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CAS-005 Latest Guide Files - Exam CAS-005 Introduction

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CompTIA CAS-005 Exam Syllabus Topics:

Topic
Details

Topic 1

Security Operations: This domain is designed for CompTIA security architects and covers analyzing data to support monitoring and response activities, as well as assessing vulnerabilities and recommending solutions to reduce attack surfaces. Candidates will apply threat-hunting techniques and utilize threat intelligence concepts to enhance operational security.

Topic 2

Security Engineering: This section measures the skills of CompTIA security architects that involve troubleshooting common issues related to identity and access management (IAM) components within an enterprise environment. Candidates will analyze requirements to enhance endpoint and server security while implementing hardware security technologies. This domain also emphasizes the importance of advanced cryptographic concepts in securing systems.

Topic 3

Security Architecture: This domain focuses on analyzing requirements to design resilient systems, including the configuration of firewalls and intrusion detection systems.

Topic 4

Governance, Risk, and Compliance: This section of the exam measures the skills of CompTIA security architects that cover the implementation of governance components based on organizational security requirements, including developing policies, procedures, and standards. Candidates will learn about managing security programs, including awareness training on phishing and social engineering.

CompTIA SecurityX Certification Exam Sample Questions (Q70-Q75):

NEW QUESTION # 70
Operational technology often relies upon aging command, control, and telemetry subsystems that were created with the design assumption of:

A. untrustworthy users and systems being present.
B. communicating over distributed environments
C. an available EtherneVIP network stack for flexibility.
D. operating in an isolated/disconnected system.
E. anticipated eavesdropping from malicious actors.

Answer: D

Explanation:
Comprehensive and Detailed Step by Step
Understanding the Scenario: The question focuses on the historical design assumptions behind older operational technology (OT) systems, particularly in the context of command, control, and telemetry.
Analyzing the Answer Choices:
A . operating in an isolated/disconnected system: This is the most accurate assumption for many legacy OT systems. Historically, these systems were designed to operate in air-gapped environments, completely isolated from external networks (including the internet).
Reference:
B . communicating over distributed environments: While OT systems can be distributed, the core design assumption, especially for older systems, wasn't centered around interconnectivity in the way modern IT systems are.
C . untrustworthy users and systems being present: This is a more modern security principle (Zero Trust). Older OT systems often operated under a model of implicit trust within their isolated environment.
D . an available EtherneVIP network stack for flexibility: Ethernet/IP is a relatively newer industrial protocol. Older OT systems often used proprietary or less flexible communication protocols. Also, there is no such thing as EtherneVIP.
E . anticipated eavesdropping from malicious actors: While security was a concern, the primary threat model for older, isolated OT systems didn't heavily emphasize external malicious actors due to the assumed isolation.
Why A is the Correct answer:
Air Gap: The concept of an air gap (physical isolation) was the cornerstone of security for many legacy OT systems. These systems were not connected to the internet or corporate networks, making them less susceptible to remote attacks.
Legacy Protocols: Older OT systems often used proprietary or serial communication protocols, not designed for internet connectivity.
Implicit Trust: Within the isolated environment, there was often an assumption of trust among the connected components.
CASP+ Relevance: The challenges of securing legacy OT systems, especially in the face of increasing connectivity, are a key area of focus in CASP+. Understanding the historical context and the shift in security paradigms is crucial.
Modern OT Security Considerations (Elaboration):
Convergence: Today, the lines between IT and OT are blurring. OT systems are increasingly connected to corporate networks and the internet, necessitating a shift from isolation-based security to a more comprehensive approach.
Threat Landscape: Modern OT systems face a wider range of threats, including targeted attacks from sophisticated actors.
Security Controls: Modern OT security involves implementing network segmentation, intrusion detection, access controls, and other measures to protect against these evolving threats.
In conclusion, the primary design assumption for many older OT systems was that they would operate in isolated or disconnected environments. This historical context is important for understanding the security challenges faced by organizations today as they integrate these legacy systems into modern, connected environments. This is a core concept discussed in CASP+ in the context of OT security and risk management.

NEW QUESTION # 71
After some employees were caught uploading data to online personal storage accounts, a company becomes concerned about data leaks related to sensitive, internal documentation. Which of the following would the company most likely do to decrease this type of risk?

A. Deploy an internet proxy that filters certain domains
B. Implement a cloud-access security broker
C. Improve firewall rules to avoid access to those platforms.
D. Create SIEM rules to raise alerts for access to those platforms

Answer: B

Explanation:
A Cloud Access Security Broker (CASB) is a security policy enforcement point placed between cloud service consumers and cloud service providers to combine and interject enterprise security policies as cloud-based resources are accessed. Implementing a CASB provides several benefits:
A . Improve firewall rules to avoid access to those platforms: This can help but is not as effective or comprehensive as a CASB.
B . Implement a cloud-access security broker: A CASB can provide visibility into cloud application usage, enforce data security policies, and protect against data leaks by monitoring and controlling access to cloud services. It also provides advanced features like data encryption, data loss prevention (DLP), and compliance monitoring.
C . Create SIEM rules to raise alerts for access to those platforms: This helps in monitoring but does not prevent data leaks.
D . Deploy an internet proxy that filters certain domains: This can block access to specific sites but lacks the granular control and visibility provided by a CASB.
Implementing a CASB is the most comprehensive solution to decrease the risk of data leaks by providing visibility, control, and enforcement of security policies for cloud services.
Reference:
CompTIA Security+ Study Guide
Gartner, "Magic Quadrant for Cloud Access Security Brokers"
NIST SP 800-144, "Guidelines on Security and Privacy in Public Cloud Computing"

NEW QUESTION # 72
A security engineer must resolve a vulnerability in a deprecated version of Python for a custom-developed flight simulation application that is monitored and controlled remotely. The source code is proprietary and built with Python functions running on the Ubuntu operating system. Version control is not enabled for the application in development or production. However, the application must remain online in the production environment using built-in features. Which of the following solutions best reduces the attack surface of these issues and meets the outlined requirements?

A. Use an NFS network share. Update Python with aptitude, and update modules with pip in a test environment. Deploy the solution to production.
B. Code-signing within the CI/CD pipeline ensures that only verified and signed code is deployed, mitigating the risk of supply chain attacks. Updating Python with aptitude and updating modules with pip ensures vulnerabilities are patched. Deploying the solution to production after testing maintains application availability while securing the development lifecycle.
Branch protection (B) applies only to version-controlled environments, which is not the case here.NFS network share (C) does not address the deprecated Python vulnerability.Version designation (D) does not eliminate security risks from outdated dependencies.
C. Enable branch protection in the GitHub repository. Update Python with aptitude, and update modules with pip in a test environment. Deploy the solution to production.
D. Configure code-signing within the CI/CD pipeline, update Python with aptitude, and update modules with pip in a test environment. Deploy the solution to production.
E. Configure version designation within the Python interpreter. Update Python with aptitude, and update modules with pip in a test environment. Deploy the solution to production.

Answer: B

NEW QUESTION # 73
You are tasked with integrating a new B2B client application with an existing OAuth workflow that must meet the following requirements:
. The application does not need to know the users' credentials.
. An approval interaction between the users and the HTTP service must be orchestrated.
. The application must have limited access to users' data.
INSTRUCTIONS
Use the drop-down menus to select the action items for the appropriate locations. All placeholders must be filled.

Answer:

Explanation:
See the complete solution below in Explanation:
Explanation:
Select the Action Items for the Appropriate Locations:
Authorization Server:
Action Item: Grant access
The authorization server's role is to authenticate the user and then issue an authorization code or token that the client application can use to access resources. Granting access involves the server authenticating the resource owner and providing the necessary tokens for the client application.
Resource Server:
Action Item: Access issued tokens
The resource server is responsible for serving the resources requested by the client application. It must verify the issued tokens from the authorization server to ensure the client has the right permissions to access the requested data.
B2B Client Application:
Action Item: Authorize access to other applications
The B2B client application must handle the OAuth flow to authorize access on behalf of the user without requiring direct knowledge of the user's credentials. This includes obtaining authorization tokens from the authorization server and using them to request access to the resource server.
Detailed Explanation:
OAuth 2.0 is designed to provide specific authorization flows for web applications, desktop applications, mobile phones, and living room devices. The integration involves multiple steps and components, including:
Resource Owner (User):
The user owns the data and resources that are being accessed.
Client Application (B2B Client Application):
Requests access to the resources controlled by the resource owner but does not directly handle the user's credentials. Instead, it uses tokens obtained through the OAuth flow.
Authorization Server:
Handles the authentication of the resource owner and issues the access tokens to the client application upon successful authentication.
Resource Server:
Hosts the resources that the client application wants to access. It verifies the access tokens issued by the authorization server before granting access to the resources.
OAuth Workflow:
The resource owner accesses the client application.
The client application redirects the resource owner to the authorization server for authentication.
The authorization server authenticates the resource owner and asks for consent to grant access to the client application.
Upon consent, the authorization server issues an authorization code or token to the client application.
The client application uses the authorization code or token to request access to the resources from the resource server.
The resource server verifies the token with the authorization server and, if valid, grants access to the requested resources.
References:
CompTIA Security+ Study Guide: Provides comprehensive information on various authentication and authorization protocols, including OAuth.
OAuth 2.0 Authorization Framework (RFC 6749): The official documentation detailing the OAuth 2.0 framework, its flows, and components.
OAuth 2.0 Simplified: A book by Aaron Parecki that provides a detailed yet easy-to-understand explanation of the OAuth 2.0 protocol.
By ensuring that each component in the OAuth workflow performs its designated role, the B2B client application can securely access the necessary resources without compromising user credentials, adhering to the principle of least privilege.

NEW QUESTION # 74
A company's help desk is experiencing a large number of calls from the finance department slating access issues to www bank com The security operations center reviewed the following security logs:

Which of the following is most likely the cause of the issue?

A. DNS traffic is being sinkholed.
B. The DNS record has been poisoned.
C. The DNS was set up incorrectly.
D. Recursive DNS resolution is failing

Answer: A

Explanation:
Sinkholing, or DNS sinkholing, is a method used to redirect malicious traffic to a safe destination. This technique is often employed by security teams to prevent access to malicious domains by substituting a benign destination IP address.
In the given logs, users from the finance department are accessing www.bank.com and receiving HTTP status code 495. This status code is typically indicative of a client certificate error, which can occur if the DNS traffic is being manipulated or redirected incorrectly. The consistency in receiving the same HTTP status code across different users suggests a systematic issue rather than an isolated incident.
* Recursive DNS resolution failure (A) would generally lead to inability to resolve DNS at all, not to a specific HTTP error.
* DNS poisoning (B) could result in users being directed to malicious sites, but again, would likely result in a different set of errors or unusual activity.
* Incorrect DNS setup (D) would likely cause broader resolution issues rather than targeted errors like the one seen here.
By reviewing the provided data, it is evident that the DNS traffic for www.bank.com is being rerouted improperly, resulting in consistent HTTP 495 errors for the finance department users. Hence, the most likely cause is that the DNS traffic is being sinkholed.
References:
* CompTIA SecurityX study materials on DNS security mechanisms.
* Standard HTTP status codes and their implications.

NEW QUESTION # 75
......

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