7 New Virtual Machine Books Defining 2025 Insights

When Monica Beckwith highlights how JVM performance intertwines with modern hardware and software demands, she invites you into a nuanced world where Java's HotSpot VM reveals its inner workings. This book unpacks complex topics like garbage collection, concurrency with virtual threads, and the impact of projects like Valhalla and Panama, using detailed case studies and flowcharts to clarify their practical use. You’ll gain hands-on insights into JVM diagnostics, tuning, and deployment strategies that reflect today’s evolving cloud and distributed environments. It’s tailored for developers and architects who want to deepen their understanding of JVM internals and push Java performance boundaries in demanding systems.

After analyzing extensive global economic data, Prof Philip M. Parker Ph.D. developed a methodical forecast of virtual machine demand across more than 190 countries, providing a macroeconomic perspective rarely seen in this field. You gain insight into latent demand estimates, regional and global market shares, and the strategic outlook extending to 2030, helping you understand virtual machine industry trends beyond immediate product specifics or market players. This book benefits strategists, policymakers, and business leaders who need a long-term, data-driven outlook on virtual machine markets worldwide rather than a product-level analysis. Its econometric modeling approach sheds light on fundamental economic dynamics shaping the industry globally, offering a unique vantage point for high-level decision-making.

This tailored book explores the latest JVM performance techniques with a focus on your specific interests and goals in virtual machine technology. It examines cutting-edge developments from 2024 and early 2025, revealing how modern JVM tuning can enhance system efficiency and responsiveness. By aligning with your background, it delves into advanced performance tuning, garbage collection strategies, and runtime optimizations relevant to your environment. The personalized approach ensures that you explore emerging knowledge and research most pertinent to your needs, providing a focused, engaging learning experience that keeps you ahead in the rapidly evolving world of JVM and virtual machines.

During his extensive work as a software architect and engineer, Otavio Santana developed this guide to illuminate the complexities of the Java Virtual Machine (JVM) for developers aiming to optimize their Java applications. You’ll gain clear insights into JVM architecture, memory management, and performance tuning, including practical case studies that show how to tackle real bottlenecks. The book also covers advanced topics like reflection, annotation processors, and reactive programming principles, equipping you to write more efficient and scalable Java code. If you're an intermediate to advanced Java developer looking to master JVM internals and boost application performance, this book will sharpen your expertise and deepen your understanding.

Peter von Oven brings his extensive expertise in virtualization to this detailed guide focused on VMware Workstation for Windows. You’ll explore the nuances of type-2 hypervisors, mastering how to create and manage virtual machines alongside containers and Kubernetes clusters without reformatting your physical device. The book walks through configuring resources such as CPU and networking in a virtual environment, and culminates in building complex setups like nested vSphere labs. If you’re an IT professional or developer working with remote or BYOD systems, this book gives you concrete skills to optimize and troubleshoot VMware Workstation effectively.

Ram Narayan Shukla's deep dive into cloud computing resource management addresses a critical tension between providers and users. He explores how providers aim to maximize hardware utilization by densely packing virtual machines, while users seek cost-effective, reliable performance. By dissecting scheduling algorithms and their impact on energy efficiency, the book equips you with insights into optimizing virtual machine allocation without sacrificing service quality. For instance, it explains how balancing load and minimizing energy consumption can reduce costs and environmental impact. If you're involved in cloud infrastructure or resource management, this book offers a clear framework to rethink scheduling strategies.

This tailored book explores the evolving landscape of virtual machine environments, focusing on emerging virtualization strategies and infrastructure planning for 2025 and beyond. It examines the latest discoveries and technological shifts that influence virtual machine performance, resource allocation, and cloud integration. By centering on your specific interests and background, it reveals how to navigate upcoming trends with a personalized approach that aligns with your objectives. The book covers foundational concepts and new developments in virtualization technology, detailing how to prepare and adapt your infrastructure for future challenges. Its tailored content ensures you engage deeply with topics that matter most to your strategic outlook and operational goals.

Dr. George Nadella draws from extensive expertise in virtualization to develop this focused guide on VMware Horizon 8.x, addressing the precise demands of IT professionals preparing for certification and practical deployment. You’ll navigate diverse question formats, including scenario-based problems, that test knowledge beyond memorization, deepening your grasp of both foundational and advanced virtualization concepts. The book’s interactive format encourages active engagement, with sections designed for hands-on practice that sharpen your problem-solving skills. If you're aiming to solidify your VMware Horizon mastery or seeking a structured path to certification readiness, this concise yet pointed resource delivers targeted preparation without fluff.

John J Donovan's decades of experience in information systems have culminated in this focused exploration of virtualization's role within that field. You will gain insight into the architecture of virtual machines, including the distinctions between hypervisor types and how storage and networking resources are virtualized. Donovan's approach clarifies complex design principles that underpin efficient hardware utilization and system security. If you work in systems architecture or IT infrastructure, this concise volume offers foundational knowledge without unnecessary jargon, though it may be too technical for casual readers or those seeking broader DevOps perspectives.