This IBM® Redbooks® publication describes the concepts, architecture, and implementation of the IBM XIV® Storage System. The XIV Storage System is a scalable enterprise storage system that is based on a grid array of hardware components. It can attach to both Fibre Channel Protocol (FCP) and IP network Small Computer System Interface (iSCSI) capable hosts. This system is a good fit for clients who want to be able to grow capacity without managing multiple tiers of storage. The XIV Storage System is suited for mixed or random access workloads, including online transaction processing, video streamings, images, email, and emerging workload areas, such as Web 2.0 and cloud storage. The focus of this edition is on the XIV Gen3 running Version 11.5 of the XIV system software, which brings enhanced value for the XIV Storage System in cloud environments. It offers multitenancy support, VMware vCloud Suite integration, more discrete performance classes, and RESTful API enhancements that expand cloud automation integration. Version 11.5 introduces support for three-site mirroring to provide high availability and disaster recovery. It also enables capacity planning through the Hyper-Scale Manager, mobile push notifications for real-time alerts, and enhanced security. In the first few chapters of this book, we describe many of the unique and powerful concepts that form the basis of the XIV Storage System logical and physical architecture. We explain how the system eliminates direct dependencies between the hardware elements and the software that governs the system. In subsequent chapters, we explain the planning and preparation tasks that are required to deploy the system in your environment by using the intuitive yet powerful XIV Storage Manager GUI or the XIV command-line interface. We also describe the performance characteristics of the XIV Storage System and present options for alerting and monitoring, including enhanced secure remote support. This book is for IT professionals who want an understanding of the XIV Storage System. It is also for readers who need detailed advice on how to configure and use the system.

To reduce the risk of digital forensic evidence being called into question in judicial proceedings, it is important to have a rigorous methodology and set of procedures for conducting digital forensic investigations and examinations. Digital forensic investigation in the cloud computing environment, however, is in infancy due to the comparatively recent prevalence of cloud computing. Cloud Storage Forensics presents the first evidence-based cloud forensic framework. Using three popular cloud storage services and one private cloud storage service as case studies, the authors show you how their framework can be used to undertake research into the data remnants on both cloud storage servers and client devices when a user undertakes a variety of methods to store, upload, and access data in the cloud. By determining the data remnants on client devices, you gain a better understanding of the types of terrestrial artifacts that are likely to remain at the Identification stage of an investigation. Once it is determined that a cloud storage service account has potential evidence of relevance to an investigation, you can communicate this to legal liaison points within service providers to enable them to respond and secure evidence in a timely manner. Learn to use the methodology and tools from the first evidenced-based cloud forensic framework Case studies provide detailed tools for analysis of cloud storage devices using popular cloud storage services Includes coverage of the legal implications of cloud storage forensic investigations Discussion of the future evolution of cloud storage and its impact on digital forensics

Implement a Centralized Cloud Storage Infrastructure with Oracle Automatic Storage Management Build and manage a scalable, highly available cloud storage solution. Filled with detailed examples and best practices, this Oracle Press guide explains how to set up a complete cloud-based storage system using Oracle Automatic Storage Management. Find out how to prepare hardware, build disk groups, efficiently allocate storage space, and handle security. Database Cloud Storage: The Essential Guide to Oracle Automatic Storage Management shows how to monitor your system, maximize throughput, and ensure consistency across servers and clusters. Set up and configure Oracle Automatic Storage Management Discover and manage disks and establish disk groups Create, clone, and administer Oracle databases Consolidate resources with Oracle Private Database Cloud Control access, encrypt files, and assign user privileges Integrate replication, file tagging, and automatic failover Employ pre-engineered private cloud database consolidation tools Check for data consistency and resync failed disks Code examples in the book are available for download

“Jeremy builds real apps for real customers. That’s why I can heartily recommend this book. Go out and write some great apps…and keep this book handy.” —From the Foreword by Jeff Prosise Build Exceptionally Immersive and Responsive Touch-Based Windows Store Apps for Windows 8 with C# and XAML This is the first practical guide to building breakthrough applications for Windows 8 from project templates through publication to the new Windows Store. Microsoft “MVP of the Year” Jeremy Likness helps you combine your existing developer skills with new Visual Studio 2012 tools and best practices to create apps that are intuitive and innovative. His guidance and insight will help you dive into Windows 8 development—and gain a powerful competitive advantage for years to come. Likness illuminates the entire apps lifecycle, from planning and Model-View-View Model (MVVM) based design through coding, testing, packaging, and deployment. He covers both business and consumer apps, showing how Windows 8/WinRT development builds upon and contrasts with older WPF and Silverlight approaches. Using carefully crafted downloadable code examples and sample projects, Likness shows how to make the most of new platform features, including integrated social networking, search, contracts, charms, and tiles. Throughout, he addresses crucial development challenges that have only been discussed on MSDN, blog posts, and Twitter feeds—and never with this depth and clarity before. Coverage includes • Mastering real-world Windows 8 development for all devices and form factors • Understanding the new WinRT framework and the unique characteristics of Windows 8 apps • Designing apps that are faster, more responsive, do more with less, and maximize battery life • Creating exceptionally fluid interfaces with VS 2012 templates, built-in animations, and XAML • Building apps that respond consistently to multiple forms of input, including complex touch manipulations • Using contracts and charms to expose services or enable users to do so • Providing information to users through Live Tiles even when your app isn’t running • Connecting your app seamlessly to multiple data sources, including social networks and cloud storage • Syndicating rich, network-based content • Using Model-View-ViewModel (MVVM) • Securing Windows 8 apps through authentication and authorization • Efficiently testing, debugging, packaging, and deploying apps

Cloud storage management can be complex, with multiple tiers and considerations for performance and cost. With 6+ Azure Managed Disk tiers, teams often default to higher-cost options and hesitate to switch due to downtime concerns and limited usage insights. This can lead to inefficiencies at scale.

In this session, we’ll cover: • Common challenges in optimizing cloud storage • How Lucidity streamlines Azure Managed Disk tiering • A quick look at our new solution for smarter storage management

Achieve high-performance AI training and serving with Cloud Storage. Use Gemini Cloud Assist for object-level granular storage analysis with Storage Intelligence.