Checkpoint 156-315.81.20 Exam Dumps & Practice Test Questions
Question No 1:
Which secure mobile application is specifically intended for managing email and calendar functionalities?
A. Secure Workspace
B. Capsule Mail
C. Capsule Workspace
D. Capsule VPN
Correct Answer: C. Capsule Workspace
Explanation:
Capsule Workspace is a specialized mobile application engineered to deliver a secure and seamless platform for managing email and calendar operations. Designed with stringent cybersecurity protocols, this app serves both corporate and individual users who prioritize secure mobile communication and organized scheduling. Its interface is optimized for mobile devices, ensuring that users have access to critical communications and calendar updates no matter where they are.
This application offers a sophisticated approach to mobile data protection. Through strong encryption algorithms and secure containerization, Capsule Workspace prevents unauthorized access and data leakage. Users can confidently read, send, and manage emails, as well as create and edit calendar entries, without exposing sensitive information to external threats.
One of the defining strengths of Capsule Workspace is its ability to consolidate multiple productivity features into one unified platform. Beyond email and calendar integration, it supports secure file access, document sharing, contacts management, and corporate resource connectivity. This makes it an essential tool for mobile professionals who need to stay connected to their workflows while ensuring enterprise-grade security.
In contrast, Capsule Mail focuses primarily on email functions and lacks the robust scheduling integration provided by Capsule Workspace. Capsule VPN, on the other hand, is geared toward establishing secure network tunnels but does not include tools for managing emails or appointments. Secure Workspace is a broader term that may refer to a secured digital environment but is not necessarily tailored for email and calendar usage.
Capsule Workspace excels because it combines usability with comprehensive security features, eliminating the need for multiple apps or complex configurations. With rising concerns about mobile data breaches and phishing attacks, this application stands out as a reliable solution for professionals looking to maintain productivity without compromising on security. It is particularly favored in industries with strict compliance standards, such as finance, healthcare, and legal services, where secure communication is not just preferred but mandatory.
Question No 2:
How do SSL VPN and IPSec VPN differ, and what are the practical implications of these differences in terms of setup and usage?
A. SSL VPN requires the installation of a resilient VPN client
B. SSL VPN and IPSec VPN are the same
C. IPSec VPN does not require installation of a resident VPN client
D. IPSec VPN requires the installation of a resident VPN client, while SSL VPN requires only an installed browser
Correct Answer:
D. IPSec VPN requires the installation of a resident VPN client, while SSL VPN requires only an installed browser
Explanation:
VPNs (Virtual Private Networks) are essential tools for securing communications over the internet, particularly when accessing corporate resources remotely. While both SSL VPN and IPSec VPN provide encrypted connections to protect data from interception and tampering, their architectures, deployment methods, and user experiences differ significantly.
SSL VPN (Secure Sockets Layer Virtual Private Network) is known for its accessibility and minimal configuration requirements. It operates over HTTPS, utilizing the same port and encryption method as secure websites. This makes SSL VPNs firewall-friendly and highly convenient, especially for users accessing internal resources from varied or unmanaged devices. Users often only need a modern web browser to initiate a secure session, reducing the burden of client installation and configuration. For basic web-based services and intranet portals, SSL VPNs are a preferred choice due to their simplicity and ease of use.
By contrast, IPSec VPN (Internet Protocol Security Virtual Private Network) demands the installation of a dedicated client application on each user’s device. This client is responsible for establishing a secure, end-to-end encrypted tunnel between the user’s system and the VPN gateway. IPSec operates at the network layer, allowing it to support a broader range of traffic types, including full desktop applications and complex internal network services. While IPSec provides a more robust and consistent connection across an enterprise, it requires more technical setup, administrative overhead, and platform compatibility checks.
From a practical standpoint, SSL VPNs are better suited for ad hoc access and users working from multiple locations or personal devices. In contrast, IPSec VPNs are ideal for full network integration, long-term deployment, and situations where extensive internal access is necessary. Understanding these differences allows organizations to deploy the right solution based on user needs, infrastructure complexity, and security policies.
Question No 3:
You're working with Check Point Remote Access VPN solutions, which include various client types offering features like firewall integration, policy enforcement, and Office Mode IP assignment. Office Mode allows a remote user to function as if they are inside the corporate network by assigning them an internal IP address.
Which Remote Access VPN client does not support assigning an Office Mode IP address to the user?
A. Check Point Endpoint Security Suite
B. Check Point Mobile for Windows
C. Check Point SecuRemote
D. Check Point Endpoint Security VPN
Correct Answer: C. Check Point SecuRemote
Explanation:
Check Point provides several VPN clients that enable secure remote connections to an organization's internal network. A key feature of most of these clients is Office Mode, which assigns an internal IP address to the remote user to simulate being within the local network.
Clients like Endpoint Security VPN, Endpoint Security Suite, and Check Point Mobile for Windows fully support Office Mode, allowing seamless internal resource access, proper routing, and consistent policy application.
However, Check Point SecuRemote is a simpler, legacy client primarily used for basic VPN connectivity. It lacks advanced capabilities, including Office Mode. Instead of receiving an internal IP address, it uses the existing IP of the client system, making it unsuitable for scenarios requiring integration with internal network routing and policies.
Therefore, among the available options, Check Point SecuRemote does not support Office Mode IP address assignment, limiting its use in environments where full internal access is required.
Question No 4:
You're configuring VPN settings to allow remote-access users to securely reach internal resources that are connected through an existing site-to-site VPN tunnel. What configuration feature makes this possible?
A. Mobile Access VPN Domain
B. Community Specific VPN Domain
C. Remote Access VPN Switch
D. Network Access VPN Domain
Correct Answer: B. Community Specific VPN Domain
Explanation:
In a hybrid VPN deployment where both site-to-site and remote-access VPNs are used, remote users may need access to resources hosted at different branch offices or data centers. These resources are often connected through site-to-site VPNs, which create secure links between entire network locations.
To enable remote-access users to traverse from their VPN gateway through a site-to-site VPN tunnel, the firewall must know how to route this traffic properly. This is where the Community Specific VPN Domain configuration becomes essential.
This feature lets administrators define routing and encryption rules between different VPN communities. By doing so, it ensures that traffic from remote users can continue past the gateway to reach systems protected under other VPN communities.
Without setting up a Community Specific VPN Domain, remote user traffic would be restricted to the directly connected VPN domain and would not reach resources available in other locations via site-to-site tunnels.
By implementing this, administrators can ensure secure, seamless access for remote users across the entire network topology, enabling broader connectivity without compromising security or control.
Question No 5:
What are the two main modes in which the SSL Network Extender (SNX), a browser-based SSL VPN client, operates to provide secure remote access?
A. Network and Layers
B. Application and Client Service
C. Network and Application
D. Virtual Adapter and Mobile App
Correct Answer: C. Network and Application
Explanation:
The SSL Network Extender (SNX) is a lightweight VPN client that offers remote users secure access to internal resources via a web browser. This client is useful in scenarios where a full VPN client is not installed. It works by creating a secure connection using SSL encryption.
SNX supports two key operational modes:
Network Mode:
In this configuration, SNX provides the remote user with access to the internal network by establishing a tunnel that redirects traffic through a virtual adapter. This gives the remote user a full network experience as though they were on the internal LAN, allowing access to a wide array of network services.
Application Mode:
This mode is more selective and offers access only to specific applications rather than the entire internal network. It is useful for environments where security policies require users to interact only with certain services, such as email or intranet portals, without granting broader network access.
These modes enable administrators to tailor remote access based on user roles and required privileges. Network Mode is suitable for users needing broad access, while Application Mode restricts access for added security.
Question No 6:
Which statement best reflects the functionality and known limitations of Check Point’s Capsule Connect VPN solution?
A. Capsule Connect functions as a complete Layer 3 VPN client.
B. Capsule Connect is limited in compatibility to iOS devices and Windows computers.
C. Capsule Connect is designed to provide a full suite of enterprise mobility management features.
D. Capsule Connect has restrictions and does not support all types of VPN authentication methods.
Correct Answer:
D. Capsule Connect has restrictions and does not support all types of VPN authentication methods
Explanation:
Capsule Connect is a VPN client developed by Check Point, mainly for mobile platforms. It is part of a broader suite aimed at securing mobile data and communications.
It does not function as a full Layer 3 VPN, so it does not provide complete network-level tunneling. Instead, it operates on the application layer, granting secure access to selected internal resources through SSL or IPsec protocols. This makes Option A incorrect.
Its compatibility is also not as broad as stated in Option B. Capsule Connect is primarily available for iOS, and not supported on Windows computers. For other platforms like Android or Windows, Check Point offers alternative clients such as Endpoint Remote Access VPN.
Option C is also inaccurate because Capsule Connect alone does not offer comprehensive enterprise mobility management capabilities. Those features are typically handled by other tools like Capsule Workspace or third-party EMM platforms.
Option D is accurate. Capsule Connect has some constraints in terms of VPN authentication. While it supports basic methods such as username/password and certificates, it does not support advanced mechanisms like multi-factor authentication with tokens or biometric security. This makes it less suitable for organizations requiring robust authentication policies.
In conclusion, Capsule Connect offers a simple and secure VPN experience for mobile users but lacks full compatibility across platforms and comprehensive authentication support.
Question No 7:
Which Check Point mobile access solution creates a secure, isolated container on mobile devices, allowing users to safely access internal resources like intranet sites, file shares, and email while preventing data leakage and enforcing enterprise security policies?
A Check Point Capsule Workspace
B Check Point Capsule Remote
C Check Point Mobile Web Portal
D Check Point Remote User
Correct Answer: A
Explanation:
Check Point Capsule Workspace is specifically developed to provide a secure and isolated environment on a user's mobile device, offering access to internal corporate tools such as emails, calendars, file repositories, and web portals. The primary goal of Capsule Workspace is to enable secure access while maintaining strict separation between personal and professional data.
The workspace operates within a container, meaning all corporate data stays encrypted and compartmentalized. It prevents data from leaking outside the secured boundary by restricting copy-paste, screenshots, and file exports between the work container and personal apps or storage. This container-based approach supports mobile device management policies and ensures compliance with company-level data protection rules.
One of the standout features of Capsule Workspace is remote management. If a device is stolen, lost, or if an employee exits the organization, administrators can remotely wipe the workspace container without affecting personal apps or files on the device. This makes it a highly secure solution for bring-your-own-device environments.
Capsule Workspace integrates with Check Point's broader security infrastructure, allowing centralized configuration, real-time policy updates, role-based access control, and detailed monitoring. It avoids the need for a full VPN connection, reducing latency and conserving bandwidth, while still delivering a robust access layer.
The other options are not suited for this containerized use case. Capsule Remote typically refers to general VPN-based access, which lacks the isolation and data protection features of Capsule Workspace. Mobile Web Portal allows web-based access but doesn’t provide a secure container. Remote User is a vague term and not associated with any specific Check Point product.
Therefore, for secure and manageable access to corporate resources via mobile devices, Check Point Capsule Workspace offers the most comprehensive and protective solution.
Question No 8:
Which Check Point mobile access solution allows users to connect securely to corporate internal resources without requiring the installation of any software or client on their device?
A Mobile Access Portal
B Check Point Mobile
C Endpoint Security Suite
D SecuRemote
Correct Answer: A
Explanation:
The Mobile Access Portal is a Check Point solution that enables users to securely access internal resources through a standard web browser, without the need to install any dedicated software or client on their device. This is referred to as a clientless remote access solution.
This portal is ideal for scenarios where users might be using shared, unmanaged, or personally owned devices that cannot have corporate software installed. It is especially useful in bring-your-own-device environments or when users access the network from public computers. By using HTTPS through the browser, the Mobile Access Portal provides secure access to web applications, internal websites, shared files, remote desktops, and email systems.
The portal integrates seamlessly with Check Point's security architecture. It offers multi-factor authentication support, Single Sign-On, and fine-grained access controls. This means administrators can define exactly which applications a user is permitted to access based on their role or device state.
The other options do not provide clientless access. Check Point Mobile requires a VPN client to be installed on mobile devices in order to form a secure tunnel. Endpoint Security Suite is a complete endpoint protection package that includes firewall, anti-malware, and VPN features, all of which require installation. SecuRemote is a legacy VPN client, and like the others, it needs to be installed on the endpoint.
Therefore, among the available choices, only the Mobile Access Portal provides fully clientless secure access, making it the best option for organizations needing low-maintenance and quick-deployment remote access.
Question No 9:
In the Check Point Security Management Architecture, the Log Server is a fundamental component that interacts with multiple network security elements.
What kind of information does the Log Server transmit to the Correlation Unit to facilitate real-time analysis and advanced threat detection?
A Authentication requests
B Event Policy
C Logs
D CPMI dbsync
Correct Answer: C
Explanation
Within Check Point's security framework, the Log Server acts as a centralized repository that gathers data from various sources such as firewalls, security gateways, and endpoint protection solutions. This collected data includes a wide variety of event records detailing activities like user access attempts, traffic flow, policy rule matches, and security-related alerts.
The Correlation Unit, a core part of the SmartEvent system, is designed to process this log information by scanning for patterns and sequences that could signify malicious behavior. Its goal is to detect security incidents proactively by analyzing raw log data. To achieve this, the Correlation Unit relies on the Log Server to supply it with detailed log entries in real time.
These logs are then processed to identify suspicious sequences, correlate multiple events across systems, and raise alerts or trigger automated responses. By identifying potential attacks early, organizations are able to respond quickly and minimize damage. This log analysis is critical to modern threat detection and forms the basis for the system’s reporting and visualization features.
Now examining the other options:
A is incorrect because authentication requests are typically directed to and processed by authentication systems or identity providers, not by the Log Server.
B is also not valid in this context since event policy refers to configurations applied within SmartEvent and is not something the Log Server actively transmits.
D refers to CPMI dbsync, a mechanism used to synchronize databases between Check Point management servers, which is unrelated to the exchange of log data for threat analysis purposes.
Therefore, the only data type that enables real-time threat detection when passed from the Log Server to the Correlation Unit is logs, which makes C the correct answer.
Question No 10:
Which statement accurately describes the function of the IPS Blade within Check Point's security architecture?
A The IPS Layer offers only three predefined profiles: Basic, Optimized, and Strict
B IPS is configured and managed through the Threat Prevention Policy
C IPS Exceptions cannot be applied to all rules simultaneously
D GeoPolicy Exceptions and Threat Prevention Exceptions are identical in function
Correct Answer: B
Explanation
The Intrusion Prevention System (IPS) Blade is a critical component in Check Point's security infrastructure, designed to detect and prevent malicious activities by inspecting network traffic for known threats and vulnerabilities. It operates by analyzing traffic patterns and comparing them against a comprehensive database of threat signatures.
Option A is incorrect because the IPS Layer provides more flexibility than just three predefined profiles. While Basic, Optimized, and Strict are common starting points, administrators can customize profiles to suit specific network requirements, allowing for tailored protection strategies.
Option B is correct. The IPS Blade is managed through the Threat Prevention Policy, which centralizes the configuration and enforcement of various threat prevention mechanisms, including IPS, Anti-Bot, Anti-Virus, and Threat Emulation. This integration allows for streamlined policy management and consistent application of security measures across the network.
Option C is incorrect. IPS Exceptions can be applied globally or to specific rules, providing administrators with the flexibility to fine-tune the IPS behavior based on the unique needs of different network segments or applications.
Option D is incorrect. GeoPolicy Exceptions and Threat Prevention Exceptions serve different purposes. GeoPolicy Exceptions are used to control access based on geographic locations, while Threat Prevention Exceptions are specific to the threat prevention mechanisms, such as IPS, and are used to exclude certain traffic from inspection based on defined criteria.
Understanding the management and configuration of the IPS Blade through the Threat Prevention Policy is essential for maintaining a robust security posture. It enables organizations to proactively defend against a wide array of threats by ensuring that the IPS is effectively integrated into the overall security strategy.
