Pass the Checkpoint CCTE 156-587 Questions and answers with ValidTests

 The four main database domains are System, User, Global, and Log. Each domain contains different types of data and serves different purposes123. The System domain contains the configuration data of the Security Management Server (SMS), such as the SMS name, IP address, licensing, and installed products. The User domain contains the configuration data of the security policy, such as the objects, rules, services, and VPN communities. The Global domain contains the configuration data of the global policy, such as the global objects, rules, and services. The Log domain contains the log data of the security events, such as the source, destination, action, and time of each event123. References:

1: CCTE Courseware, Module 3: Management Database and Processes, Slide 4

2: Check Point R81 Security Management Administration Guide, Chapter 2: Security Management Server, Page 14

3: Check Point R81 Security Management Administration Guide, Chapter 2: Security Management Server, Page 15

The input that is suitable for debugging HTTPS inspection issues is fw debug tls on TDERROR_ALL_ALL=5. This input will enable the TLS debug mode and set the debug level to 5, which is the highest level of verbosity. The fw debug command is used to control the debug features of the firewall modules, such as TLS, CPTLS, HTTP, etc. The tls option will enable the debug mode for the TLS module, which is responsible for handling the HTTPS inspection feature. The TDERROR_ALL_ALL environment variable will set the debug level to 5, which will generate the most detailed and comprehensive debug output. The debug output will be written to the $FWDIR/log/tls.elg file, whichcan be collected and analyzed with the TLSView tool1 to see the details of the HTTPS inspection process, such as certificate validation, SSL/TLS negotiation, encryption/decryption, etc. The other options are incorrect because:

fw ctl debug -m fw + conn drop cptls will enable the kernel debug mode for the firewall module, with the flags conn, drop, and cptls. The kernel debug mode will generate the kdebug.txt file in the $FWDIR/log directory, which contains information about the firewall traffic processing in the kernel. The kernel debug mode is useful for troubleshooting issues related to policy, NAT, routing, and inspection, but not for issues related to HTTPS inspection, which is handled by the TLS module in the user space2.

vpn debug cptls on will enable the IKE debug mode for the CPTLS module, which is a component of the VPN module. The IKE debug mode will generate the ike.elg and ikev2.xmll files in the $FWDIR/log directory, which contain information about the IKE negotiation, authentication, and key exchange between the VPN peers. The CPTLS module is responsible for handling the SSL/TLS encryption/decryption for the VPN traffic, but not for the HTTPS inspection traffic3.

fw diag debug tls enable is not a valid command and will not enable the TLS debug mode. The fw diag command is used to control the diagnostic features of the firewall, such as packet capture, core dump, etc. The debug option is not a valid option for the fw diag command, and the tls option is not a valid option for the debug option. References:

How to use the TLSView tool

How to debug the Firewall kernel (fw) module

How to debug VPN issues on Quantum Spark (SMB) Appliances

[fw diag - Check Point CLI Reference Card]

The PDP process is the Identity server, which is a component of the Identity Awareness blade on the Security Gateway. The PDP process is responsible for collecting and managing identity information from various sources, such as Active Directory, Identity Agents, Captive Portal, Terminal Servers, and RADIUS. The PDP process also communicates with the PEP process, which is the Policy Enforcement Point, to enforce identity-based policies on the traffic passing throughthe Security Gateway1. The other options, such as Log Sifter, Captive Portal Service, andUserAuth Database, are either not related to Identity Awareness or not processes, but rather files or services. References: 1: sk93046: Identity Awareness - How to Configure

The Application Database on a Check Point Security Gateway stores information about applications and categories used by the Application Control and URL Filtering blades. This database is maintained in specific files on the Gateway.

Option A: Incorrect. api_db.C and api_custom_db.C are not standard files related to the Application Database. These names may be confused with API-related configurations.

Option B: Incorrect. apcl_db.C and apd_custom_db.C are not recognized as Application Database files. These names do not align with Check Point’s file naming conventions.

Option C: Correct. The Application Database is stored in application_db.C (the main database) and application_custom_db.C (custom application definitions). These files are located in the $FWDIR/conf directory on the Security Gateway.

Option D: Incorrect. appi_db.C and appi_custom_db.C are close but incorrect. The correct prefix is application_, not appi_.