adplus-dvertising
frame-decoration

Question

What is the main problem with decrypting data on a computer without exposing it to attackers?

a.

It is not possible without redesigning certain components in a typical PC's hardware

b.

It is difficult to implement software encryption

c.

It is difficult to secure the decryption key

d.

It requires significant progress in software engineering

Posted under Reverse Engineering

Answer: (a).It is not possible without redesigning certain components in a typical PC's hardware Explanation:The main problem with decrypting data on a computer without exposing it to attackers is that it is not possible without redesigning certain components in a typical PC's hardware.

Engage with the Community - Add Your Comment

Confused About the Answer? Ask for Details Here.

Know the Explanation? Add it Here.

Q. What is the main problem with decrypting data on a computer without exposing it to attackers?

Similar Questions

Discover Related MCQs

Q. What is Trusted Computing?

Q. What were media-based protections?

Q. How did media-based protections work on floppy disks?

Q. Which programs could deal with the special sectors created in media-based protections?

Q. Are programs that duplicate the special sectors in media-based protections legal?

Q. What is the purpose of using serial numbers in software?

Q. How does the installation program verify the validity of a serial number?

Q. Why is relying exclusively on a plain serial number flawed?

Q. What is the impact of the internet on the effectiveness of serial numbers as a protection mechanism?

Q. What is a challenge response in the context of software copy protection mechanisms?

Q. What is the difference between the original serial number protection scheme and the challenge response scheme?

Q. How does the challenge response scheme provide usage information to the software vendor?

Q. How do pirates typically crack the challenge response protection scheme?

Q. What is a dongle?

Q. What is the purpose of a dongle-based protection?

Q. How does a trivial implementation of a dongle-based protection work?

Q. What is the solution employed by dongle developers to make their protection scheme more secure?

Q. How does a dongle-based protection scheme work?

Q. How does an emulator program work?

Q. How can an emulator program be used to crack a dongle-based protection scheme?