picture of network and security performance, enabling fast responses to changes in traffic patterns or security events. It centrally monitors Check Point devices and alerts security administrators to changes to gateways, endpoints, tunnels, remote users and security activities234. References: Monitoring Software Blade, Check Point Integrated Security Architecture, Support, Support Requests, Training, Documentation, and Knowledge base for Check Point products and services

Accounting is the option in tracking that allows you to see the amount of data passed in the connection. Accounting tracks the number of bytes and packets for each connection and generates reports based on the collected data. References: Certified Security Administrator (CCSA) R81.20 Course Overview, page 14.

The Object Explorer is the part of SmartConsole that allows administrators to add, edit, delete, and clone objects. Objects are entities that represent network elements, such as hosts, networks, gateways, services, users, etc. The Object Explorer provides a tree view of all the objects in the database and allows searching, filtering, and grouping them2. References: Check Point R81 SmartConsole R81 User Guide

Since Bob and Joe both have Administrator Roles on their Gaia Platform and they both are logged in on different interfaces, they will both be able to make changes. Gaia allows multiple administrators to log in simultaneously and perform different tasks without locking the database or logging out each other. References: Gaia R81.20 Administration Guide, page 18.

When dealing with rule base layers, two layer types can be utilized: Ordered Layers and Inline Layers5. Ordered Layers are executed sequentially according to their order in the policy. Inline Layers are embedded in a parent layer and are executed only if the parent rule matches. References: Check Point R81 Firewall Administration Guide, [Check Point R81 Security Management Administration Guide]

When a Security Gateway sends its logs to an IP address other than its own, it means that the Security Gateway and the Log Server are installed on different machines. This is a characteristic of a Distributed deployment3. Therefore, the correct answer is A

A Check Point Software license consists of two components, the Software Blade and the Software Container. There are three types of Software Containers: Security Management, Security Gateway, and Endpoint Security1. A Software Blade is a specific security function that can be enabled or disabled on a Software Container. A Software Container is a platform that runs one or more Software Blades. Security Management is a container that manages the security policy and configuration of Security Gateways. Security Gateway is a container that enforces the security policy on network traffic. Endpoint Security is a container that protects endpoints from threats and data loss. References: Check Point Licensing and Contract Operations User Guide

The option that is NOT an advantage of Stateful Inspection is No Screening above Network layer. Stateful Inspection is a firewall technology that inspects packets at all layers of the OSI model, from layer 3 (Network) to layer 7 (Application). Stateful Inspection provides screening above Network layer, such as checking TCP flags, sequence numbers, ports, and application protocols . The other options are advantages of Stateful Inspection, as it provides high performance, good security, and transparency for legitimate traffic.

References: Stateful Inspection Technology, Firewall Administration Guide

 Identity Awareness is a software blade that lets an administrator easily configure network access and auditing based on three items: network location, the identity of a user, and the identity of a machine. These items are used to identify and authenticate users and machines, and to enforce identity-based policies. Network location refers to the IP address or subnet of the source or destination of the traffic. The identity of a user can be obtained from various sources, such as Active Directory, LDAP, or Captive Portal. The identity of a machine can be verified by using Secure Domain Logon or Identity Agent. 

SmartLog is a unified log viewer that provides fast and easy access to logs from all Check Point components3. It allows the administrator to query for any log field, such as the IP address of the tablet, and filter the results by time, severity, blade, action, and more4. SmartView Tracker is a legacy tool that displays network activity logs from Security Gateways and other Check Point devices. It does not support remote connection to the wireless controller or querying for specific IP addresses. References: SmartLog, SmartLog Queries, [SmartView Tracker]

URL Filtering is a blade that enables administrators to control access to millions of websites by category, users, groups, and machines. URL Filtering can be used to improve organizational security, decrease legal liability, and control data security by preventing users from accessing malicious or inappropriate websites. However, URL Filtering cannot be used to control bandwidth issues, such as limiting the amount of traffic or prioritizing certain applications over others3. For that purpose, other blades such as QoS (Quality of Service) or SecureXL are more suitable. References: Check Point R81 URL Filtering Administration Guide

 Check Point licenses are divided into two types: central and local. Central licenses are managed by a Security Management Server and can be attached to any Security Gateway managed by that server. Local licenses are tied to the IP address of a specific Security Gateway and cannot be transferred to a gateway that has a different IP address. Formal and corporate are not types of Check Point licenses. References: [Check Point R81 Licensing and Contract Administration Guide]

This answer is correct because a standalone deployment is a valid option for installing a Check Point Security Gateway and a Security Management Server on the same machine1. This option is suitable for small or medium-sized networks that do not require high availability or load balancing1.

The other answers are not correct because they are either invalid or irrelevant options for deployment. CloudSec deployment is not a valid option, but it might be confused with CloudGuard, which is a Check Point solution for securing cloud environments2. Disliked deployment is not a valid option, but it might be a typo for Distributed deployment, which is a valid option for installing a Check Point Security Gateway and a Security Management Server on separate machines1. Router only deployment is not a valid option, but it might be confused with Router mode, which is a configuration option for a Check Point Security Gateway that enables it to act as a router and forward packets between interfaces3.

Gaia R81.20 Administration Guide

CloudGuard Network Security

Configuring Router Mode in Gaia Clish

The difference between the Install Policy button on the SmartConsole’s tab and the Install Policy within a specific policy is that the former installs all the policies that are selected in the Install Policy window, while the latter pre-selects the installation for only the current policy and for the applicable gateways5 . The other options are not accurate differences. References: Installing Policies, [Check Point CCSA - R81: Practice Test & Explanation]

A layer can support different combinations of blades, but the supported blades are Firewall (Network Access Control), Application & URL Filtering, and Content Awareness. These blades provide granular control over network traffic based on applications, users, content, and risk1. Mobile Access is not a supported blade in a layer2.

References: 1: Check Point R81 Security Management Administration Guide, page 101. 2: Check Point R81 Security Gateway Administration Guide, page 11.

SmartConsole, SmartEvent GUI client, and SmartView Web Application allow viewing of billions of consolidated logs and shows them as prioritized security events1. SmartView Web Application is a web-based interface that provides access to SmartEvent reports and dashboards2. References: Check Point R81 Security Management Administration Guide, Check Point R81 SmartEvent Administration Guide

 The Check Point Upgrade Service Engine (CPUSE) is a tool that automates the process of upgrading and installing Check Point products on Gaia OS1. It can also be used to update the Gaia OS itself2. The other options are not valid tools for this purpose. References: Check Point Upgrade Service Engine (CPUSE) - Gaia Deployment Agent, Check Point R81 Gaia Installation and Upgrade Guide

In Check Point SmartConsole, when multiple administrators work on security policies, a lock icon appears on rules or objects that are being modified.

If AdminB sees a lock, it means that AdminA is currently editing the rule, and it is locked for others.

Once AdminA publishes the session, the rule becomes available to other administrators.

Option B (incorrect): Saving a session does not release the lock; it must be published.

Option C (incorrect): The lock is not caused by AdminB but by another user (AdminA).

Option D (incorrect): A lock appears when another user (AdminA) is editing, not the current user.

Thus, the correct answer is A. Rule is locked by AdminA and will be made available if the session is published.

 The padlock sign next to the DNS rule in the Rule Base indicates that another administrator is logged into the Management and currently editing the DNS Rule1. This is a feature of R80 that allows multiple administrators to work on the same policy simultaneously. The padlock sign prevents other administrators from modifying the same rule until the editing administrator publishes or discards the changes2. The other options are not valid explanations for the padlock sign. References: 156-215.80 : Check Point Certified Security Administrator (CCSA R80) : Part 19, Multi-User Policy Editing

The WebUI can be used to manage Operating System user accounts and add users to your Gaia system, assign privileges to users, and edit the home directory of the user. However, it cannot assign user rights to their home directory in the Security Management Server. This is done by the SmartConsole1.

References: 1: Check Point R81 Security Management Administration Guide, page 11.

The statement that best describes Secure Internal Communication (SIC) is: After successful initialization, the gateway can communicate with any Check Point node that possesses a SIC certificate signed by the same ICA. SIC is a mechanism that ensures secure communication between Check Point components by using certificates that are issued by an Internal Certificate Authority (ICA)3. The other statements are not accurate descriptions of SIC.

 Gaia has two default user accounts that cannot be deleted. They are Admin and Monitor. Admin is the user account that has full administrative privileges and can access both WebUI and CLI. Monitor is the user account that has read-only privileges and can access only WebUI2. The other options are not default user accounts in Gaia.

The Advanced Networking Blade is NOT subscription-based and therefore does not have to be renewed on a regular basis1011. The Advanced Networking Blade provides advanced routing capabilities such as BGP, OSPF, VRRP, and multicast routing10. The other blades are subscription-based and require annual renewal to receive updates and support from Check Point1012.

References: Check Point License Guide, IPS Software Blade contracts, Product Catalog

A reason for manual creation of a NAT rule is when the public IP-address is different from the gateway’s external IP. This can happen when the gateway is behind another NAT device or firewall3 . References: Check Point R81 Security Gateway Administration Guide, Check Point CCSA - R81: Practice Test & Explanation

In a Distributed deployment, the Security Gateway and the Security Management software are installed on different computers or appliances2. This allows for better scalability and performance. References: Check Point Security Management Administration Guide R81

 Packet filtering is a technique that controls the flow of network data by examining the headers of packets and applying a set of rules to accept or reject them. Packet filtering has some advantages, such as efficiency, cost-effectiveness, ease of use, and transparency3. However, it also has some disadvantages, such as low security and no screening above the network layer4. Packet filtering firewalls cannot inspect the payload of packets or the application layer protocols, which makes them vulnerable to attacks that exploit higher-level vulnerabilitie

The key C is used to save the current CPView page in a filename format cpview_“cpview process ID”. cap”number of captures”2. References: Free Check Point CCSA Sample Questions and Study Guide

 Authentication rules are defined for user groups rather than individual users1. To define authentication rules, you must first define users and groups. You can define users with the Check Point user database, or with an external server, such as LDAP1. UserCheck is a feature that enables user interaction with security events2. Individual users and all users in the database are not valid options for defining authentication rules. References: How to Configure Client Authentication, UserCheck

The Publish operation sends the modifications made via SmartConsole in the private session and makes them public is the correct answer. This is because publishing is the process of saving your changes to the database and making them available to other administrators. Publishing also allows you to install policies on Security Gateways. References: [Publishing Changes]

LDAP (Lightweight Directory Access Protocol) is a protocol that allows accessing and maintaining distributed directory information services over a network. User Directory integration is a feature of Identity Awareness that allows Check Point products to use LDAP servers as identity sources. When configuring LDAP with User Directory integration, changes applied to a User Directory template are reflected immediately for all users who are using that template. A User Directory template defines the settings for connecting to an LDAP server and retrieving user information3. References: Check Point R81 Identity Awareness Administration Guide

 The command that can be used to determine the software version from the CLI is fw ver. This command displays the version of the firewall module and the build number3 . fw stat, fw monitor, and cpinfo are not commands for software version identification. References: Check Point R81 Command Line Interface Reference Guide, [156-315.81 Checkpoint Exam Info and Free Practice Test - ExamTopics]

 Anti-Virus is the single Security Blade that can be turned on to block both malicious files from being downloaded as well as block websites known to host malware. Anti-Virus scans files and email attachments for viruses, worms, trojans, and other types of malware. It also uses ThreatCloud, a collaborative network that delivers real-time dynamic security intelligence, to detect unknown malware based on their behavior3. Anti-Bot is a Security Blade that detects and blocks botnet communications, but it does not scan files or block websites. URL Filtering is a Security Blade that enables administrators to control access to web applications, but it does not scan files or detect malware.

The scenario where it is a valid option to transfer a license from one hardware device to another is from a 4400 Appliance to a 2200 Appliance. This is because both appliances are Check Point products and have the same license type (Central License). You can transfer a license from one hardware device to another if they have the same license type and vendor3. Therefore, the correct answer is A. From a 4400 Appliance to a 2200 Appliance. 

The fwm process is responsible for managing the communication between the SmartConsole and the Security Management Server. It can only be seen on a Management Server12. References: Check Point Processes and Daemons, Check Point CCSA - R81: Practice Test & Explanation

Service blades must be attached to a Security Gateway. A Security Gateway is a device that enforces security policies on traffic that passes through it. A service blade is a software module that provides a specific security function, such as firewall, VPN, IPS, etc. A Security Gateway can have one or more service blades attached to it, depending on the license and hardware capabilities. The other options are incorrect. A management container is a virtualized environment that hosts a Security Management Server or a Log Server. A management server is a device that manages security policies and distributes them to Security Gateways. A Security Gateway container is not a valid term in Check Point terminology. References: [Check Point R81 Security Management Administration Guide], [Check Point R81 CloudGuard Administration Guide]

The answer is A because changes applied to a User Directory template are reflected immediately for all users who are using that template. A User Directory template defines the settings for connecting to an LDAP server, such as the server name, port, base DN, user filter, and group filter. When a User Directory template is modified, all users who are using that template will inherit the changes without requiring any additional actions3 References: Check Point R81 Identity Awareness Administration Guide, [Check Point R81 User Directory Templates]

Domain-based— VPN domains are pre-defined for all VPN Gateways. A VPN domain is a service or user that can send or receive VPN traffic through a VPN Gateway.

This statement is not true because a VPN domain is not a service or user, but a host or network that can send or receive VPN traffic through a VPN Gateway1. This is the definition given in the Site to Site VPN R81 Administration Guide1. The other statements are true according to the same guide1.

Remote Access VPN R81.20 Administration Guide

Site to Site VPN R81 Administration Guide

DeepDive Webinar - R81.20 Seamless VPN Connection to Public Cloud

The key that is created during Phase 2 of a site-to-site VPN is a symmetrical IPSec key3. This key is used to encrypt and decrypt the data that is exchanged between the VPN peers3. The symmetrical IPSec key is derived from the shared secret and the Diffie-Hellman public keys that are exchanged during Phase 13. References: Site to Site VPN in R80.x - Tutorial for Beginners

The correct answer is D because the command save configuration  stores the Gaia configuration in a file for later reference1. The other commands are not valid in Gaia Clish1. References: Gaia R81.10 Administration Guide

According to the Check Point R81.10 SmartConsole for Windows1, to restore a backup, you need to supply the following data: Server, Protocol, Username, Password, and Path. The Server is the IP address or hostname of the Security Management Server. The Protocol is either SCP or SFTP. The Username and Password are the credentials for the Security Management Server. The Path is the location of the backup file on the Security Management Server. References: Check Point R81.10 SmartConsole for Windows

This answer is correct because these are the software components that are used by the pre-defined Autonomous Threat Prevention Profiles in R81.20 and higher1. These profiles provide zero-maintenance protection from zero-day threats and continuously and autonomously ensure that your protection is up-to-date with the latest cyber threats and prevention technologies2.

The other answers are not correct because they either include software components that are not part of the Autonomous Threat Prevention Profiles, such as Sandbox, ThreatCloud, Zero Phishing, Sanitization, C&C Protection, JPS, File and URL Reputation, or they omit some of the software components that are part of the Autonomous Threat Prevention Profiles, such as Anti-Bot, Anti-Virus, and Macro Extraction.

Autonomous Threat Prevention Management - Check Point Software

Check Point Quantum R81.20 (Titan) Release

Threat Prevention R81.20 Best Practices - Check Point Software

Check Point R81

The ports to which the Client Authentication daemon listens on by default are 259 and 900. Client Authentication is a method that allows users to authenticate with the Security Gateway before they are allowed access to protected resources. The Client Authentication daemon (fwauthd) runs on the Security Gateway and listens for authentication requests on TCP ports 259 and 900 . References: [Check Point R81 Remote Access VPN Administration Guide], [Check Point R81 Quantum Security Gateway Guide]

This answer is correct because for a certificate-based VPN tunnel, both gateways need to have a certificate issued by a certificate authority (CA) that they trust1. A CA is a trusted entity that verifies the identity of the gateways and signs their certificates2. The gateways can either use the same CA or different CAs, as long as they trust each other’s CA3. This way, the gateways can authenticate each other using their certificates and establish a secure VPN tunnel.

The other answers are not correct because they are either irrelevant or incompatible with certificate-based VPN tunnel. Shared secret passwords and unique passwords are used for pre-shared key (PSK) authentication, which is a different method than certificate authentication4. PSK authentication is less secure and more vulnerable to brute force attacks than certificate authentication. Shared user certificates are not used for gateway authentication, but for user authentication, which is a different level of authentication than gateway authentication. User authentication is optional and can be used in addition to gateway authentication to provide more granular access control.

Configure server settings for P2S VPN Gateway connections - certificate authentication

VPN certificates and how they work

Create Certificate Based Site to Site VPN between 2 Check Point Gateways

HowTo Set Up Certificate Based VPNs with Check Point Appliances

 If Deyra sees the gateway status as shown in the image, it means that there is a blade reporting a problem. The red “X” in the status column indicates that one or more blades on the Security Gateway have a problem that requires attention. The other options are not correct, as they do not match the status shown in the image. If the SmartCenter Server cannot reach this Security Gateway, the status column would show a yellow triangle with an exclamation mark. If the VPN software blade is reporting a malfunction, the blades column would show a red “X” on the VPN icon. If the Security Gateway’s MGNT NIC card is disconnected, the IP column would show “N/A” instead of the IP address.

References: Remote Access VPN R81 Administration Guide, Check Point R81.10

Sub Policies are a new feature in R80.10 Gateway that allow creating and attaching sets of rules to specific rules in the main policy4. Sub Policies are useful for delegating permissions, managing large rule bases, and applying different inspection profiles4. The other options are not new features in R80.10 Gateway. References: Check Point R80.10 Security Management Administration Guide

In Check Point Gaia WebUI, different icons are used to indicate various system states.

Eyeglasses (A) typically represent "view-only" access.

Pencil (B) represents "edit" or read/write access, meaning the user can modify configurations.

Padlock (C) is often used to indicate locked or restricted settings.

Book (D) does not indicate access permissions.

Therefore, the correct answer is "Pencil" (B), which represents that read/write access is enabled in the WebUI.

A standalone deployment is when the security management server and Security Gateway are installed on the same appliance. This is suitable for small or branch office environments1

 The SIC Status “Unknown” means that there is no connection between the gateway and Security Management Server. This can happen if the gateway is down, unreachable, or has not been initialized yet12. References: Check Point R81 Security Management Administration Guide, Free Check Point CCSA Sample Questions and Study Guide

The three components for Check Point Capsule are Capsule Workspace, Capsule Docs, and Capsule Cloud123. Capsule Workspace provides a secure container on the mobile device that isolates business data and applications from personal data and applications2. Capsule Docs protects business documents everywhere they go with encryption and access control1. Capsule Cloud provides cloud-based security services to protect mobile users from threats3. References: Check Point Capsule, Check Point Capsule Workspace, Mobile Secure Workspace with Capsule

Automatic Hide NAT rules are created by the administrator when they configure NAT for network objects or groups in the object properties. Automatic Hide NAT rules allow multiple private IP addresses to share a single public IP address when accessing external networks. Source Port Address Translation (PAT) is enabled by default for Automatic Hide NAT rules, which means that the Security Gateway assigns a unique source port number for each connection from the same source IP address. This allows the Security Gateway to keep track of the connections and translate the reply packets correctly. 

The answer is C because inline layer can be defined as a rule action in a policy layer. Inline layer is a sub-policy that contains additional rules that are applied only if the parent rule matches. Ordered layer is a policy layer that contains rules that are applied in order, from top to bottom. One policy can be either inline or ordered, but not both. Pre-R80 Gateways do support ordered layers, but not inline layers5 References: Check Point R81 Policy Layers and Sub-Policies, [Check Point R81 Security Gateway Administration Guide]

While enabling the Identity Awareness blade, the Identity Awareness wizard does not automatically detect the Windows domain because the SmartConsole machine is not part of the domain. The SmartConsole machine needs to be a member of the Windows domain or have access to a domain controller in order to detect the domain automatically2.

References: 2: Check Point R81 Identity Awareness Administration Guide, page 10.

 The product that correlates logs and detects security threats, providing a centralized display of potential attack patterns from all network devices is SmartEvent. SmartEvent is a software blade that analyzes logs from various sources such as Security Gateways, Endpoint Security Servers, Identity Awareness Servers, etc. and generates security events based on predefined or custom rules. SmartEvent provides a graphical interface for viewing and managing security events in real-time or historical mode. References: [Check Point R81 SmartEvent Administration Guide]

The three deployment considerations for a secure network are Remote, Standalone, and Distributed3. Remote deployment means that the Security Management Server and Security Gateway are installed on different machines. Standalone deployment means that the Security Management Server and Security Gateway are installed on the same machine. Distributed deployment means that there are multiple Security Gateways managed by one or more Security Management Servers3. Therefore, the correct answer is C. Remote, Standalone, and Distributed.

 Phase 1 of the two-phase negotiation process conducted by IKE operates in Main mode or Aggressive mode12. Main mode is more secure than Aggressive mode, as it protects the identities of the peers and uses six messages to establish the IKE SA13. Authentication, Quick, and High Alert are not valid modes for IKE phase 1.

References: Understand IPsec IKEv1 Protocol, Internet Key Exchange for IPsec VPNs Configuration Guide, Internet Key Exchange

Most Check Point deployments use Gaia, which is a unified operating system for all Check Point appliances, open servers, and virtualized gateways. However, some product deployments utilize special Check Point code, such as Scalable Platforms (formerly known as Maestro), which are high-performance security gateways that can scale up to 1.5 Tbps of firewall throughput. Scalable Platforms use a special version of Gaia OS called Gaia Embedded, which is planned to be unified with Gaia OS in R81.102. References: Check Point R81 Release Notes

Aggressive Mode in IKEv1 uses three packets for negotiation, with all data required for the SA passed by the initiator1. The responder sends the proposal, key material, and ID, and authenticates the session in the next packet. The initiator replies and authenticates the session1.

The other answers are not correct because they either refer to the Main Mode in IKEv1, which uses six packets for negotiation2, or they are irrelevant to the number of packets used in Aggressive Mode.

Understand IPsec IKEv1 Protocol - Cisco

Negotiation modes for phase 1 - IBM

FAQ-What are the differences between IKEv1 and IKEv2- Huawei

The file that stores the proxy arp configuration is $FWDIR/conf/local.arp on the gateway3 . The other files are not related to proxy arp configuration. References: How to configure Proxy ARP for Manual NAT on Security Gateway, [Check Point CCSA - R81: Practice Test & Explanation]

The answer is B because bridge mode deployment adds a Security Gateway to an existing environment without changing IP routing. Bridge mode is a transparent mode that does not require assigning IP addresses to the Security Gateway interfaces. Distributed deployment is a deployment where the Security Management Server and the Security Gateway are installed on separate machines. Remote deployment is a deployment where the Security Gateway is installed on a remote site and connects to the Security Management Server over a VPN tunnel. Standalone deployment is a deployment where the Security Management Server and the Security Gateway are installed on the same machine.References: [Check Point R81 Bridge Mode], [Check Point R81 Deployment Scenarios]

Address translation rules are used to map an IP address space into another by modifying network address information in the IP header of packets. Address translation rules have two elements: original packet and translated packet6. The original packet is the packet before it undergoes address translation, and the translated packet is the packet after it undergoes address translation. The original packet and the translated packet may have different source and destination IP addresses, depending on the type and direction of address translation. 

The components of Check Point Capsule are Capsule Docs, Capsule Cloud, and Capsule Workspace123. There is no Capsule Enterprise component. Capsule Docs protects business documents everywhere they go. Capsule Cloud protects mobile users outside the enterprise security perimeter. Capsule Workspace creates a secure business environment on mobile devices. References: Check Point Capsule Datasheet, Check Point Capsule Workspace Datasheet, Mobile Secure Workspace with Capsule

The types of Software Containers are Security Management, Security Gateway, and Endpoint Security. Software Containers are virtual environments that run on top of Gaia OS and allow multiple instances of Check Point products to coexist on the same physical machine. The other options are not valid types of Software Containers.

The method to update the trusted log server regarding the policy and configuration changes performed on the Security Management Server is Save Policy. Saving a policy updates the trusted log server with the latest policy and configuration changes3. References: Check Point R81 Logging and Monitoring Administration Guide

When changes are made to a Rule base, it is important to Publish database to enforce changes5. Publishing database saves the changes to the database and makes them available to other administrators. Installing policy applies the changes to the Security Gateways. References: Check Point R81 Security Management Administration Guide, [Check Point R81 SmartConsole R81 Resolved Issues], [Check Point R81 Firewall Administration Guide]

 The statement that information on a user is hidden, yet distributed across several servers is not an advantage to using multiple LDAP servers. LDAP (Lightweight Directory Access Protocol) is a protocol that allows access to a centralized directory service that stores information about users, groups, devices, etc. Using multiple LDAP servers can provide advantages such as faster access time, compartmentalization, and high availability, but not hiding information. Information on a user is not hidden by using multiple LDAP servers, but rather replicated or partitioned across them. Replication means that the same information is copied to all LDAP servers, while partitioning means that different information is stored on different LDAP servers. Both methods aim to improve performance and reliability, not security or privacy.References: [LDAP Integration], [LDAP]

When logging in for the first time to a Security Management Server through SmartConsole, a fingerprint is saved to the SmartConsole cache and is available for future Security Management Server authentications. The fingerprint is a unique identifier of the Security Management Server that is used to verify its identity and prevent man-in-the-middle attacks. The SmartConsole cache is a local folder on the client machine that stores temporary files and settings.

References: Check Point Security Management Administration Guide R81, p. 25-26

Specific VPN Communities is the option that would only match and allow traffic to VPN gateways for one Community in common. This option allows you to define a specific VPN community that includes the VPN gateways that are allowed to communicate with each other. The other options are either too broad or too narrow for this scenario. References: [Site to Site VPN in R80.x - Tutorial for Beginners]

From SmartConsole, go to the Log & Monitor and filter for the IP address of the tablet is the correct answer. This is because the Log & Monitor view in SmartConsole allows you to view and analyze logs and events from various sources, such as Security Gateways, Security Management Servers, and SmartEvent Servers. You can use filters to search for specific logs and events based on different criteria, such as source IP, destination IP, action, time, etc. References: [Logging and Monitoring Administration Guide R80.20]

The Sticky Decision Function (SDF) can only be changed for Load Sharing implementations, not for High Availability implementations4. References: Check Point ClusterXL R81 Administration Guide

The VPN Domains configuration element determines which traffic should be encrypted into a VPN tunnel vs. sent in the clear. The VPN Domain is the set of hosts and networks that are allowed to communicate securely with the gateway12. The firewall topologies, NAT rules, and the rule base do not directly affect the VPN encryption decision. References: Check Point R81 Security Gateway Technical Administration Guide, CCSA/CCSE Exam Tips & Content - R80.X vs. R81.X - Check Point CheckMates

The command that shows the installed licenses is cplic print. This command displays the license information on a Check Point server or Security Gateway. It shows the license type, expiration date, attached blades, etc. The other options are incorrect. print cplic is not a valid command. fwlic print is not a valid command. show licenses is not a valid command. References: [How to check license status on SecurePlatform / Gaia from CLI]

Endpoint Identity Agent and Browser-Based Authentication are the identity sources that provide the highest level of security for sensitive servers, as they require user authentication and can enforce granular access rules based on user identity. AD Query, Terminal Servers Endpoint Identity Agent, and RADIUS and Account Logon are less secure, as they rely on passive methods of identity acquisition or do not support identity-based access control12.

References: Identity Awareness R81.10 Administration Guide, Identity Awareness AD Query

The Transport layer of the TCP/IP model is responsible for managing the flow of data between two hosts to ensure that the packets are correctly assembled and delivered to the target application. It also provides error detection and correction, flow control, and multiplexing. The Transport layer uses protocols such as TCP and UDP.

References: Check Point Security Engineering Study Guide, p. 10-11

 A stateful inspection firewall works by registering connection data and compiling this information in state tables. State tables are data structures that store information about the state and context of each connection, such as source, destination, service, protocol, sequence number, flags, etc. State tables enable the firewall to inspect both the header and the payload of each packet and apply security policies accordingly.References: [Stateful Inspection], [State Tables]

Application Control is a blade that enables administrators to control access to applications and web sites by users, groups, machines, and time. Application Control can eliminate unknown and unwanted applications in your network to reduce IT complexity and application risk, identify and control which applications are in your IT environment and which to add to the IT environment, and automatically identify trusted software that has authorization to run1. However, Application Control cannot scan the content of files being downloaded by users in order to make policy decisions. That is the function of another blade called Content Awareness, which can inspect files based on their type, size, name, and data2. References: Check Point R81 Application Control Administration Guide, Check Point R81 Content Awareness Administration Guide

Capsule Connect provides a Layer 3 VPN that allows users to access corporate resources securely from their mobile devices2. Capsule Workspace provides a secure container on the mobile device that isolates business data and applications from personal data and applications3. Capsule Workspace also provides a desktop with usable applications such as email, calendar, contacts, documents, and web applications3. References: Check Point Capsule Connect, Check Point Capsule Workspace

Gaia can be managed through CLI, WebUI, and SmartDashboard1, p. 17-18. CLI is a command-line interface that allows administrators to configure and monitor Gaia using commands and scripts. WebUI is a web-based interface that allows administrators to configure and monitor Gaia using a browser. SmartDashboard is a graphical user interface that allows administrators to manage security policies and objects for Gaia devices. References: Check Point CCSA - R81: Practice Test & Explanation, [Check Point Gaia Administration Guide R81], [Check Point Security Management Administration Guide R81]

USB media created with Check Point ISOMorphic is the most recommended installation method for Check Point appliances, as it provides a fast and easy way to install the Gaia operating system and the latest software version4. SmartUpdate installation requires an existing Gaia installation and does not support fresh installations4. DVD media created with Check Point ISOMorphic is less convenient than USB media, as it requires burning the image to a DVD and inserting it into the appliance4. Cloud based installation is not applicable for Check Point appliances, as it is intended for cloud environments such as AWS or Azure4.

References: INSTALLATION AND UPGRADE GUIDE R81.10, Chassis R81 Installation and Upgrade Guide, Check Point R81.10

By default, the WebUI listens on port 80. The WebUI is a web-based interface that allows administrators to configure and monitor Gaia OS settings and features from a web browser. The WebUI uses the HTTP protocol to communicate with the Gaia machine, which by default uses port 80 as the standard port number. The other port numbers are not used by the WebUI by default, but they can be changed by modifying the Gaia configuration file or using CLISH commands. 

Threat Extraction delivers PDF versions of original files with active content removed, such as macros, embedded objects, and scripts. This ensures that users receive clean and safe files in seconds12. References: Check Point SandBlast Zero-Day Protection, Check Point Threat Extraction

 A SAM (Suspicious Activity Monitoring) rule is implemented to provide the function or benefit of blocking suspicious activity. A SAM rule is a rule that defines an action to be taken by the firewall when it detects a suspicious activity, such as an attack, a scan, or a policy violation. The action can be blocking, dropping, rejecting, or logging the traffic that triggered the suspicious activity. A SAM rule can be created manually or automatically by other security features, such as IPS, Anti-Bot, or SmartEvent.References: [SAM Rules], [Suspicious Activity Rules]