Other books that might interest you

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  Secure Software Design -...

  Saimon Carrie

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  In "Secure Software Design" readers embark on a journey through the intricate world of secure software design. With cyber threats looming large in today's interconnected landscape, the need for resilient and fortified code has never been more critical. This comprehensive guide equips software developers, architects, and security professionals with the knowledge and tools necessary to design and build robust systems that can withstand malicious attacks. 
  From understanding the principles of secure software design to implementing best practices in authentication, authorization, and encryption, this book covers every aspect of creating a secure software ecosystem. Readers will delve into threat modeling techniques, learn to identify and prioritize risks, and explore mitigation strategies to safeguard against common vulnerabilities. 
  Through practical examples, case studies, and actionable insights, "Secure Software Design: Safeguarding Your Code Against Cyber Threats" demystifies complex security concepts and provides clear guidance on incorporating security measures into every stage of the software development lifecycle. Whether securing web applications, mobile apps, or cloud-based systems, this book offers invaluable advice on protecting digital assets and preserving the integrity of software infrastructure. 
  With a forward-looking perspective on emerging threats and future trends, this book empowers readers to stay ahead of adversaries and fortify their code against evolving cyber risks. This book is an indispensable resource for building resilient systems in an insecure world. 
   

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  Software-Defined Networking - A...

  May Sherry

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  Software-Defined Networking: A Comprehensive Guide to Modern Network Architecture offers an in-depth exploration of the transformative technology reshaping the world of networking. This book provides a thorough understanding of Software-Defined Networking (SDN), from foundational principles to advanced implementations, making it an essential resource for network professionals, engineers, and IT managers. 
  This guide equips you with the knowledge and tools needed to leverage SDN for modern, scalable, and efficient network architecture. 
   

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  A City Within One Building -...

  John Harpoon

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  In the heart of urban landscapes, the idea of a "city within one building" has evolved from a futuristic concept to a tangible reality. These monumental structures encapsulate the essence of urban life, redefining the way we live, work, and interact within confined yet dynamic environments. At their core, they embody the idea of vertical urbanism—a vision that seeks to concentrate the diversity and vibrancy of a city into a single architectural entity. 
  The origins of this vision can be traced to the pressures of urbanization and the relentless march of technological innovation. As cities expanded horizontally, they encountered spatial limitations, environmental challenges, and infrastructural strain. The solution lay not outward, but upward. Vertical urbanism emerged as a response to these challenges, combining architectural ingenuity with a commitment to sustainability. The result is a new typology of buildings that integrate residential, commercial, recreational, and even cultural spaces into a cohesive, self-contained ecosystem. 
  One of the most compelling aspects of these megastructures is their ability to transform our perception of space and connectivity. Traditional cities rely on sprawling layouts that separate different functions—housing, offices, schools, and leisure activities are often miles apart. By contrast, a city within a building integrates these elements into a seamless whole. Residents can live, work, and play without stepping outside, reducing reliance on transportation and fostering a sense of community within the structure’s walls.

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  The Future of Work – How AI and...

  Gary Coons

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  AI and automation are changing jobs faster than ever before. But will they replace or redefine human work? 
  This audiobook takes you into the future of employment, uncovering how technology is reshaping industries, skillsets, and the way we work. Discover: 
   ✅ Which industries are most at risk of AI-driven job losses 
   ✅ How automation is creating new careers and opportunities 
   ✅ The truth about AI, robotics, and the rise of remote work 
   ✅ What skills and mindsets will be essential for future success 
   ✅ The ethical debate: Should AI have limits in the workplace? 
  The Future of Work – How AI and Automation Are Changing Jobs is a must-listen for *entrepreneurs, professionals, students, and anyone preparing for the workplace of tomorrow.

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  Cognitive and Behavioral...

  Vivian Westlake

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  This book consists of 7 titles, which are the following: 
  - Acceptance and Commitment Therapy  
  - Behavior Therapy  
  - Cognitive Behavioral Therapy  
  - Dialectical Behavior Therapy  
  - Rational Emotive Behavior Therapy  
  - Solution-Focused Brief Therapy  
  - Trauma-Focused Cognitive Behavioral Therapy 
  This is a goldmine bundle that you can use to learn more about all cognition-focused therapies.

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  Geology - The Earth's Secrets...

  Mike Crawford

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  The Earth’s formation is a story of cosmic collisions, immense heat, and gradual cooling that set the stage for the planet we know today. Approximately 4.6 billion years ago, the solar system emerged from a vast cloud of dust and gas. This cloud, known as the solar nebula, began to collapse under gravity, forming the Sun at its center. Around this young star, particles of dust and rock started clumping together, eventually leading to the creation of planets, including Earth. 
  In its early years, Earth was a molten sphere, continuously bombarded by asteroids and comets. These impacts contributed to the planet’s mass and introduced essential elements like water. As gravitational forces compressed Earth’s interior, temperatures soared, causing heavy materials such as iron and nickel to sink toward the core while lighter elements like silicon and oxygen remained near the surface. This process, known as planetary differentiation, led to the formation of Earth’s three primary layers: the core, mantle, and crust. 
  The early atmosphere of Earth was vastly different from what it is today. Initially, it consisted of hydrogen and helium, but solar winds stripped these gases away. Volcanic activity and ongoing collisions released vast amounts of carbon dioxide, water vapor, methane, and ammonia, forming a thick and toxic atmosphere. Over time, as volcanic eruptions continued, water vapor condensed to form clouds, eventually leading to heavy rainfall that lasted for thousands of years. These rains filled low-lying areas, giving rise to the first oceans.

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