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Certified Professional Ethical Hacker (CPEH)

Last Update 19 hours ago Total Questions : 736

The Certified Professional Ethical Hacker (CPEH) content is now fully updated, with all current exam questions added 19 hours ago. Deciding to include CPEH-001 practice exam questions in your study plan goes far beyond basic test preparation.

You'll find that our CPEH-001 exam questions frequently feature detailed scenarios and practical problem-solving exercises that directly mirror industry challenges. Engaging with these CPEH-001 sample sets allows you to effectively manage your time and pace yourself, giving you the ability to finish any Certified Professional Ethical Hacker (CPEH) practice test comfortably within the allotted time.

Question # 4

A certified ethical hacker (CEH) completed a penetration test of the main headquarters of a company almost two months ago, but has yet to get paid. The customer is suffering from financial problems, and the CEH is worried that the company will go out of business and end up not paying. What actions should the CEH take?

A.

Threaten to publish the penetration test results if not paid.

B.

Follow proper legal procedures against the company to request payment.

C.

Tell other customers of the financial problems with payments from this company.

D.

Exploit some of the vulnerabilities found on the company webserver to deface it.

Question # 5

While testing the company's web applications, a tester attempts to insert the following test script into the search area on the company's web site:

Afterwards, when the tester presses the search button, a pop-up box appears on the screen with the text: "Testing Testing Testing". Which vulnerability has been detected in the web application?

A.

Buffer overflow

B.

Cross-site request forgery

C.

Distributed denial of service

D.

Cross-site scripting

Question # 6

The Open Web Application Security Project (OWASP) testing methodology addresses the need to secure web applications by providing which one of the following services?

A.

An extensible security framework named COBIT

B.

A list of flaws and how to fix them

C.

Web application patches

D.

A security certification for hardened web applications

Question # 7

What is the primary drawback to using advanced encryption standard (AES) algorithm with a 256 bit key to share sensitive data?

A.

Due to the key size, the time it will take to encrypt and decrypt the message hinders efficient communication.

B.

To get messaging programs to function with this algorithm requires complex configurations.

C.

It has been proven to be a weak cipher; therefore, should not be trusted to protect sensitive data.

D.

It is a symmetric key algorithm, meaning each recipient must receive the key through a different channel than the message.

Question # 8

A computer technician is using a new version of a word processing software package when it is discovered that a special sequence of characters causes the entire computer to crash. The technician researches the bug and discovers that no one else experienced the problem. What is the appropriate next step?

A.

Ignore the problem completely and let someone else deal with it.

B.

Create a document that will crash the computer when opened and send it to friends.

C.

Find an underground bulletin board and attempt to sell the bug to the highest bidder.

D.

Notify the vendor of the bug and do not disclose it until the vendor gets a chance to issue a fix.

Question # 9

Which of the following levels of algorithms does Public Key Infrastructure (PKI) use?

A.

RSA 1024 bit strength

B.

AES 1024 bit strength

C.

RSA 512 bit strength

D.

AES 512 bit strength

Question # 10

Some passwords are stored using specialized encryption algorithms known as hashes. Why is this an appropriate method?

A.

It is impossible to crack hashed user passwords unless the key used to encrypt them is obtained.

B.

If a user forgets the password, it can be easily retrieved using the hash key stored by administrators.

C.

Hashing is faster compared to more traditional encryption algorithms.

D.

Passwords stored using hashes are non-reversible, making finding the password much more difficult.

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