Find out how Sungard AS can help you save money on data protection while reducing disaster recovery time.
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Intel Inside®. New Possibilities Outside.
Intel and the Intel logo are trademarks of Intel Corporation in the U.S. and/or other countries.
Dell EMC’s Global Data Protection Index* ranks countries on the maturity of data protection approaches. See how your peers ranked in the most critical areas of data protection maturity.
Download this infographic from Dell EMC and Intel® to learn more.
Intel Inside®. New Possibilities Outside.
Intel and the Intel logo are trademarks of Intel Corporation in the U.S. and/or other countries.
Data Protection is critical to any organization and a foundational component for the modern data center. Discover the top 5 reasons to choose DELL EMC for your solution.
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Intel Inside®. New Possibilities Outside.
Intel and the Intel logo are trademarks of Intel Corporation in the U.S. and/or other countries.
Ansible by Red Hat® can help organizations achieve an effective approach to business automation, but the path to DevOps can be long and complex. Outdated habits must be replaced with more efficient practices, but new tools and processes require buy-in from various stakeholders across the organization. Additionally, groups must be taught the specific best practices for their work. Red Hat Consulting helps customers successfully adopt and integrate Ansible to create and sustain standardized, centralized automation practices that add business and market value and build a solid foundation for DevOps.
Red Hat Open Innovation Labs is an immersive residency that arms customers with the skills, tools, and process to deliver better software, more quickly, to meet the mandates of today’s market.
Whether it’s co-creating a disruptive product, catalyzing cultural transformation in the enterprise, or discovering what’s possible with a suite of proven and open tools and methods — Open Innovation Labs is designed to accelerate organizations’ most innovative ideas
One thing is clear when you look back at the past decades of IT and software engineering: everything changes. Periods of gradual improvement in hardware, language, infrastructure, and methodology are punctuated by paradigm-shifting innovation.
This evolution has allowed IT to stay ahead of ever-changing business demands, but it has not been easy or cheap. Many IT budgets are consumed by maintaining the old stuff and staying current with upgrades and migrations can deplete funding and resources before business benefits are realized. With the right approach, it is possible to modernize a portfolio of applications in a way that yields value quicker and at lower cost — making it easier and less expensive to stay current as products and technologies continue to evolve.
In this whitepaper, Red Hat takes a look at three specific software development patterns to modernize existing applications. These modernization patterns address transitioning existing applications to more modern architectures and infrastructure and making them accessible to new applications. This paper also examines the conditions that lead to rewriting when that is the only option. These patterns help enterprises figure out how to get the most out of existing applications and establish a practice for continuous modernization that will serve the business now and in the future.
Businesses are increasingly interested in the value of container adoption. In the next two years, over 90% of organizations will make new investments in containers and other emerging technologies that facilitate DevOps. Seventy-one percent of organizations anticipate using containers for cloud applications or are already using them.
These figures can be attributed to the results organizations are already achieving with containers: nearly three quarters of businesses who use them report that they can now ship new software up to 10% faster.
In many leading companies, IT must provide tools to help the business respond to competition, comply with industry regulations, and engage customers. IT is expected to provide solutions that are high quality, flexible enough for rapid, frequent change, and available at predictable preferably low cost.
Custom software development and business automation are two ways to give business stakeholders the solutions they want, when they want them. But the two approaches have different benefits and drawbacks. Software development is an engineering discipline with rigorous, but historically slow, processes. Business automation reduces time to market by letting nontechnical stakeholders codify business logic, resulting in increased risk.
Advances in software development infrastructure and approaches provide the tools and opportunity to modernize business automation. A design approach that applies best practices from modern software development to business automation can help organizations take advantage of this opportunity by adding rigorous engineering practices while eliminating additional risk. Using this approach to business automation, businesses can engage subject matter experts to codify business logic in a way that ensures the higher quality, faster time to market, and lower, predictable cost associated with modern software development.
This Gigaom Sector Roadmap examines an expanding segment of the market: object storage for secondary and capacity-driven workloads in the enterprise. It reviews major vendors, forward-looking solutions and outsiders, along with the primary use cases.
Learn about the architecture, design, performance and setup for the Dell™ Network File System (NFS) Storage Solution with High Availability (NSS-HA) configurations with 144TB and 288TB capacities. The NSS-HA solution uses NFS with Red Hat® Scalable File System (XFS) and PowerVault™ storage to provide easy-to-manage, reliable and cost-effective storage architecture for high-performance computing (HPC) clusters.
Intel Inside®. New Possibilities Outside.
Intel and the Intel logo are trademarks of Intel Corporation in the U.S. and/or other countries.
This technical white paper describes the Dell HPC System for Manufacturing. The Dell HPC System for Manufacturing is designed and configured specifically for customers in the manufacturing domain. This system uses a flexible building block approach, where individual building blocks can be combined to build HPC systems which are ideal for customer specific work-loads and use cases. The individual building blocks are configured to provide good performance for specific application types and workloads common to this industry.
This whitepaper discusses the types of applications commonly used in the manufacturing domain, describes the building blocks that work well for each application, and provides measured, quantified performance results for the system.
Intel Inside®. New Possibilities Outside.
Intel and the Intel logo are trademarks of Intel Corporation in the U.S. and/or other countries.
The Dell HPC Storage with Intel EE for Lustre Solution helps bring the benefits of an HPC file system to a broad range of enterprise organizations. Dell’s enterprise- ready Lustre parallel file storage solution can deliver a higher level of computing power and throughput, and make available information and insights derived from big data and compute-intensive applications — such as advanced modeling, simulation, and data analysis—to a wider audience of enterprise users. This HPC storage solution, backed by Dell and Intel, offers the potential to drive innovation, deliver higher quality products and designs, and sustain competitive advantage.
The Dell Storage for HPC with Intel® Enterprise Edition (EE) for Lustre Solution allows end-users that need the benefits of large–scale, high bandwidth storage to tap the power and scalability of Lustre, with its simplified installation, configuration, and management features that are backed by Dell and Intel.
Intel Inside®. New Possibilities Outside.
Intel and the Intel logo are trademarks of Intel Corporation in the U.S. and/or other countries.
Serious computation for life and death research Get the extreme power and storage needed for genomic processing and life sciences study. Dell HPC System for Life Sciences accelerates time-to-insight for a range of fields including drug design, cancer research, agriculture and forensics — and it:
Dell’s flexible, pretested configurations reduce lengthy implementation timelines from months to weeks and ensure lower upgrade and ongoing operational costs.
Intel Inside®. New Possibilities Outside.
Intel and the Intel logo are trademarks of Intel Corporation in the U.S. and/or other countries.
Evolving research and technical workloads push the limits of high performance computing (HPC). Our scalable, flexible market-ready solutions — with the latest Intel® processors — readily handle compute and data-intensive workloads to drive breakthroughs faster. Learn how our HPC Blueprint, based on proven reference architectures, can help you:
Dell supports industry, research, government and education with market-ready HPC solutions that enable more innovation and discovery. Our scalable, flexible solutions readily handle compute and data-intensive research workloads, helping drive faster breakthroughs.
Intel Inside®. New Possibilities Outside.
Intel and the Intel logo are trademarks of Intel Corporation in the U.S. and/or other countries.
Linux containers are on course to change DevOps forever. Container technology will also impact how we think about persistent storage for applications and microservices.
In turn, software-defined storage will impact how storage is dynamically provisioned and managed for containerized applications. Using close integration with orchestration frameworks, such as Kubernetes and private Platform-as-a-Service (PaaS) such as OpenShift, Red Hat® Storage extends the current limit of performance by providing seamless, enterprise-grade storage for critical applications in containers.
Watch this video to learn about the future of storage in a container-driven datacenter.