When it comes to game-changing infrastructure technologies, private clouds are leading the way toward new IT efficiencies and a simplified means of consumption. Building on their roots as virtualized data centers, private clouds are rapidly moving up the list of must-have technologies to become an architectural standard for IT organizations around the world.
New business demands and technology trends are changing the role of IT and introducing new challenges to
application availability that yesterday’s data centers were not designed to address. By upgrading to Cisco Nexus®
switches—purpose-built for today’s data center needs—you can:
? Increase performance and scalability to meet the demands of virtualization, cloud computing, and modern
? Radically simplify management and operations
? Quickly adapt infrastructure to align the data center network with the needs of your business applications,
today and in the future
As organizations prioritize digital transformation initiatives, many are finding that legacy
networks are holding them back. To support new business models, cloud adoption, and an
explosion in connected devices, modern networks must support interoperability across data
centers, multiple clouds, branch locations, and edge devices. Applications now run at every
point on this spectrum, and they are critical to businesses’ ability to win in hypercompetitive marketplaces. Yet, even as business success has become more dependent on
this new architecture, and the amount of data flowing across connections has increased,
many organizations still lack a unified approach to management, automation, and security
Modern hybrid data centers, which embrace physical, virtual, and cloud servers, require a new security mindset. The biggest challenges faced by IT in this type of environment is workload discovery, comprehensive security with minimal performance impact, and management. This white paper offers insights into how McAfee Server Security Suites tackles all of these challenges and provides better visibility across the entire enterprise data center.
Modern data centers run a combination of cloud-native applications and
microservices architectures alongside traditional applications. Networking teams
are under pressure to deliver services and resolve application issues quickly
while lowering costs for application services. Your IT operations demand agile,
cost-effective load balancing solutions.
Published By: Veritas
Published Date: Jan 03, 2019
The digital business continues to evolve. Investments in data analytics projects lead the way while traditional, proprietary infrastructures are being disrupted by cloud, open source and hyperconverged paradigms. These changes are forcing IT leaders to contend with greater workload diversity in the midst of tightening budgets. And while the workload [or] IT landscape is changing, the need for reliable data protection remains as crucial as ever to protect against, data corruption, human error, and malicious threats such as ransomware. Learn how Veritas can help you navigate through these obstacles. Join us to hear experts from ESG and Veritas discuss how the right data protection solution today can prepare you for tomorrow's business demands.
You will learn:
The key trends that are driving change in the digital business
The most common causes of data loss in tomorrow’s multi-cloud data centers
How to protect an increasingly diverse environment with minimal operational overhead
Virtualization is helping organizations like yours utilize data center hardware infrastructure more effectively, leading to a reduction in costs and improvements in operational efficiencies. In many cases, virtualization initiatives begin internally, with your own hardware and networking infrastructure augmented by tools like VMware® or Linux® KVM and OpenStack® to help manage your virtualized environment. Often referred to as private cloud, these projects are fueling significant expansion into what can be referred to as the public cloud.
Many organizations face access management chaos. As applications and resources have spread across on-premise data centers and multiple cloud providers, users are often accessing these resources from anywhere and on multiple devices. These simultaneous trends have left access management systems fragmented and access polices inconsistent, resulting in an environment that is expensive to maintain and challenging to secure.
In today’s technology-driven world, a financial services organization’s ability to evolve the business quickly depends on the network. MetaFabric architecture, which is the foundation of Juniper’s unique end-to-end data center networking solution, helps financial services firms respond confidently to whatever happens in the market.
With an open, simple, and smart network in place, organizations can adapt quickly and seamlessly to changing requirements while eliminating the disruptions of forced upgrades and unnecessary purchases that come with vendor lock-in. Most importantly, the MetaFabric architecture helps companies stay at the forefront of innovation, keeping them one step ahead of the competition.
The ongoing success of 7ticks depends on having an IT infrastructure that adapts and scales to unforgiving reliability, performance, and transparency requirements. To support the torrid growth of data, 7ticks needed to expand the IP/MPLS network connecting its data centers to 40 Gbps—and have an immediate path to 100 Gbps and beyond. Within its data centers, 7ticks needed network and security solutions that would keep pace—and would simplify service management and support automation.
“Our biggest challenge is performance at scale,” says Scott Caudell, founder of the 7ticks business and vice president of IT infrastructure at Interactive Data. “IT is our business. The 7ticks infrastructure helps customers get a lower time to market and faster execution speeds at a cost that’s sustainable for their businesses.”
The bank wanted to modernize its global data center core and edge networks to move to the next stage of its private cloud journey. The bank has long recognized the advantages of server virtualization, and it wanted to move more aggressively to a software-defined data center. The bank was virtualizing all services, including compute, storage, and network, to gain greater business flexibility and deliver cost savings. But first, it needed an elastic, flexible, and production ready network to connect its data centers.
The bank wanted a dynamically scalable network to interconnect its data centers in Europe, Asia, and North America, so that it could move toward a fully automated, self provisioned cloud. The global network needed to deliver performance at scale for the company’s highly virtualized resources, while also supporting integration of legacy assets into its software-defined data centers.
Published By: Datavail
Published Date: Nov 03, 2017
“One of the most popular MDM solution is Oracle Hyperion Data Relationship Management. Oracle DRM is used to resolve the challenges across the people, processes, and tools that go into the tasks of data management. Although Oracle DRM is a powerful software, it nevertheless presents challenges for organizations seeking to integrate it with other Oracle applications such as PeopleSoft Financials – DRM is unable to automatically push updates made within its system to PeopleSoft. As a result, changes in DRM to cost centers, project centers, trees, and hierarchies must be manually updated in PeopleSoft Financials – a tedious process that can take hours every day. The good news is that these challenges can be easily addressed with the support of partners such as Datavail.
It appears that agility and efficiency are coveted by basically everyone involved in protecting and managing data- especially those people struggling to simultaneously keep up with sprawl and meet ever-heightening expectations. One answer to these storage-related challenges centers on introducing a software-defined layer that abstracts and normalizes underlying storage repositories while still enabling already-deployed best of breed componentry to do what it does best.
Sophisticated banking requires sophisticated computing systems. But which systems offer the greatest chance for success? Many banks are discovering that the answer can be found within their on-premise data centers – the mainframe computer.
Mainframes have become a modern platform for innovation. When operating in a hybrid cloud environment, mainframes provide cost flexibility, scalability, agility, sophistication and unmatched security. And they support innovation, business transformation and new types of monetization. The power of mainframe computing is being rediscovered. Specifically, in a recent 2017 survey of banking executives, we found that:
• 50 percent said they believe hybrid cloud – and the systems that underpin it – can significantly lower the cost of IT ownership
• 47 percent said they believe mainframe enabled hybrid cloud can improve operating margin
• 47 percent said they believe dual-platform hybrid cloud can accelerate innovation.
While innovation and improved p
Published By: DigiCert
Published Date: Jun 19, 2018
Our Secure App Service helps protect your business against major financial impacts and brand damage from mismanaged code signing. You get no-worry code signing visibility, agility, and trusted security. We safeguard your keys in our highly secure data centers. You gain complete control over and insight into all code signing activity to protect application life and sales.
Our Secure App Service simplifies and scales up code signing for all your target platforms. Backed by the global cyber security leader, you can trust our security, service, and support to protect your business and code signing efforts.
It is now apparent that three specific technology advancements—non-volatile memory express (NVMe), NVMe over fabrics (NVMe-oF), and storage-class memory (SCM)—are transformative and will end up guiding the future of high-end data storage. Each of those technologies reduce I/O latency significantly.
However, organizations working to transform their data centers shouldn’t regard performance as the only end goal. Great performance is important because it increases an array’s ability to handle any workload intelligently, scale to meet unpredictable demand, and operate cost efficiently. The Dell EMC PowerMax powered by Intel® Xeon® processor is an impressive example of this type of modern storage architecture. It has been designed deliberately to maximize the speed of NVMe and by extension, offer transformational efficiency benefits and business value.