Free Symantec 250-586 Practice Exam with Questions & Answers | Set: 2

In theSymantec Security Cloud Console, usingmultiple domainsenables organizations to manage separate entities within a single environment while ensuring data isolation and independence. This structure is beneficial for organizations with distinct operational divisions, subsidiaries, or independent departments that require separate administrative controls and data boundaries.

Symantec Endpoint Security Documentationoutlines how multiple domains help maintain data privacy and secure access management across entities, allowing each domain to operate independently without crossover, which ensures compliance with data segregation policies.

To ensure proper distribution and mapping forLiveUpdate Administrators (LUAs) or Group Update Providers (GUPs)in theManage phase, checking theContent Delivery configurationis essential. This configuration ensures that updates are correctly distributed to all endpoints and that LUAs or GUPs are properly positioned to reduce bandwidth usage and improve update efficiency across the network.

Symantec Endpoint Protection Documentationhighlights the importance of verifying Content Delivery configuration to maintain effective update distribution and optimal performance, particularly in large or distributed environments.

In theManage phase, information about thevalidation of in-use features/functionscan be found in theTest Plan. This document outlines the specific tests, criteria, and methods for verifying that the solution’s features and functions are operating as expected.

Validation Purpose of the Test Plan: The Test Plan specifies the steps to validate that each configured feature is performing correctly and meeting the intended objectives.

Documentation of Test Results: It also includes documentation of results, which helps ensure that all features remain functional and aligned with requirements in the production environment.

Explanation of Why Other Options Are Less Likely:

Option A (Solution Infrastructure Design)andOption B (Solution Configuration Design)focus on setup and configuration rather than validation.

Option D (Business or Technical Objectives)are used for setting goals, not validating functionality.

TheTest Planis thus the correct source for information onvalidating in-use features/functionsduring theManage phase.

Adaptive Protectionis designed to reduce the attack surface bymanaging suspicious behaviors performed by trusted applications. This feature provides dynamic, behavior-based protection that allows trusted applications to operate normally while monitoring and controlling any suspicious actions they might perform.

Purpose of Adaptive Protection: It monitors and restricts potentially harmful behaviors in applications that are generally trusted, thus reducing the risk of misuse or exploitation.

Attack Surface Reduction: By focusing on behavior rather than solely on known malicious files, Adaptive Protection effectively minimizes the risk of attacks that exploit legitimate applications.

Explanation of Why Other Options Are Less Likely:

Option A (Malware Prevention Configuration)targets malware but does not specifically control trusted applications’ behaviors.

Option B (Host Integrity Configuration)focuses on policy compliance rather than behavioral monitoring.

Option D (Network Integrity Configuration)deals with network-level threats, not application behaviors.

Therefore,Adaptive Protectionis the feature best suited toreduce the attack surface by managing suspicious behaviorsin trusted applications.

The first step in definingcore security and protection requirementsduring theAssess phaseis tostart with high-level questions and pain points. This approach helps clarify the customer’s key concerns, primary risks, and specific protection needs, providing a foundation to tailor the security solution effectively. By focusing on these high-level issues, the assessment can be aligned with the customer’s unique environment and strategic objectives.

SES Complete Implementation Curriculumoutlines this initial step as critical for gathering relevant information that shapes the direction of the security solution, ensuring it addresses the customer’s main pain points and requirements comprehensively.

To ensure clients canautomatically fall back to their Priority 1 server(s)if a SEP Manager fails, it is recommended toconfigure all SEP Managers with equal priority.

Fallback Mechanism: When SEP Managers are set with equal priority, clients can automatically reconnect to any available server in their priority group. This setup offers a high-availability solution, allowing clients to quickly fall back to another server if their primary SEP Manager becomes unavailable.

Ensuring Continuity: Equal priority settings enable seamless client-server communication, ensuring clients do not experience interruptions in receiving policy updates or security content.

High Availability: This configuration supports a robust failover system where clients are not dependent on a single manager, thus enhancing resilience against server outages.

Explanation of Why Other Options Are Less Likely:

Option B (different priorities)could cause delays in failover as clients would have to exhaust Priority 1 servers before attempting Priority 2 servers.

Option C (no priority configuration)would lead to inconsistent fallback behavior.

Option D (separate fallback server)adds complexity and is not required for effective client fallback.

Therefore, settingall SEP Managers with equal priorityis the recommended setup.

TheSolution Configuration Designcontains information about theadoption of SES Complete use cases and their respective settings. This section details the configuration choices, policy settings, and operational parameters specific to each use case within SES Complete, tailored to the organization’s security objectives and operational environment. It provides administrators with a roadmap for implementing use cases according to best practices and optimized configurations.

SES Complete Implementation Documentationemphasizes the Solution Configuration Design as the primary reference for aligning use case adoption with specific configuration settings, ensuring that security requirements are met efficiently.

In theSES Complete Hybrid Architecture, theCloud Bridge Connectorserves a critical role in enabling secure communication between on-premise and cloud components:

Synchronization Role: The Cloud Bridge Connector allows theon-premise Symantec Endpoint Protection (SEP) Managerto securely communicate and synchronize data with theIntegrated Cyber Security Managerin the cloud environment.

Secure Communication over TCP Port 443: The connector usesTCP port 443for secure HTTPS communication, which is crucial for transmitting sensitive security data and maintaining synchronization between the on-premise and cloud environments.

Hybrid Architecture Support: This synchronization capability is essential in hybrid architectures, where a mix of on-premise and cloud resources work together to provide a cohesive security solution.

Explanation of Why Other Options Are Less Likely:

Option A(managing on-premise clients through SQL Server) is unrelated to the Cloud Bridge Connector’s function.

Option C(offloading updates via TCP ports 7070 and 7078) pertains to update distribution, not synchronization.

Option D(providing content updates on the SEP client) is also outside the primary role of the Cloud Bridge Connector.

The correct answer is that theCloud Bridge Connectoris used tosynchronize communicationsbetween the on-premise SEP Manager and the Integrated Cyber Security Managerover TCP port 443.

The first step in implementing theLogical Design of an On-Premise infrastructureis toensure the MS SQL servers are installed or procured. The SQL server is a critical backend component for Symantec Endpoint Protection Manager (SEPM) as it stores configuration, event logs, and other essential data. Securing this database infrastructure is foundational before deploying management structures or additional components.

SES Complete Implementation Documentationoutlines this step as the initial action, providing the necessary data storage and management capabilities required for a stable on-premises deployment of the Logical Design.

When definingLocation Awarenessfor the Symantec Endpoint Protection (SEP) client, administrators should focus on criteria that can uniquely identify a network or environment characteristic to trigger specific policies. Two important criteria are:

NIC Description: This criterion allows SEP to detect which Network Interface Card (NIC) is in use, helping to determine whether the endpoint is connected to a trusted internal network or an external/untrusted network. NIC description is a straightforward attribute SEP can monitor to determine location.

WINS Server: By detecting the WINS (Windows Internet Name Service) server, SEP can identify whether the endpoint is within a specific network environment. WINS server settings are often unique to particular locations within an organization, aiding in policy application based on network location.

References in Symantec Endpoint Protection Documentationoutline using such network and connection-specific criteria to optimize Location Awareness policies effectively. TheLocation Awareness Configuration Guideprovides best practices for configuring SEP clients to adapt behavior based on network characteristics, ensuring enhanced security and appropriate access controls across different environments.