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| Section | Weight | Objectives |
|---|---|---|
| Topic 1: Policy Layers and Rules | 10% | - Structure and manage layered policies - Rule configuration with custom profiles |
| Topic 2: Threat Prevention Policy Profiles | 15% | - Profile application and validation - Create and configure custom profiles - Integrate Anti-Bot, Anti-Virus and IPS settings |
| Topic 3: Threat Prevention Foundations | 10% | - Evolution and core concepts of threat prevention - Security environment verification and connectivity |
| Topic 4: Anti-Virus and Anti-Bot Protections | 20% | - Malware detection and botnet communication blocking - Enable and configure Anti-Virus and Anti-Bot blades - DNS reputation and threat intelligence integration |
| Topic 5: IPS Protections | 20% | - Enable, configure and update IPS protections
|
| Topic 6: Logs, Analysis and Troubleshooting | 15% | - SmartEvent configuration and monitoring - Analyze logs and traffic patterns - Exceptions, exclusions and penalty box |
| Topic 7: Performance and Optimization | 10% | - Performance analysis and tuning - Null profiles and panic button protocol |
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NEW QUESTION # 47
What is the maximum number of patterns/observables are supported in R81.20 IOC Files?
Answer: D
Explanation:
The correct answer for the uploaded course-question set is B. 1 Million . IOC files are used to import indicators of compromise so that the gateway can match known malicious or suspicious observables such as domains, URLs, IP addresses, and file hashes. In the Threat Prevention architecture, these indicators complement ThreatCloud intelligence by letting administrators add organization-specific or third-party intelligence into enforcement. The key certification point in this question is scale: R81.20 IOC Files are tested with a maximum of 1 million patterns or observables in this exam context.
Operationally, this limit matters because large IOC files affect memory use, update processing, compilation time, and gateway enforcement behavior. Architects should avoid treating IOC ingestion as unlimited; feeds must be curated, deduplicated, normalized, and prioritized. The current public R81.20 release documentation distinguishes expanded IoC feed scale and states that IoC feeds can support significantly more observables on XFS systems, while EXT3 has a lower limit. For this specific question wording, however, the answer key's
"IOC Files" limit is 1 Million , while later Custom Threat Indicators and external-feed capacities are treated separately in related questions. Reference topics: IOC Files, Threat Indicators, R81.20 Threat Prevention, observable limits, feed sizing and gateway resource planning.
NEW QUESTION # 48
Which location is NOT able to create a Threat Prevention Exception?
Answer: C
Explanation:
The correct answer is D. SmartView . Threat Prevention exceptions are created and managed in SmartConsole policy and log workflows, not from SmartView as the tested location. Check Point documentation states that an exception can be added directly to a rule, and the procedure begins by selecting the rule in the Policy pane and clicking Add Exception . It also documents creating exceptions from IPS Protections and from logs or events in the Logs & Monitor view, where the administrator right-clicks a log and selects Add Exception .
This validates Policy Rule, Log Overview, and Log Details-style workflows as valid exception creation contexts. SmartView, by contrast, is primarily used for browser-based log viewing, reporting, dashboards, and event analysis. It is not the SmartConsole policy-editing context where Threat Prevention exception rules are inserted into the policy package and then installed. The operational reason is enforcement integrity:
exceptions modify the compiled Threat Prevention policy, so they must be created in a policy-aware workflow where protected scope, protection/site/file/blade, action, track, install targets, and policy installation are controlled. Reference topics: Exception Rules, Adding Exception to Rule, Creating Exceptions from Logs or Events, IPS Protections exceptions, Threat Prevention Policy installation.
NEW QUESTION # 49
Task: Confirm IPS protections are correctly layered when using shared layers.
Answer:
Explanation:
See the Explanation.Explanation:
1- Go to Threat Prevention Policy > Layers tab.
2- Confirm shared layer is attached to Threat Prevention layer.
3- Double-check profile bindings per rule.
4- Publish and install to apply globally.
5- Use logs to validate consistent protection across gateways.
NEW QUESTION # 50
Which protection setting is generally the MOST resource intensive?
Answer: C
Explanation:
The correct answer is B. Prevent . From a performance perspective, the most resource-intensive setting is generally the one that requires the gateway not only to inspect and identify the threat, but also to enforce a blocking decision inline. Prevent mode means the protection is actively applied to traffic and the gateway must make a real-time enforcement decision. Check Point explains that Threat Prevention profiles activate protections based on factors that include the performance impact of the protection , threat severity, confidence level, and blade-specific settings. Check Point's IPS optimization guidance also warns that some protections require more system resources to inspect traffic and recommends focusing on lower-impact protections when reducing gateway resource use is necessary.
By comparison, Inactive is the least intensive because the protection is not enforced. Detect can log or report detection without blocking, which is useful for staging and troubleshooting. Inspect still consumes inspection resources, but Prevent typically represents the highest operational burden because it performs inline analysis and enforcement, and may require buffering, stream handling, packet modification, or connection termination depending on blade and protocol. In real deployments, the exact resource cost also depends on traffic mix, protocol, file size, SSL inspection, protection complexity, and whether traffic remains accelerated. Reference topics: IPS Profile Settings, protection activation, Prevent versus Detect, Performance Impact, IPS optimization.
NEW QUESTION # 51
Which DNS Protection mechanism has been introduced with R81.20?
Answer: C
Explanation:
The correct answer is C. ThreatCloud DNS Tunneling Protection . Check Point R81.20 introduced major Advanced Threat Prevention enhancements, including AI Deep Learning improvements for DNS attacks. The R81.20 Release Notes state that AI Deep Learning prevents more DNS attacks in real time and specifically reference ThreatCloud DNS tunneling protection as part of the DNS Security enhancements.
DNS tunneling protection is distinct from Malware DNS Trap. Malware DNS Trap returns a false or bogus IP address for known malicious hosts and domains, and it can help identify compromised clients by observing connection attempts to the false trap address. That mechanism is represented by option A/B, but it is not the R81.20-introduced DNS protection being tested here. ThreatCloud DNS Tunneling Protection targets a different technique: abuse of DNS as a covert channel for command-and-control, data exfiltration, or tunneling traffic through recursive DNS infrastructure. Option D is unrelated to Check Point DNS Threat Prevention architecture. Reference topics: R81.20 Advanced Threat Prevention, DNS Security, ThreatCloud DNS Tunneling Protection, Malware DNS Trap, Anti-Bot and Anti-Virus DNS protections.
NEW QUESTION # 52
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