Inktank Helps Dreamhost Deliver Cloud Storage with Ceph

DreamHost®, a global web and cloud hosting company, prides themselves on providing a quality customer experience backed by the absolute best technology in the industry. They are continuously looking for ways to diversify their offerings, improve reliability, and deliver the best overall service possible. Through their fifteen-year history, DreamHost has grown to over 5000 servers, over 170 employees, and more than 1.2 million domains.
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Unified Storage for Openstack

Unlike every other storage solution for OpenStack, Ceph uniquely combines object and block into one complete storage powerhouse for all your OpenStack needs. Ceph is a total replacement for Swift with such distinctive features as intelligent nodes and a revolutionary deterministic placement algorithm, as well as a fully integrated network block device for Cinder.

Ceph’s fully distributed storage cluster and block device decouple compute from storage in OpenStack, allowing mobility of virtual machines (VMs) across your cluster. Ceph’s block device also provides copy-on-write cloning, which enables you to quickly create a thousand VMs from one master image, requiring only enough space to store their subsequent changes.

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Ceph®, The Future of Storage

Ceph®, The Future of Storage™, is a massively scalable, open source, software-defined storage system that runs on commodity hardware. Ceph has been developed from the ground up to deliver object, block, and file system storage in one self-managing, self-healing platform with no single point of failure. With its highly scalable, software defined storage architecture, Ceph is an ideal replacement for legacy storage systems and provides a unified solution for cloud computing environments. Ceph is the foundation of Red Hat’s Inktank Ceph Enterprise™ and the brainchild of Inktank® founder and CTO Sage Weil.
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Ceph Storage for Dell OpenStack™ Virtual Infrastructures

Private, Public, and Hybrid Cloud operating models are today's dominant strategy for deploying large infrastructures. As such vast scale, every cost is examined and optimized. Many deployments take advantage of free open source software to reduce costs, choosing cohesive cloud frameworks like OpenStack™ to avoid building everything from scratch. OpenStack is a cloud operating system designed to enable anyone to build powerful cloud infrastructures on an open, extensible platform.
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Evolved Capacity Management

Effective capacity management has become a critical differentiator for IT organizations. Those that can’t effectively evolve their capacity management practice will continue to struggle with complexity and negligible insights into capacity sizing and the impact of changing demand and resulting service/application performance. However, those that gain advanced capacity management capabilities will be able to more effectively right-size investments, support key IT projects, and align resources with business objectives. This paper offers a practical look at capacity management, outlining the six key steps IT organizations can take to realize capacity management that delivers maximum value.
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Optimizing Capacity to Meet Business and IT Demands

Escalating competitive pressures, tight budgets and scarce capital resources are working in concert to intensify the importance of true alignment between IT and the organization it supports. But many of today’s enterprises are noticing a decided gap between what the business demands of IT and the realities of what IT can deliver.
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Efficiency, Optimization and Predictive Reliability

IT organizations are increasingly being called upon to cost-effectively deliver reliable support for the entire catalog of business services, or risk outsourcing to a managed service provider. Previously, capacity planners and IT architects would use historical trends to predict capacity requirements and simply over-provision to account for any peaks caused by seasonality, error, or extraneous influences like mergers & acquisitions. Over-provisioning, combined with poor lifecycle management of new resources provisioned in the data center, has led to capacity utilization and inefficiency issues. While historical data is great for understanding past issues and current state of the environment, the performance of servers, hosts and clusters is not linear; at some level of saturation, the performance of that infrastructure will quickly start to degrade.
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Unified IT Monitoring: A Necessity in the Application Economy

Today’s customer and employee profiles look very different than they did just a few years ago. These tech-enabled, highly connected buyers are using many different platforms to research, shop and work. They’re engaging brands in new ways—through social networks, as well as mobile and cloud-based applications. And with all their newfound capabilities, they’re expecting more from their business interactions.
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The Power and Payback of Unified IT Monitoring

This ENTERPRISE MANAGEMENT ASSOCIATES® (EMA™) whitepaper examines why unified IT monitoring is an important enabling technology for both enterprises and management service providers, including both the organizational and strategic impacts as well as the business case surrounding it. It goes further to examine CA Nimsoft Monitor as an example of unified IT monitoring, and reviews three case studies where the solution has been deployed for active use in a unified manner.
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VMware vSphere Backups: What are you Missing?

Backups used to be easy. Just check the time stamp or the archive bit. If it changed, then back up the file.

Suddenly virtualization became popular, as did server applications. The unstructured data inside files and folders found itself sharing the datacenter with all manner of applications and databases. Virtual machines (VMs) joined physical machines as the method of delivering IT services.

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Data Deduplication in Windows Server 2012 R2 in Depth

Data deduplication has been around for years and comes in many forms. Most people think about expensive storage arrays when they talk about deduplication but that is certainly not the only type of data deduplication technology.

This white paper examines the data deduplication technology embedded in Windows Server 2012 R2 and the benefits it can bring to your environment. The discussion includes how it works and the possible scenarios for using Windows Server 2012 R2 data deduplication.

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10 Vorteile von Softwaredefined Storage (SDS)

DataCore Software ist ein führender Anbieter von Software-defined Storage (SDS). SANsymphony-V eliminiert speicherbezogene Beschränkungen, die häufig die Umsetzung von Virtualisierungsprojekten erschweren oder unrentabel machen. Heute vertrauen über 15.000 Kunden auf die SDSPlattform von DataCore.

Wir fassen die zehn wichtigsten Vorteile zusammen, warum Software-definierte Speicherinfrastrukturen im Grunde für fast jedes Unternehmen Sinn machen.

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SONDERDRUCK für Datacore Software

SANsymphony-V10 oder Virtual SAN – dieser Vergleich drängt sich auf, wenn die Speichervirtualisierung zum Einsatz kommen soll. Zudem spielt auch noch das Scale-out-Prinzip eine Rolle, wie es zum Beispiel von Nutanix favorisiert wird. Vor dem Hintergrund der Vorstellung und der Produktfreigabe von Version 10 von SANsymphony-V sowie der Freigabe von Virtual SAN soll eine vergleichende Darstellung die wesentlichen Unterschiede herausarbeiten.
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Top Security Issues for Embedded Device Software Development

Use of embedded devices is poised for explosive growth. Early adopters in the automotive, appliance, medical device, and consumer electronics industries are expanding the use of software-powered embedded devices, making products with increased intelligence and adding new features all the time. And many other industries are expected to embrace the Internet of Things (IoT), requiring more software to make powerful, smart, and interconnected devices.
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