Broadcom 250-580 Practice Test - Questions Answers, Page 4

The Threat Defense for Active Directory (AD) Deceptive Account feature serves as a honeypot within Active Directory, designed to lure attackers who are attempting to map out AD for valuable accounts or resources. By using deceptive accounts, this feature can expose attackers' reconnaissance activities, such as attempts to gather credential information or access sensitive accounts. This strategy helps detect attackers early by observing interactions with fake accounts set up to appear as attractive targets.

In Symantec Endpoint Detection and Response (SEDR), events are generated when an activity occurs. This includes any actions or behaviors detected by the system, such as file modifications, network connections, or process launches that could indicate a potential threat. The generation of events in response to activities enables SEDR to provide real-time monitoring and logging, essential for effective threat detection and response.

Administrators can use the Application Catalog in Symantec Endpoint Security to create custom behavioral isolation policies. This tool compiles data on application behavior, enabling administrators to define isolation policies that address specific behaviors observed within their environment. By leveraging the Application Catalog, administrators can tailor policies based on the behaviors of applications, enhancing the control and containment of potentially malicious activity.

In Symantec Endpoint Detection and Response (SEDR), the Block List feature allows administrators to manually block a specific file hash identified as malicious. By adding the hash of the malicious file to the Block List, SEDR ensures that the file cannot execute or interact with the network, preventing further harm. This manual blocking capability provides administrators with direct control over specific threats detected in their environment.

The Intrusion Prevention System (IPS) in Symantec Endpoint Protection operates by scanning inbound and outbound traffic packets against a defined list of signatures. This process aims to identify known attack patterns or anomalies that signify potential security threats.

When IPS detects a match in the traffic packet based on these custom signatures, the following sequence occurs:

Initial Detection and Match: The IPS engine actively monitors traffic in real-time, referencing its signature table. Each packet is checked sequentially until a match is found.

Halting Further Checks: Upon matching a signature with the inbound or outbound traffic, the IPS engine terminates further checks for other signatures in the same traffic packet. This design conserves system resources and optimizes performance by avoiding redundant processing once a threat has been identified.

Action on Detection: After identifying and confirming the threat based on the matched signature, the IPS engine enforces configured responses, such as blocking the packet, alerting administrators, or logging the event.

This approach ensures efficient threat detection by focusing only on the first detected signature, which prevents unnecessary processing overhead and ensures rapid incident response.

In Symantec Endpoint Protection (SEP) Application Control policies, applications are managed through lists: an Allowed list (applications approved for use) and a Blocked list (applications restricted or prohibited). When a user encounters an application that is not explicitly on either the Allowed or Blocked list, it falls into a neutral category.

For accessing this application, the typical process includes:

Requesting an Override: The user can initiate a request to temporarily or permanently allow access to the application. This process usually involves contacting the administrator or following a specified override protocol to gain necessary permissions.

Administrator Review: Upon receiving the override request, the administrator evaluates the application to ensure it aligns with organizational security policies and compliance standards.

Override Approval: If deemed safe, the application may be added to the Allowed list, granting the user access.

This request mechanism ensures that unlisted appli

When an administrator uses the 'Invite User' feature to distribute the Symantec Endpoint Security (SES) client, the end-user receives a direct link via email to download the SES client. This email typically includes:

Download Link: The email provides a secure link that directs the user to download the SES client installer directly from Symantec's servers or a managed distribution location.

Installation Instructions: Clear instructions are often included to assist the end-user with installing the SES client on their device.

User Access Simplification: This approach streamlines the installation process by reducing the steps required for the user, making it convenient and ensuring they receive the correct client version.

This method enhances security and user convenience, as the SES client download is directly verified by the system, ensuring that the correct version is deployed.

When a threat is detected within an organization's environment, preventing its spread becomes crucial. Symantec Endpoint Protection (SEP) allows administrators to create Application and Device Control policies that target specific threat files to block them across the network. To block a known malicious file, the administrator should:

Identify the File MD5 Hash: The MD5 hash serves as a unique 'fingerprint' for the malicious file, ensuring that the specific file version can be accurately identified across systems.

Create an Application Content Rule: Using the Application and Device Control feature, the administrator can create a content rule that targets the identified file by its MD5 hash, effectively blocking it based on its fingerprint.

Apply the Rule Across Endpoints: Once created, this rule is applied to endpoints, preventing the file from executing or spreading.

This method ensures precise blocking of the threat without impacting other files or processes.

In Symantec Endpoint Detection and Response (EDR), the Entity Dump feature provides detailed activity recorder data related to a specific file hash. This data is essential for understanding the behavior and origin of a suspicious file, as well as tracking its activity across endpoints. Here's how it works:

Hash-Based Search: The EDR solution allows the administrator to search by file hash, which helps retrieve a history of the file's interactions and activities.

Entity Dump Retrieval: Selecting the Entity Dump option provides comprehensive data, including process execution, file modification, network connections, and other endpoint interactions related to the file.

Enhanced Threat Analysis: By analyzing this information, the administrator gains insights into how the threat may have propagated, aiding in containment and mitigation efforts.

The Entity Dump is thus a vital tool in forensic analysis, providing detailed endpoint activity data for specified file hashes.