The book “Machine-Oriented Programming”, authored by a team of authors, including Viktor Nikolaevich Negoda, is a unique training manual that opens doors to the world of programming at a level close to machine code. This edition will be an indispensable assistant for both computer science students and practicing programmers seeking to deepen their knowledge and skills. In today's world, where technology is developing at an incredible speed, understanding the basics of machine programming becomes not just useful, but necessary. The book covers a wide range of topics, ranging from the basics of computer architecture to low-level languages such as assembly language. The reader dives into the details of the processors, learns exactly how programs interact with hardware, and gains practical skills that can be applied to real-world projects. One of the key features of this manual is its accessibility. The authors aim to make complex concepts understandable by using clear and logical language. Each chapter contains examples that illustrate theoretical aspects, as well as tasks for independent solution, which allows the reader to consolidate the knowledge gained. This makes the book an ideal choice for both beginners and those who already have some experience in programming, but want to expand their horizons. Who can like this tutorial? First of all, it will be interesting for technical students studying computer science, programming and related disciplines . However, not only students will find useful information in the book. Practitioners who want to deepen their knowledge of how software works at the lowest level, as well as teachers who are looking for quality materials for their courses, will also appreciate this publication. Even technology lovers interested in the basics of computers and programs will be able to find a lot of useful things in the book. The topics raised in "Machine-Oriented Programming" go beyond just learning programming languages. The authors discuss the architectural features of modern processors, the principles of operating systems and the importance of code optimization. These aspects not only help the reader to better understand how software functions, but also emphasize the importance of quality programming in today's world, where efficiency and performance play a key role. The style of the authors is distinguished by clarity and logical presentation, which makes the material accessible and easy to perceive. It is important to note that the team of authors includes experienced professionals who are not only theorists, but also practitioners, which allows them to share real examples and advice based on their own experience. This gives the book special value, as the reader receives not only theoretical knowledge, but also practical skills that can be applied in real life. If you are looking for a quality machine programming tutorial that will help you master the basics and deepen your knowledge, “Machine-Oriented Programming” will be an excellent choice for you. This book is not just a textbook, but a real find for anyone who wants to understand how the programming world works at the deepest level. Do not miss the opportunity to discover new horizons in the world of technology with this fascinating and informative edition