Question

What is the most common example of string-related overflow attacks?

a.

The use of various runtime library string-manipulation routines for copying or processing strings in some way, while letting the routine determine how much data should be written.

b.

The use of a fixed-size buffer to copy a user-supplied string into.

c.

The use of ASCII characters that would become a workable shellcode once converted into Unicode.

d.

The use of JA (jump if above) instead of JG (jump if greater) for the comparison.

Posted under Reverse Engineering

Answer: (a).The use of various runtime library string-manipulation routines for copying or processing strings in some way, while letting the routine determine how much data should be written. Explanation:The most common example of string-related overflow attacks is the use of various runtime library string-manipulation routines for copying or processing strings in some way, while letting the routine determine how much data should be written.

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 most common example of string-related overflow attacks?

Add Comment

Similar Questions

Discover Related MCQs

Q. What are heap overflows and why are they less common than stack overflows?

View solution

Q. What is the risk of using the strcpy function?

View solution

Q. What is the most common example of overflow attacks?

View solution

Q. Why are heap overflows less common than stack overflows?

View solution

Q. How can attackers take advantage of the heap's linked-list structure?

View solution

Q. What causes the program to crash in a heap overflow attack?

View solution

Q. How are heaps arranged?

View solution

Q. How does a heap overflow attack work?

View solution

Q. What is a heap overflow?

View solution

Q. What is the purpose of stack-checking mechanisms embedded into programs?

View solution

Q. Which type of vulnerability is required for an attacker to exploit the buffer overflow bug?

View solution

Q. Which option is used for returning values to the caller in functions?

View solution

Q. What is the most popular strategy for attackers to overcome the hurdles imposed by nonexecutable memory systems?

View solution

Q. Does nonexecutable memory completely eliminate the problem of buffer overflow attacks?

View solution

Q. Which operating systems support nonexecutable memory?

View solution

Q. Which processors provide support for nonexecutable memory?

View solution

Q. What is nonexecutable memory?

View solution

Q. How can an attacker defeat stack checking?

View solution

Q. Can stack checking completely eliminate the problem of buffer overflow bugs?

View solution

Q. Why must the cookie be a random number in stack checking?

View solution

View All MCQs on Reverse Engineering

Suggested Topics

Are you eager to expand your knowledge beyond Reverse Engineering? We've curated a selection of related categories that you might find intriguing.

Click on the categories below to discover a wealth of MCQs and enrich your understanding of Computer Science. Happy exploring!

Java Spring Framework

Enhance your Java development skills with our Spring Framework MCQs. Learn about...

Computer Hardware

Explore the tangible components of computers with our Computer Hardware MCQs. Learn...

Web Technologies

Master the building blocks of the web with our Web Technologies MCQs. From HTML and...

Embedded Systems

Dive into the world of specialized computing systems with our Embedded Systems MCQs....

Data Warehousing and OLAP

Strengthen your knowledge of Data Warehousing and OLAP with our specialized MCQs....

Compiler Design

Unravel the process of translating source code into executable programs with our...

Software Architecture and Design

Get a strong hold on the blueprint of software systems with our Software Architecture...

Cryptography and Network Security

Secure your knowledge of information security with our Cryptography and Network...

Digital Logic Design

Understand the foundation of digital computers with our Digital Logic Design MCQs....