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BUFFER OVERFLOW#1

A vulnerability where a program writes more data to a buffer than it can hold, potentially allowing code execution.

EXPLOIT DEVELOPMENT#2

The process of creating code or techniques to take advantage of vulnerabilities in software.

C PROGRAMMING#3

A high-level programming language used for system programming, widely utilized in exploit development.

PYTHON#4

A versatile programming language known for its readability, often used for scripting exploits and automation.

REVERSE ENGINEERING#5

The process of analyzing software to understand its design and functionality, often to find vulnerabilities.

SHELLCODE#6

A small piece of code used as the payload in an exploit, typically executed after a buffer overflow.

MEMORY MANAGEMENT#7

Techniques used by programs to allocate and manage memory, crucial for understanding buffer overflows.

DEBUGGING#8

The process of identifying and removing errors from software code, essential for exploit testing.

VULNERABILITY ANALYSIS#9

The process of identifying, classifying, and prioritizing vulnerabilities in software.

PENETRATION TESTING#10

An authorized simulated attack on a system to evaluate its security, often involving exploit development.

EXPLOITATION TECHNIQUES#11

Methods used to take advantage of software vulnerabilities to execute unauthorized actions.

ETHICAL HACKING#12

The practice of intentionally probing systems for vulnerabilities with permission, aiming to improve security.

PROOF OF CONCEPT#13

A demonstration that a concept or theory is feasible, often shown through a working exploit.

SECURITY ASSESSMENT#14

A comprehensive evaluation of an organization's security posture, including vulnerability analysis.

CONTROLLED ENVIRONMENT#15

A safe testing setting where exploits can be executed without risk to production systems.

TESTING METHODOLOGIES#16

Structured approaches to assess the functionality and security of exploits.

TECHNICAL PRESENTATION#17

A structured delivery of technical information, aimed at effectively communicating findings.

COLLABORATIVE FEEDBACK#18

A process where peers review and provide insights on each other's work to enhance learning.

DOCUMENTATION#19

Written records of processes, findings, and methodologies, crucial for knowledge transfer.

SECURITY VULNERABILITIES#20

Weaknesses in software that can be exploited to compromise system integrity.

CODE ANALYSIS#21

The examination of source code to identify vulnerabilities or ensure quality.

AUTOMATION#22

The use of technology to perform tasks with minimal human intervention, often in exploit development.

REAL-WORLD APPLICATION#23

Practical use of skills and knowledge gained in the course, emphasizing relevance to industry.

CAPSTONE PROJECT#24

A culminating project that integrates course learning into a practical application.

IMPACT ANALYSIS#25

Assessing the potential effects of a vulnerability on systems and data.