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| Section | Weight | Objectives |
|---|---|---|
| Threat Emulation (SandBlast) | 15% | - Zero-day threat protection - Threat Emulation architecture and deployment - Threat Emulation policy configuration - File emulation process and verdicts |
| Threat Prevention Overview and Architecture | 10% | - Threat Prevention architecture and components - Check Point Threat Prevention solution overview - Security Gateway integration with Threat Prevention |
| IPS (Intrusion Prevention System) | 20% | - IPS policy configuration and tuning - IPS signatures and protections - IPS logging and alerts - IPS architecture and deployment modes - IPS exceptions and whitelisting |
| Anti-Bot and Anti-Virus | 15% | - Configuring Anti-Bot and Anti-Virus policies - Anti-Virus scanning methods (streamed vs. traditional) - Bot and malware signature updates - Bot detection mechanisms |
| Threat Extraction | 10% | - Threat Extraction (Sanboxing) concepts - PDF, Office document, and archive sanitization - Threat Extraction policy configuration |
| Threat Prevention Policy | 20% | - Applying Threat Prevention policy layers - Creating and configuring Threat Prevention profiles - Profile-based vs. rule-based configurations - Threat Prevention action settings |
| Threat Prevention Dashboard and Monitoring | 10% | - Threat Prevention statistics and trends - Threat Prevention logs and reporting - Using SmartConsole for monitoring - Troubleshooting Threat Prevention issues |
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問題 #31
Which are possible Anti-Virus Scanning Technologies?
答案：C
解題說明：
The correct answer is B. Active Streaming, Passive Streaming, Deep Scanning and Archive Scanning .
Anti-Virus scanning in Check Point Threat Prevention uses multiple content-inspection technologies to balance security, performance, and protocol behavior. Check Point Security Gateway documentation identifies the streaming architecture: the MUX layer chooses to work over PSL , the Passive Streaming Layer, or CPAS , Check Point Active Streaming. The Anti-Virus settings documentation also shows Deep Scanning behavior through file-type processing, including Process all file types and Enable deep inspection scanning
, with an explicit performance-impact warning. It also describes Archive Scanning, where the Anti-Virus engine unpacks archives and applies proactive heuristics.
This makes option B the only complete answer. "Inspect or Bypass" describes possible handling actions, not scanning technologies. "Active and Passive Scanning" is incomplete because it omits deep inspection and archive handling. "Automatic, Manual, On-Demand, Scheduled" describes update or operational timing concepts, not Anti-Virus scanning engines. In practice, Active/Passive Streaming controls how traffic is handled in the inspection pipeline, Deep Scanning expands the set of file types inspected, and Archive Scanning opens compressed containers to detect malware hidden inside them. Reference topics: Anti-Virus Settings, CPAS, PSL, Deep Inspection Scanning, Archive Scanning.
問題 #32
What is the impact of changing the Preconfigured Threat Prevention Profiles?
答案：B
解題說明：
The correct answer is A. The best practice for all Check Point delivered profiles and object is to first clone them and work on the clones . Check Point's out-of-the-box Threat Prevention profiles are predefined baselines intended to provide known security and performance behavior. The official Threat Prevention Profiles documentation states that administrators can create a clone of a selected profile and then make changes, but they cannot change the out-of-the-box profiles: Basic, Optimized, and Strict . The documented workflow is to right-click the profile, select Clone , rename the copied profile, configure settings, and then install policy.
This is the correct operational model because vendor-delivered profiles are reference baselines. Modifying production enforcement should be done in a cloned profile so that the original baseline remains available for comparison, rollback, and troubleshooting. Option B is incorrect because deleting predefined profiles and rebuilding from scratch is unsafe and unnecessary. Option C is not the standard best-practice answer; performance impact should be managed by profile criteria and IPS tuning, not by a separate "performance check tool" workflow in this question. Option D is incorrect because profile changes can materially affect both security posture and gateway performance. Reference topics: Threat Prevention Profiles, Basic/Optimized
/Strict profiles, profile cloning, policy installation, IPS tuning baseline.
問題 #33
Benign testing sites are useful for what purpose?
答案：B
解題說明：
The correct answer is D. Verify Threat Prevention Blades are performing properly . Benign testing sites are controlled test resources used to validate that the Threat Prevention path is functioning without exposing the organization to real malware or live malicious infrastructure. Check Point documentation includes examples of test events generated by a Security Gateway, including a path named TestAntiBotBlade.html , which demonstrates that test-oriented resources can be used to confirm Anti-Bot/ThreatCloud detection and logging behavior without relying on an actual infection.
The key purpose is operational validation: confirm that the blade is enabled, the gateway can query or use ThreatCloud intelligence, the correct policy is installed, logs are generated, and the expected prevent/detect behavior occurs. Option A is narrower because rulebase reaction may be one part of testing, but the broader goal is to verify blade operation. Option B is also too narrow because SmartEvent visibility depends on logging and event correlation, while the test's main purpose is not specifically SmartEvent validation. Option C is incorrect because benign testing sites are not used to decide whether real URLs are malicious; they are intentionally safe test endpoints. Reference topics: Threat Prevention blade validation, Anti-Bot test page, ThreatCloud event testing, logging verification, operational health checks.
問題 #34
How are SNORT rules constructed?
答案：D
解題說明：
The correct answer is D. The rule is contained on a single line. There are two logical sections: Rule Header and Rule Options . SNORT signatures are supported in Check Point Threat Prevention as custom IPS-style protections, and their structure follows the standard SNORT rule model. Official Snort documentation states that the rule header includes the text before the first parenthesis, while the body contains the rule options between parentheses. It also shows a complete rule with header and option definitions. The classic Snort rule reference describes the two logical sections as the rule header and rule options .
In the exam wording, the expected construction is a single-line rule composed of these two logical sections.
The header defines the coarse traffic selector and action, such as alert/drop, protocol, source, destination, ports, and direction. The options define the detailed detection logic, such as message, content match, flow, metadata, and signature identifier. "Payload" is not the correct formal name for the second logical section, which eliminates options A and C. Option B uses the correct logical sections but incorrectly states that the rule is contained on two lines. Reference topics: SNORT Signature Support, custom IPS protections, Rule Header, Rule Options, signature syntax.
問題 #35
Using IPS can send a large part of traffic to F2F path.
Which command can you use to enforce traffic quotas?
答案：B
解題說明：
The correct answer is D. fwaccel dos rate . When IPS or other Threat Prevention inspection causes significant traffic to leave the fully accelerated SecureXL path and move to F2F, the gateway can experience higher CPU utilization because more packets require Firewall kernel processing. The fwaccel dos rate command belongs to SecureXL DoS and rate-limiting controls. Check Point's Performance Tuning guide defines fwaccel dos rate and fwaccel6 dos rate as commands that show and install the Rate Limiting policy in SecureXL. It also notes that the feature is enabled by default without rules.
This makes it the correct command for enforcing traffic quotas or rate-limiting policy in the accelerated path.
fw dos rate is not the correct Check Point syntax. fwaccel rate omits the DoS rate-limiting command hierarchy. fw ctl dos is also not the documented command for SecureXL rate policy installation. In operational performance tuning, fwaccel DoS rate controls are useful when the gateway must protect CPU resources from excessive connection rates, volumetric pressure, or inspection-heavy flows that can amplify the impact of Threat Prevention processing. Reference topics: SecureXL DoS Mitigation, Rate Limiting Policy, fwaccel dos rate, F2F path, IPS performance impact.
問題 #36
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