🏳️
The CTF Recipes
  • Introduction
  • Cryptography
    • Introduction
    • General knowledge
      • Encoding
        • Character encoding
          • ASCII
          • Unicode
          • UTF-8
        • Data encoding
          • Base16
          • Base32
          • Base64
      • Maths
        • Modular arithmetic
          • Greatest Common Divisor
          • Fermat's little theorem
          • Quadratic residues
          • Tonelli-Shanks
          • Chinese Remainder Theorem
          • Modular binomial
      • Padding
        • PKCS#7
    • Misc
      • XOR
    • Mono-alphabetic substitution
      • Index of coincidence
      • frequency analysis
      • Well known algorithms
        • 🔴Scytale
        • 🔴ROT
        • 🔴Polybe
        • 🔴Vigenere
        • 🔴Pigpen cipher
        • 🔴Affine cipher
    • Symmetric Cryptography
      • AES
        • Block Encryption procedure
          • Byte Substitution
          • Shift Row
          • Mix Column
          • Add Key
          • Key Expansion / Key Schedule
        • Mode of Operation
          • ECB
            • Block shuffling
              • Challenge example
            • ECB Oracle
              • Challenge example
          • CBC
            • Bit flipping
              • Challenge example
            • Padding oracle
              • Challenge example
          • OFB
            • Key stream reconstruction
            • Encrypt to Uncrypt
  • 🛠️Pwn
    • General knowledge
      • STACK
        • Variables storage
        • Stack frame
      • PLT and GOT
      • HEAP
        • HEAP operations
        • Chunk
        • Bins
        • Chunk allocation and reallocation
      • Syscall
    • Architectures
      • aarch32
        • Registers
        • Instruction set
        • Calling convention
      • aarch64
        • Registers
        • Instruction set
        • Calling convention
      • mips32
        • Registers
        • Instruction set
        • Calling convention
      • mips64
        • Registers
        • Instruction set
        • Calling convention
      • x86 / x64
        • Registers
        • Instruction set
        • Calling convention
    • Stack exploitation
      • Stack Buffer Overflow
        • Dangerous functions
          • gets
          • memcpy
          • sprintf
          • strcat
          • strcpy
        • Basics
          • Challenge example
        • Instruction pointer Overwrite
          • Challenge example
        • De Bruijn Sequences
        • Stack reading
          • Challenge example
      • Format string
        • Dangerous functions
          • printf
          • fprintf
        • Placeholder
        • Data Leak
          • Challenge example
        • Data modification
          • Challenge example
      • Arbitrary code execution
        • Shellcode
        • ret2reg
        • Code reuse attack
          • Ret2plt
          • Ret2dlresolve
          • GOT Overwrite
          • Ret2LibC
          • Leaking LibC
          • Ret2csu
          • Return Oriented Programming - ROP
          • Sigreturn Oriented Programming - SROP
          • Blind Return Oriented Programming - BROP
            • Challenge example
          • 🔴Call Oriented Programming - COP
          • 🔴Jump Oriented Programming - JOP
          • One gadget
        • Stack pivoting
    • 🛠️Heap exploitation
      • Heap overflow
        • Challenge example
      • Use after free
        • Challenge example
      • 🛠️Double free
      • 🔴Unlink exploit
    • Protections
      • Stack Canaries
      • No eXecute
      • PIE
      • ASLR
      • RELRO
    • Integer overflow
Powered by GitBook
On this page
  1. Pwn
  2. Architectures

aarch32

PreviousArchitecturesNextRegisters

Last updated 2 years ago

AArch32 (also known as ARMv7-A) is a 32-bit instruction set architecture (ISA) that is used in many modern ARM processors. It is a Reduced Instruction Set Computing (RISC) architecture that is designed for efficient execution of instructions and low power consumption.

This instruction set architecture is used in a variety of devices, including smartphones, tablets, embedded systems, and other portable devices. It is known for its high level of performance and energy efficiency, which make it well-suited for use in devices with limited power and cooling resources.

Aarch32 and aarch64 are two different instruction set architectures (ISAs) used in computers. Aarch32 is a 32-bit ISA, while aarch64 is a 64-bit ISA. This means that aarch64 is capable of handling larger amounts of data and memory compared to aarch32. In general, aarch64 is more powerful and efficient than aarch32, but it is not backward-compatible with aarch32. This means that software designed for aarch32 may not be able to run on aarch64 without modification

🛠️
Registers
Instruction set
Calling convention