Study of Network Infrastructure | Study Guides, Projects, Research Computer Science

OpenSecurityTraining2 Learning Paths:

Reverse Engineering & Malware Analysis

Dynamic Analysis Static Analysis

Malware Analysis 1001:

Taxonomy & Techniques

Overview

Reverse Engineering 1001:

Windows Dynamic Analysis

Reverse Engineering 1011:

Linux Dynamic Analysis

Reverse Engineering 1012:

Android Dynamic Analysis

Reverse Engineering 1021:

macOS Dynamic Analysis

Malware Analysis 1002:

Reports

Reverse Engineering 1022:

iOS Dynamic Analysis

Reverse Engineering 1501:

Dynamic Instrumentation

with Frida

Architecture 1005:

RISC-V Assembly

C28

Debuggers 1012:

Introductory GDB

Debuggers 1101:

Introductory IDA

Debuggers 1102:

Introductory Ghidra

Debuggers 1001:

Visual Studio

Architecture 1001:

x86-64 Assembly

Debuggers 1103:

Introductory Binary Ninja

C28.5

Architecture 1002:

ARM Assembly

Architecture 1003:

MIPS Assembly

TBD

Debuggers 1011:

Introductory WinDbg

x86 or RISC-V

2C x86

Debuggers 2012:

Intermediate GDB

Debuggers 2011:

Intermediate WinDbg

Architecture 2001:

x86-64 OS Internals

gdb WinDbg

Cx86

4.5

Cx86 WinDbg 4

Cx86 WinDbg

TBD

Debuggers 3011:

Advanced WinDbg

Reverse Engineering 2001:

Introductory Static Analysis

of C-based programs

CTBD

Architecture 4001:

x86-64 Intel Firmware

Attack & Defense

Cx86 Simics

Architecture 3001:

Intel Virtual Machine

Extensions (VMX)

Cx86 TBD

Debuggers 1015:

Introductory Simics

Cx86

Cx86 WinDbg

Debuggers 3301:

HyperDbg

Cx86 16

WinDbg

Cx86 gdb

Architecture 2811:

Windows Kernel Internals 1

Architecture 2821:

Windows Kernel Internals 2

Architecture 2831:

Windows Kernel Internals 3

Architecture 2812:

Linux Kernel Internals 1

Architecture 2822:

Linux Kernel Internals 2

Architecture 2832:

Linux Kernel Internals 3

Reverse Engineering 3011:

Reversing C++ Binaries

C++ x86 IDA 6

Reverse Engineering 3201:

Symbolic Analysis

Malware Analysis 4404:

Virtualization-based malware

Debuggers 1016:

Introductory QEMU

TBDC x86

Architecture 4021:

Introductory UEFI

Architecture 4221:

UEFI SecureBoot

C10 TBD

10 CUEFI

Reverse Engineering 5001:

UEFI

Malware Analysis 4302:

Linux kernel malware

Reverse Engineering 2101:

Intermediate IDA

Reverse Engineering 2102:

Intermediate Ghidra

Reverse Engineering 2103:

Intermediate Binary Ninja

Reverse Engineering 3001:

Intermediate Static Analysis

of C-based programs

Reverse Engineering 1103:

ELF Executables

Reverse Engineering 1102:

TE Executables

Reverse Engineering 1101:

PE Executables

TBD

Malware Analysis 2602:

Linux Memory Analysis

Malware Analysis 2601:

Windows Memory Analysis

Malware Analysis 2001:

Threat Intelligence

Malware Analysis 3101:

MS Office OpenXML / OLE2

Malware Analysis 3102:

Portable Document Format

(PDF)

Malware Analysis 3103:

Rich Text Format (RTF)

Malware Analysis 3104:

Multi-format Malicious

Documents

TBD

CWinDbg 5

Reverse Engineering 4011:

Windows kernel/drivers

Architecture 2813:

XNU Kernel Internals 1

Architecture 2823:

XNU Kernel Internals 2

Architecture 2833:

XNU Kernel Internals 3

Reverse Engineering 4011:

Linux kernel drivers

Malware Analysis 4301:

Windows kernel malware

Reverse Engineering 4011:

XNU kernel drivers

Malware Analysis 4303:

XNU kernel malware

Malware Analysis 6001:

UEFI-based malware

Reverse Engineering 1104:

Mach-o Executables

Legend

In Development / ReservedFuture / Instructors Wanted Publicly available

Solid arrow = hard prerequisite

Dashed arrow = recommended prerequisite

Average completion

time (in hours)

Class has a hard prerequisite of

this knowlege before beginning.

C = C language,

C++ = C++ language,

Py = Python language,

JS = JavaScript language,

x86 = x86 assembly language,

ARM = ARM assembly language,

RISC-V = RISC-V assembly language,

gdb = GNU debugger,

WinDbg = WinDbg debugger,

IDA = Interactive DisAssembler (& debugger),

Ghidra = Ghidra disassembler/decompiler/debugger,

Simics = Simics emulator & debugger,

TPM = Trusted Platform Module,

UEFI = Unified Extensible Firmware Interface

Class has a soft prerequisite of this

knowlege before beginning.

x86 6

gdb or WinDbg

x86 or RISC-V

IDA or Ghidra

Architecture / Reverse

Engineering 1601:

Windows API 1

Architecture / Reverse

Engineering 2611:

Windows Userspace

Internals 1

Architecture 2621:

Windows Userspace

Internals 2

Architecture 1602:

Windows API 2

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OpenSecurityTraining2 Learning Paths:

Reverse Engineering & Malware Analysis

Dynamic Analysis Static Analysis

Malware Analysis 1001: Taxonomy & Techniques Overview Reverse Engineering 1001: Windows Dynamic Analysis Reverse Engineering 1011: Linux Dynamic Analysis Reverse Engineering 1012: Android Dynamic Analysis Reverse Engineering 1021: macOS Dynamic Analysis Malware Analysis 1002: Reports Reverse Engineering 1022: iOS Dynamic Analysis Reverse Engineering 1501: Dynamic Instrumentation with Frida Architecture 1005: RISC-V Assembly C 28 Debuggers 1012: Introductory GDB Debuggers 1101: Introductory IDA Debuggers 1102: Introductory Ghidra Debuggers 1001: Visual Studio Architecture 1001: x86-64 Assembly Debuggers 1103: Introductory Binary Ninja

C 1 C^ 28.

C 2 Architecture 1002: ARM Assembly C Architecture 1003: MIPS Assembly C TBD TBD Debuggers 1011: Introductory WinDbg x86 or RISC-V C x86^2 Debuggers 2012: Intermediate GDB Debuggers 2011: Intermediate WinDbg Architecture 2001: x86-64 OS Internals C x86 gdb WinDbg C x 2

2 C x86 WinDbg 4 C x86 WinDbg 27 TBD Debuggers 3011: Advanced WinDbg Reverse Engineering 2001: Introductory Static Analysis of C-based programs C TBD Architecture 4001: x86-64 Intel Firmware Attack & Defense C x86^ Simics^14 Architecture 3001: Intel Virtual Machine Extensions (VMX) C x86 TBD Debuggers 1015: Introductory Simics C x86^2 C x86 WinDbg 6 Debuggers 3301: HyperDbg C x86 WinDbg 16 C x86 gdb Architecture 2811: Windows Kernel Internals 1 Architecture 2821: Windows Kernel Internals 2 Architecture 2831: Windows Kernel Internals 3 Architecture 2812: Linux Kernel Internals 1 Architecture 2822: Linux Kernel Internals 2 Architecture 2832: Linux Kernel Internals 3 Reverse Engineering 3011: Reversing C++ Binaries C++ x86 IDA 6 Reverse Engineering 3201: Symbolic Analysis Malware Analysis 4404: Virtualization-based malware Debuggers 1016: Introductory QEMU C x86^ TBD Architecture 4021: Introductory UEFI Architecture 4221: UEFI SecureBoot C 1010 C UEFI TBD Reverse Engineering 5001: UEFI Malware Analysis 4302: Linux kernel malware Reverse Engineering 2101: Intermediate IDA Reverse Engineering 2102: Intermediate Ghidra Reverse Engineering 2103: Intermediate Binary Ninja Reverse Engineering 3001: Intermediate Static Analysis of C-based programs Reverse Engineering 1103: ELF Executables Reverse Engineering 1102: TE Executables Reverse Engineering 1101: PE Executables TBD TBD TBD Malware Analysis 2602: Linux Memory Analysis Malware Analysis 2601: Windows Memory Analysis Malware Analysis 2001: Threat Intelligence Malware Analysis 3101: MS Office OpenXML / OLE Malware Analysis 3102: Portable Document Format (PDF) Malware Analysis 3103: Rich Text Format (RTF) Malware Analysis 3104: Multi-format Malicious Documents JS TBD C WinDbg^5 Reverse Engineering 4011: Windows kernel/drivers Architecture 2813: XNU Kernel Internals 1 Architecture 2823: XNU Kernel Internals 2 Architecture 2833: XNU Kernel Internals 3 Reverse Engineering 4011: Linux kernel drivers Malware Analysis 4301: Windows kernel malware Reverse Engineering 4011: XNU kernel drivers Malware Analysis 4303: XNU kernel malware Malware Analysis 6001: UEFI-based malware Reverse Engineering 1104: Mach-o Executables

C

Legend

Future / Instructors Wanted In Development / Reserved Publicly available

Solid arrow = hard prerequisite

Dashed arrow = recommended prerequisite

Average completion time (in hours) Class has a hard prerequisite of this knowlege before beginning. C = C language, C++ = C++ language, Py = Python language, JS = JavaScript language, x86 = x86 assembly language, ARM = ARM assembly language, RISC-V = RISC-V assembly language, gdb = GNU debugger, WinDbg = WinDbg debugger, IDA = Interactive DisAssembler (& debugger), Ghidra = Ghidra disassembler/decompiler/debugger, Simics = Simics emulator & debugger, TPM = Trusted Platform Module, UEFI = Unified Extensible Firmware Interface Class has a soft prerequisite of this knowlege before beginning. Py x86 6 C gdb or WinDbg x86 or RISC-V x86 or RISC-V IDA or Ghidra RE Architecture / Reverse Engineering 1601: Windows API 1 Architecture / Reverse Engineering 2611: Windows Userspace Internals 1 Architecture 2621: Windows Userspace Internals 2 Architecture 1602: Windows API 2 6 6

Study of Network Infrastructure, Study Guides, Projects, Research of Computer Science

Related documents

Partial preview of the text

Download Study of Network Infrastructure and more Study Guides, Projects, Research Computer Science in PDF only on Docsity!

OpenSecurityTraining2 Learning Paths:

Reverse Engineering & Malware Analysis

Dynamic Analysis Static Analysis

C 1 C^ 28.

C

C

C

Legend

Solid arrow = hard prerequisite

Dashed arrow = recommended prerequisite