Welcome to our non-profit blog, where we share publications in the form of newsletters! In this space, we focus on Firmware development based on RTOS and Embedded Operating Systems.

Our mission is to provide comprehensive information on the latest advancements, offering a complete understanding of firmware development. From innovative Firmware development techniques using RTOS and Python code for Embedded Systems, we explore the intricacies that drive technological progress and sustainability. Join us on this journey towards a more advanced and sustainable world!

Our areas of expertise include:

  • Firmware development using C/C++ for microcontrollers with Real-Time Operating Systems (RTOS)
    • Customer Requirements Gathering and Analysis.
    • Unit Testing: Verify the functionality of individual code units, such as functions, methods, and libraries, to ensure each part of the code works as expected.
    • Integration Testing: Verify proper interaction between firmware functions and libraries.
    • Functional Testing: Evaluate the overall behavior of the firmware in relation to functional requirements.
      • Detecting pointer-related issues.
      • Avoiding memory resource misuse (Memory leak).
      • Verify optimal utilization of microcontroller resources by the firmware.
    • Regression Testing: Ensure that code modifications or updates do not introduce new errors and do not adversely affect existing functionalities.
    • Library version control.
    • Static Analysis: Examine the source code without executing it. Identify potential issues such as coding defects, security vulnerabilities, and non-compliant coding practices.
    • Code Review: Peer code review to identify potential errors, improve readability, and ensure adherence to best practices.
    • Detailed documentation of functionalities and libraries.
  • Software development using Python for embedded systems based on processors employing Embedded Operating Systems.
    • Customer Requirements Gathering and Analysis.
    • Processor and Embedded Operating System Selection.
    • Development Environment Setup: Configure compilation, debugging, and emulation tools compatible with the selected processor and operating system.
    • Development of required embedded system functions in Python code. Ensure code efficiency and compliance with system resource limitations.
    • Integrate Python code with the embedded operating system, leveraging functions and services provided by the operating system.
    • Optimize the code to efficiently manage the embedded system's limited resources, such as memory and processing power.
    • Unit Testing: Conduct unit tests to verify the correct operation of individual functions and libraries written in Python.
    • Integration Testing: Ensure that Python code integrates correctly with other parts of the embedded system.
    • Performance Optimization: Optimize the code to enhance the embedded system's performance and reduce unnecessary latency or resource consumption.
    • Comprehensive System Testing: Ensure all functions work together properly.
    • Create detailed documentation of the code, environment configuration, and installation procedures to facilitate system maintenance and understanding.
    • Provide update and maintenance services as needed to address potential issues or enhance functionalities.
    • Detailed documentation of functionalities and libraries.

Get in Touch

Have a question or need guidance? Reach out to us at iotavanzado@gmail.com. We value your feedback and are here to support your learning journey. You can also visit our website at https://iotavanzado.com for more information.