Free 156-536 Practice Test

In a Standalone deployment both the Endpoint Management Server (EMS) and the Network Management Server (NMS/SmartCenter) run on the same host, sharing one database and processes; this is explicitly termed “Standalone” in Check Point installation options.

B. Components are not split; they are fully co-located.
C. Only one physical machine is used, not both alternatives.
D. “Different” describes Distributed deployment, not Standalone.

1. Check Point R81 Installation and Upgrade Guide, Table 1-2 “Deployment Types”, p. 23 (Standalone: Security Management + Endpoint Management on same server).

2. Harmony Endpoint R81 Installation Guide, sec. “Standalone Configuration”, p. 19.

Push Operations let the Endpoint Security Management Server immediately execute tasks (e.g., scan, collect logs, change settings) directly on clients without the need to create or install a new security policy, providing ad-hoc control.

A. Push Operations do not affect Server independence; they originate from the Endpoint server.
B. Management Console still requires policy install for rule changes; Push Ops are separate.
D. Operations are initiated by the server, not by clients toward others.

1. Harmony Endpoint R81.10 Administration Guide, “Push Operations Overview”, p. 312 (defines ad-hoc tasks from Management Server without policy install).

2. Endpoint Security Client E85 Release Notes, “Push Operations”, para. 2 (clarifies server-initiated, policy-independent actions).

The Endpoint Policy Server (EPS) is an optional architectural component that functions as a proxy between Endpoint Security clients and the Endpoint Security Management Server (EMS). Its primary purpose is to improve scalability and performance in large or distributed environments by offloading client communication tasks from the central EMS. By placing the EPS between clients and the EMS, organizations can better manage network traffic and policy distribution, especially for remote sites.

A. This statement is logically impossible, as a component cannot be located between itself and another object.
C. NMS (Network Management Server) is a generic industry term and not a specific, defined component within the Check Point Endpoint Security architecture.
D. While the EMS is often co-located with the Security Management Server (SMS), the EMS is the specific server component that directly manages endpoint policies. Therefore, "between clients and EMS" is more precise.

Check Point. (2023). R81.20 Endpoint Security Management Server Administration Guide. Chapter 2: Endpoint Security Management Architecture, Section: "Endpoint Policy Server". The guide states, "The Endpoint Policy Server is an optional component... It is a proxy that manages communication between the Endpoint Security Management Server and the Endpoint Security clients."

Automatic Deployment can only occur on endpoints that already run the Check Point Deployment Agent (SVN Foundation). The agent supplies the services that receive, authenticate and execute the client-package push sent from the Endpoint Management Server; without it the server cannot connect or install the product.

A. SmartConsole is an administrative GUI, never installed on ordinary endpoints, and is irrelevant to client push.
B. Endpoints with no Check Point component (including the Deployment Agent) cannot be targeted by Automatic Deployment.
D. “Initial Client” packages are used for manual distribution; they are not a prerequisite for Automatic Deployment.

1. Check Point Endpoint Security R81.10 Administration Guide, “Client Installation and Upgrade – Automatic Deployment Requirements”, p.73: “Target computers must already have the Deployment Agent (SVN Foundation) installed.”

2. Check Point sk92449, “Automatic Deployment of Endpoint Security Clients”, Section ‘Prerequisites’.

Check Point Full Disk Encryption's Remote Help feature, which assists users at pre-boot, can be configured with three distinct security levels. These levels determine the complexity of the challenge-response mechanism used to verify the user's identity and provide a one-time password. The administrator can choose between "Low security," "Medium security," and "High security" based on the organization's security requirements, balancing user convenience with protection against unauthorized access.

A. There is no "Very High security" level defined for this feature; the options are limited to three.
B. This is incomplete. A "Medium security" level also exists, offering a balance between the Low and High options.
D. The feature is not a simple on/off switch; it provides granular control with three distinct security levels.

1. Check Point Endpoint Security E86.20 Management Server Administration Guide, Chapter 6 "Full Disk Encryption", Section "Configuring Remote Help". This section details the policy configuration for Remote Help and explicitly lists the three available options: "Select a security level for Remote Help: Low security, Medium security, High security."

Full Disk Encryption begins only after the endpoint retrieves the dedicated FDE machine-based policy from the Endpoint Management Server; this policy contains the encryption and pre-boot authentication directives required to enforce disk protection.

B. FDE certificates are used for recovery, not for initial enforcement of policy.
C. Post-boot users are a usability feature; enforcement does not depend on their existence.
D. Recovery files are created by the management server automatically and need not be encrypted beforehand.

1. Check Point Endpoint Security R81.10 Administration Guide, “Full Disk Encryption – Policy Workflow”, p.165: “Encryption starts after the client receives an FDE machine policy.”

2. Check Point sk108699, “Deploying Full Disk Encryption”, Section ‘Policy Prerequisites’.

The on-premises deployment model for Harmony Endpoint provides an organization with the highest level of control over its security infrastructure. This includes direct management of the servers, full control over data residency, and the ability to dictate update and maintenance schedules. This greater control and customization come at the cost of requiring the organization to procure, manage, and maintain the underlying hardware and software, which generally results in higher support and operational costs compared to a cloud-managed solution.

A. This option incorrectly states that on-premises and cloud environments offer the "same control," which is a primary differentiator between them.
B. This option is incorrect because the level of operational control is fundamentally different between on-premises and cloud deployments.
C. This option incorrectly claims the cloud environment offers the "same control" as on-premises. Cloud environments offer less direct infrastructure control.

Check Point Software Technologies Ltd. (2023). Check Point Harmony Endpoint Solution Brief. Document ID: SB-HARMONY-ENDPOINT. Page 6, Section "Flexible Deployment and Management". The brief states, "On-premises management is available for organizations that require full control of their environment." This confirms that the on-premises model is chosen for greater control.

The Check Point on-premises Endpoint Security Management Server provides a straightforward permissions model with two distinct administrator roles. The 'Admin' role grants full permissions to view and modify all settings, policies, and objects within the management server. The 'Read-Only' role allows an administrator to view all configurations and reports but prevents them from making any changes, ensuring separation of duties and preventing accidental modifications.

A. Primary Administrator and Read-Only: 'Primary Administrator' is not a defined role within the on-premises Endpoint Security Management Server's native user management.
B. Super Admin, Primary Administrator, User Admin, Read-Only: This list includes roles that are not standard for the Endpoint Security Management Server; these are more aligned with other Check Point products.
D. Super Admin, Read-Write All, Read-Only: 'Super Admin' and 'Read-Write All' are roles associated with the main R8x SmartConsole for gateway management, not the specific roles for Endpoint Management.

Check Point Software Technologies Ltd. (2023). Harmony Endpoint E87.30 On-Premises Management Administration Guide. Chapter "Administrators", Section "Creating an Administrator Account", page 38. This document explicitly states, "There are two types of Endpoint Security administrators: Admin and Read-Only."

Check Point Software Technologies Ltd. (2021). Endpoint Security E84.70 Administration Guide for On-Premises Management. Chapter 3, "Getting Started with Endpoint Security Management", Section "Administrators", page 36. This guide confirms the two roles are "Admin" and "Read-Only".

An External Endpoint Policy Server is deployed to manage endpoint clients that are outside the internal corporate network. It acts as a connection proxy, improving scalability and performance. Clients send periodic "heartbeat" messages to the server to signal they are online and to check for policy updates. The External Policy Server then handles "synchronization requests" with the primary Endpoint Security Management Server to relay client status and retrieve the latest policy deltas, reducing the direct load on the central manager.

A. "Cluster" refers to a high-availability configuration of management or gateway servers, not the function of an external policy server for clients.
C. "Test packet" is not the standard terminology used for the keep-alive signal from an endpoint client; the correct term is "heartbeat."
D. "Polling beat" is not the correct term. Check Point documentation consistently refers to the client's status signal as a "heartbeat."

1. Check Point. (2022). Harmony Endpoint Administration Guide R81. Chapter: "Server Deployment", Section: "Endpoint Security Servers Architecture". The guide details the communication flow where clients send heartbeats to the Policy Server, which in turn synchronizes with the Management Server.

2. Check Point. (2022). Harmony Endpoint E86.40 Clients for Windows Release Notes. Section: "New Features and Improvements". Release notes often mention improvements to heartbeat and synchronization mechanisms, confirming this terminology.

In a security context, "unauthenticated mode" refers to a state where a user or computer has not yet successfully proven its identity to the system. Because the entity is unknown, it is inherently considered a potential security risk. However, the system may still grant it limited access, for example, to an authentication portal or basic network services, to allow the authentication process to occur. This state balances the need for security with the functional requirement of allowing users to log in.

B. Trusting based on IP address and username is a form of authentication, not a description of being unauthenticated.
C. This is too specific. Unauthenticated mode is a general state, not tied exclusively to a failure to verify against Active Directory (AD).
D. Trusting based on passwords and usernames is the definition of authentication, which is the opposite of being unauthenticated.

1. Check Point. (2021). Check Point R81 Identity Awareness Administration Guide. Page 9, Chapter 1 "Introduction to Identity Awareness". The guide discusses how the system handles traffic from users that are "not yet identified (unauthenticated users)," implying they are treated as unknown and therefore a potential risk until authenticated.