NASM

Comprehensive study of nasm covering fundamental concepts and advanced applications.

Introduction to NASM and Assembly LanguageBasic Syntax and Data TypesRegisters and Memory Addressing
Procedures, Macros, and Modular ProgrammingSystem Calls and Interfacing with Operating SystemsOptimization Techniques in NASM
Writing Shellcode and Security ApplicationsInterfacing NASM with Higher-Level LanguagesUsing NASM for Embedded and IoT Devices
Mastering Assembly DebuggingEffective Study and Practice Techniques
Introduction to NASM...Basic Syntax and Dat...Registers and Memory...Procedures, Macros, ...System Calls and Int...Optimization Techniq...Writing Shellcode an...Interfacing NASM wit...Using NASM for Embed...Mastering Assembly D...Effective Study and ...
Practical Applications

Using NASM for Embedded and IoT Devices

Why Assembly for Embedded Systems?

Embedded and IoT devices often have limited resources. Assembly code (via NASM) allows you to write efficient, tiny programs that run on these devices.

Where is this Used?

  • Microcontrollers for robots or sensors
  • Wearable tech (like fitness trackers)
  • Smart home devices

Real-World Benefits

  • Lower power consumption
  • Greater speed and reliability
  • Fine-grained hardware control

Examples

  • Programming a microcontroller to blink an LED with NASM.

  • Optimizing sensor data collection on a smart device.

Next
Mastering Assembly Debugging