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CompTIA CASP+ certification is recognized worldwide as a validation of advanced-level security skills and knowledge. It is a vendor-neutral certification, which means that it is not tied to any specific hardware or software platform. This makes it an ideal certification for IT professionals who work with a variety of systems and technologies.

CompTIA Advanced Security Practitioner (CASP+) Exam Sample Questions (Q95-Q100):

NEW QUESTION # 95
A major broadcasting company that requires continuous availability to streaming content needs to be resilient against DDoS attacks Which of the following is the MOST important infrastructure security design element to prevent an outage7

A. Scaling horizontally to handle increases in traffic
B. Supporting heterogeneous architecture
C. Ensuring cloud autoscaling is in place
D. Leveraging content delivery network across multiple regions

Answer: D

Explanation:
A content delivery network (CDN) is a distributed system of servers that delivers web content to users based on their geographic location, the origin of the content, and the performance of the network. A CDN can help improve the availability and performance of web applications by caching content closer to the users, reducing latency and bandwidth consumption. A CDN can also help mitigate distributed denial-of-service (DDoS) attacks by absorbing or filtering malicious traffic before it reaches the origin servers, reducing the impact on the application availability. Supporting heterogeneous architecture means using different types of hardware, software, or platforms in an IT environment. This can help improve resilience by reducing single points of failure and increasing compatibility, but it does not directly prevent DDoS attacks. Ensuring cloud autoscaling is in place means using cloud services that automatically adjust the amount of resources allocated to an application based on the demand or load. This can help improve scalability and performance by providing more resources when needed, but it does not directly prevent DDoS attacks. Scaling horizontally means adding more servers or nodes to an IT environment to increase its capacity or throughput. This can help improve scalability and performance by distributing the load across multiple servers, but it does not directly prevent DDoS attacks. References: [CompTIA Advanced Security Practitioner (CASP+) Certification Exam Objectives], Domain 2: Enterprise Security Architecture, Objective 2.4: Select controls based on systems security evaluation models

NEW QUESTION # 96
A security team receives alerts regarding impossible travel and possible brute-force attacks after normal business hours. After reviewing more logs, the team determines that specific users were targeted and attempts were made to transfer data to an unknown site. Which of the following should the team do to help mitigate these issues?

A. Enable packet captures to continue to run for the source and destination related to the file transfer
B. Create a firewall rule to prevent those users from accessing sensitive data
C. Restrict uploading activity to only authorized sites.
D. Disable login activity for those users after business hours.

Answer: C

NEW QUESTION # 97
An organization is looking to establish more robust security measures by implementing PKI. Which of the following should the security analyst implement when considering mutual authentication?

A. Public keys on both endpoints
B. Perfect forward secrecy on both endpoints
C. Shared secret for both endpoints
D. A common private key on each endpoint
E. A common public key on each endpoint

Answer: A

Explanation:
Public keys on both endpoints are required for implementing PKI-based mutual authentication. PKI stands for Public Key Infrastructure, which is a system that manages the creation, distribution, and verification of certificates. Certificates are digital documents that contain public keys and identity information of their owners. Certificates are issued by trusted authorities called Certificate Authorities (CAs), and can be used to prove the identity and authenticity of the certificate holders. Mutual authentication is a process in which two parties authenticate each other at the same time using certificates. Mutual authentication can provide stronger security and privacy than one-way authentication, where only one party is authenticated. In PKI-based mutual authentication, each party has a certificate that contains its public key and identity information, and a private key that corresponds to its public key. The private key is kept secret and never shared with anyone, while the public key is shared and used to verify the identity and signature of the certificate holder. The basic steps of PKI-based mutual authentication are as follows:
* Party A sends its certificate to Party B.
* Party B verifies Party A's certificate by checking its validity, signature, and trust chain. If the certificate is valid and trusted, Party B extracts Party A's public key from the certificate.
* Party B generates a random challenge (such as a nonce or a timestamp) and encrypts it with Party A's public key. Party B sends the encrypted challenge to Party A.
* Party A decrypts the challenge with its private key and sends it back to Party B.
* Party B compares the received challenge with the original one. If they match, Party B confirms that Party A is the legitimate owner of the certificate and has possession of the private key.
* The same steps are repeated in reverse, with Party A verifying Party B's certificate and sending a challenge encrypted with Party B's public key.
A: Perfect forward secrecy on both endpoints is not required for implementing PKI-based mutual authentication. Perfect forward secrecy (PFS) is a property of encryption protocols that ensures that the compromise of a long-term secret key (such as a private key) does not affect the security of past or future session keys (such as symmetric keys). PFS can enhance the security and privacy of encrypted communications, but it does not provide authentication by itself.
B: Shared secret for both endpoints is not required for implementing PKI-based mutual authentication. Shared secret is a method of authentication that relies on a pre-shared piece of information (such as a password or a passphrase) that is known only to both parties. Shared secret can provide simple and fast authentication, but it does not provide non-repudiation or identity verification.
D: A common public key on each endpoint is not required for implementing PKI-based mutual authentication.
A common public key on each endpoint would imply that both parties share the same certificate and private key, which would defeat the purpose of PKI-based mutual authentication. Each party should have its own unique certificate and private key that proves its identity and authenticity.
E: A common private key on each endpoint is not required for implementing PKI-based mutual authentication. A common private key on each endpoint would imply that both parties share the same certificate and public key, which would defeat the purpose of PKI-based mutual authentication. Each party should have its own unique certificate and private key that proves its identity and authenticity.

NEW QUESTION # 98
Which of the following is a benefit of using steganalysis techniques in forensic response?

A. Maintaining chain of custody for acquired evidence
B. Breaking a symmetric cipher used in secure voice communications
C. Identifying least significant bit encoding of data in a .wav file
D. Determining the frequency of unique attacks against DRM-protected media

Answer: C

Explanation:
Steganalysis is the process of detecting hidden data in files or media, such as images, audio, or video. One technique of steganalysis is to identify least significant bit encoding, which is a method of hiding data by altering the least significant bits of each byte in a file. For example, a .wav file could contain hidden data encoded in the least significant bits of each audio sample. Steganalysis techniques can help forensic responders to discover hidden evidence or malicious payloads. Breaking a symmetric cipher, determining the frequency of attacks, or maintaining chain of custody are not related to steganalysis. Verified Reference: https://www.comptia.org/blog/what-is-steganography https://partners.comptia.org/docs/default-source/resources/casp-content-guide

NEW QUESTION # 99
An auditor Is reviewing the logs from a web application to determine the source of an Incident.
The web application architecture Includes an Internet-accessible application load balancer, a number of web servers In a private subnet, application servers, and one database server In a tiered configuration. The application load balancer cannot store the logs. The following are sample log snippets:

Which of the following should the auditor recommend to ensure future incidents can be traced back to the sources?

A. Use stored procedures on the database server.
B. Enable the x-Forwarded-For header al the load balancer.
C. Install a software-based HIDS on the application servers.
D. Store the value of the $_SERVER['REMOTE_ADDR'] received by the web servers.
E. Install a certificate signed by a trusted CA.

Answer: B

Explanation:
The X-Forwarded-For (XFF) HTTP header field is a common method for identifying the originating IP address of a client connecting to a web server through an HTTP proxy or load balancer.

NEW QUESTION # 100
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CompTIA - CAS-004 - CompTIA Advanced Security Practitioner (CASP+) Exam–Reliable 100% Correct Answers

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CompTIA Advanced Security Practitioner (CASP+) Exam Sample Questions (Q95-Q100):

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