![]() Progress (WhatsUp Gold, WS_FTP, MOVEit MFT).Metageek (Wi-Spy, Chanalyzer, Eye P.A.).Infrastructure, Network, Wireless, Cloud Management.Portswigger (Burp Suite Pro, Burp Suite Enterprise).Core Security (Core Impact, Cobalt Strike).Cybersecurity, App Lifecycle, AppSec Management.Veracode (Application Security Testing).Tenable (Enterprise Vulnerability Management).Parasoft (automated software testing, AppSec).Hex-Rays (IDA Pro, Hex-Rays Decompiler).E-SPIN Ecosystem World Solution Portfolio Overview.reiserfsck, reiserfstune, and debugreiserfs.Compiling the Kernel with ReiserFS Support.ext3 Extensions for the ext2 Filesystem.Installing Linux Directly to a MegaRAID Controller.Converting an Existing Standalone Disk to a Mirror.Configuring an existing disk for JBOD mode.Converting an existing standalone disk to a mirror.Configuring an existing disk for standalone JBOD mode.Getting Started: Building a Software RAID Platters, tracks, sectors, and cylinders.The AT Attachment (ATA) and Integrated Disk Electronics.Case 4: The Acme Motion Picture Company.Case 3: Home Use (Digital Audio, Video, and Images).RAID Case Studies: What Should I Choose?.Reconstruction, resynchronization, and recovery.Even non-Linux users will find this book full of valuable material. Written for system administrators, power users, tech managers, and anyone who wants to learn about RAID technology, Managing RAID on Linux sidesteps the often-confusing vendor-specific approach you'll find elsewhere to give you the straight story on RAID. RAID has become the low-cost solution of choice to deal with the ever-increasing demand for data storage space. Performance and tuning of your RAID system.Planning and architecture of your RAID system.The book shows how to build an array and optionally install a high-performance file system. With a step-by-step, hands-on approach, the author guides you through the installation of either Linux software RAID or a hardware RAID card. You will learn about the different types of RAID, along with associated technologies and issues, and how to choose the best RAID system for your needs. Managing RAID on Linux covers everything system administrators need to know to put together a system that can support RAID. By using RAID, system administrators can combine single disks into terabytes worth of data storage. RAID is scalable, making it robust enough for large, high-traffic sites and small, critical systems. That means systems can remain online even during a disk or controller failure. RAID is a cost-effective and easy-to-manage way to alleviate this bandwidth problem by distributing the I/O load seamlessly across multiple disks and controllers.RAID also provides uninterrupted data access through disk mirroring and parity algorithms. RAID offers two benefits to these essential systems: improved I/O performance and fail-safe data storage.Although bandwidth problems on networks are well documented, the internal data transfer bottleneck that exists at the hardware level in each system can also leave you with perplexing performance issues. Redundant Array of Independent Disks (RAID) technology is becoming a standard feature of computer systems that support mission-critical services like file sharing, mail exchange, or Web servers.
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