The Digital Forensics Roadmap focuses on learning how to collect and recover data from digital devices and analyze both the data and the systems involved.
Digital Forensics Roadmap:
This roadmap covers the fundamental concepts required for beginners in digital forensics. It includes practices using scenarios to help learners better understand and apply digital forensics techniques.
Lecture title | Number of completed users | Average study time | Difficulty (Click to sort ascending) | Price | |
|---|---|---|---|---|---|
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Proxy Contracts
Learn what a proxy contract is in Smart Contracts.
| 30 minutes | Easy | ENTERPRISE | |
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Exploit Tech: Meet-in-the-middle Attack
Learn how the meet-in-the-middle attack works.
| 1,001 people | 60 minutes | Very easy | FREE |
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FAT32 and NTFS File Systems
FAT32 and NTFS file systems
| 363 people | 60 minutes | Easy | FREE |
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[WHA-S] Background: SQL DML
Describes the SQL DML syntax.
| 2,623 people | 60 minutes | Medium | FREE |
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Exploit Tech: Length Eextension Attack
Learn how to compute another hash value from one hash value using a length extension attack on the MD5 hash function.
| 152 people | 60 minutes | Easy | FREE |
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Memory Corruption: Stack Buffer Overflow
We will examine the concept of stack buffer overflow and learn about the security threats that can arise from it.
| 3,849 people | 60 minutes | Easy | FREE |
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Exploit Tech: Format String Bug
Practice format string attacks using example code with format string bug vulnerability.
| 1,707 people | 60 minutes | Easy | FREE |
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Block Cipher: AES
Learn the structure of AES and the encryption process.
| 307 people | 60 minutes | Very easy | FREE |
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Exploit Tech: _IO_FILE Arbitrary Address Write
Learn an exploit that uses _IO_FILE to write a value to an arbitrary memory address.
| 578 people | 90 minutes | Difficult | FREE |
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Number Theory 2
You will study Fermat's little theorem, Euler's theorem, and practice with soem integer classes in SageMath.
| 416 people | 60 minutes | Easy | FREE |
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Web Hacking 101
Learn Web Hacking 101.
| 3,515 people | 30 minutes | Very easy | FREE |
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Exercise: Blind SQL Injection
Improve your understanding of blind SQL injection by solving a wargame challenge.
| 4,568 people | 120 minutes | Easy | FREE |
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Background: Web
In this lecture, you'll learn about the web and its components.
| 18,712 people | 60 minutes | Easy | FREE |
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Background: Cookie & Session
Explain cookies and sessions.
| 11,653 people | 60 minutes | Very easy | FREE |
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Block ciphers and modes of operation
Learn the different modes of operation for block ciphers, including ECB, CBC, and CTR.
| 209 people | 30 minutes | Very easy | FREE |
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Background: HTTP/HTTPS
Learn about HTTP and HTTPS, the protocols used for web communication.
| 18,763 people | 60 minutes | Easy | FREE |
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Sender
Learn the characteristics of keywords related to sender used in Solidity contracts and the vulnerabilities associated with them.
| 30 minutes | Easy | ENTERPRISE | |
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Background: Web Browser
Learn about the concepts and roles of web browsers.
| 13,309 people | 60 minutes | Easy | FREE |
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[WHA-C] Exercise: CSP Bypass
Let's solve CSP Bypass together.
| 988 people | 90 minutes | Easy | FREE |
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Exercise: Command Injection
Executes the desired command via command injection.
| 2,147 people | 30 minutes | Very easy | FREE |
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Background: Relational DBMS
In this lecture, you'll learn about relational database management systems and SQL.
| 5,451 people | 60 minutes | Easy | FREE |
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ServerSide: Command Injection
Learn command injection, a server-side attack.
| 4,434 people | 60 minutes | Very easy | FREE |
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ClientSide: XSS
Learn XSS, a common client-side attack.
| 8,628 people | 90 minutes | Easy | FREE |
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ServerSide: SSRF
Learn about SSRF, a server-side attack.
| 3,492 people | 60 minutes | Very easy | FREE |
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ClientSide: CSRF
Learn CSRF, a client-side attack.
| 6,583 people | 60 minutes | Easy | FREE |
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Background: Linux Memory Layout
Describes the memory structure of a Linux process.
| 9,354 people | 30 minutes | Very easy | FREE |
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ServerSide: SQL Injection
Learn about SQL Injection, a server-side attack.
| 5,537 people | 90 minutes | Easy | FREE |
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Tool: Environment Setup⚙️
Describe how to use virtualization software to create the environment needed for roadmap
| 4,599 people | 15 minutes | Very easy | FREE |
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Mitigation: Stack Canary
Learn about Stack Canary, which protects the return address from stack buffer overflow.
| 3,189 people | 30 minutes | Very easy | FREE |
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Classical Ciphers
Learn the types of classic ciphers and how to attack them simply.
| 1,186 people | 30 minutes | Very easy | FREE |
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Coding
Learn the basics of coding.
| 3,931 people | 120 minutes | Easy | FREE |
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Background: Computer Architecture
Describes computer architecture, instruction set architecture, and x86-64 architecture.
| 10,279 people | 30 minutes | Very easy | FREE |
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Exploit Tech: Return Address Overwrite
Learn the principles and methods of return address overwrite attacks through a simple example.
| 3,835 people | 120 minutes | Easy | FREE |
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Exploit Tech: Return to Shellcode
Learn attack techniques for bypassing canary and hijacking execution flow to shellcode.
| 2,865 people | 90 minutes | Easy | FREE |
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Memory Corruption: Double Free Bug
We will learn the causes and effects of the Double Free Bug and protection techniques to prevent it.
| 1,405 people | 30 minutes | Very easy | FREE |
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x86 Assembly🤖: Essential Part(1)
Learn the fundamental assembly language for system hacking.
| 7,853 people | 60 minutes | Very easy | FREE |
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Exploit Tech: Return to Library
Learn the principles and methods of attack techniques used for bypassing canaries and exploiting code in libraries.
| 2,510 people | 90 minutes | Easy | FREE |
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Exploit Tech: Shellcode
Learn what shellcode is, how to write it, and how to debug it.
| 5,706 people | 90 minutes | Easy | FREE |
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Background: Computer Architecture
Describes computer structure and instruction set structure, and the x86-64 architecture.
| 6,693 people | 60 minutes | Easy | FREE |
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Background: Library - Static Link vs. Dynamic Link
Learn the concepts of libraries and links, PLT and GOT in Linux.
| 2,423 people | 60 minutes | Easy | FREE |
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Background: ptmalloc2
Describes the main objects and memory management mechanisms of ptmalloc2.
| 814 people | 90 minutes | Easy | FREE |
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x86 Assembly🤖: Essential Part(1)
Learn the necessary assembly language to learn reverse engineering.
| 5,475 people | 60 minutes | Very easy | FREE |
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Introduction
Learn about the goals and objectives of the cryptography roadmap and the topics it covers.
| 1,769 people | 15 minutes | Very easy | FREE |
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Hash Functions
Learn the role and types of hash algorithms and the Message Authentication Code (MAC) using them.
| 235 people | 60 minutes | Very easy | FREE |
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Exploit Tech: Hook Overwrite
Describe hook overwrite attack techniques and practice with examples.
| 1,946 people | 60 minutes | Very easy | FREE |
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Logical Bug: Type Error
Learn the bugs that can occur due to incorrect usage of data types.
| 1,168 people | 60 minutes | Easy | FREE |
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Background: Binary
Describes what a binary is and the compilation process.
| 9,548 people | 30 minutes | Very easy | FREE |
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Memory Corruption: Out of Bounds
Learn about the types of code with OOB vulnerability, and how OOB can be leveraged in attacks.
| 1,784 people | 30 minutes | Very easy | FREE |
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Logical Bug: Command Injection
Let's learn about command injection vulnerabilities, which occurs by misusing functions that execute system commands.
| 1,245 people | 30 minutes | Very easy | FREE |
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Background: Static Analysis vs. Dynamic Analysis
Describe the two branches of software analysis techniques, static and dynamic analysis, and the differences between the two.
| 3,331 people | 15 minutes | Very easy | FREE |
