Dive into Learning Explore the rich courses offerings of MammothClub.

Featuring 8 code-based challenges with unlimited attempts, this hands-on test focuses on classic memory corruption attacks. Learn to exploit stack overflows and abuse Structured Exception Handling (SEH) to gain control of program execution. Each task mirrors real-world exam scenarios, helping you script and simulate low-level exploit techniques.

Featuring 26 code-based challenges with unlimited attempts, this hands-on test covers web server exploitation and memory attack techniques. Crash and analyze a web server, gain code execution, understand the Windows heap memory manager, and obtain a shell. Implement a portable SEH egg hunter to locate and execute payloads. Each task mirrors real-world exam scenarios for scripting and simulating complex exploits.

Featuring 26 code-based challenges with unlimited attempts, this hands-on test teaches shellcode development and execution. Learn call conventions, assemble custom shellcode, resolve symbols dynamically, and craft position-independent payloads to launch reverse shells. Each task mirrors real-world exam scenarios to help you script and simulate low-level exploits.

Featuring 8 code-based challenges with unlimited attempts, this hands-on test focuses on application analysis and protocol reverse engineering. Enumerate applications, work with Tivoli Storage Manager, reverse engineer custom protocols, and identify exploitable bugs. Each task mirrors real-world exam scenarios to help you script and simulate vulnerability discovery workflows.

Featuring 13 code-based challenges with unlimited attempts, this hands-on test focuses on bypassing Data Execution Prevention (DEP) using Return Oriented Programming. Learn DEP fundamentals, discover ROP gadgets, and build exploit chains to bypass memory protections. Each task mirrors real-world exam scenarios to help you script and simulate advanced exploitation techniques.

Featuring 22 code-based challenges with unlimited attempts, this hands-on test focuses on format string vulnerabilities and advanced exploitation. Exploit format strings to leak memory, attack IBM-based systems, obtain sensitive logs, and bypass ASLR using format string techniques. Each task mirrors real-world exam scenarios to help you script and simulate precise memory manipulation attacks.

Code in JavaScript. Develop Non-fungible tokens on the NEAR blockchain!