The HX Data Platform uses a self-healing architecture that implements data replication for high availability, remediates hardware failures, and alerts your IT administrators so that problems can be resolved quickly and your business can continue to operate. Space-efficient, pointerbased snapshots facilitate backup operations, and native replication supports cross-site protection. Data-at-rest encryption protects data from security risks and threats. Integration with leading enterprise backup systems allows you to extend your preferred data protection tools to your hyperconverged environment.
Intent-based networking is the difference between a network that needs continuous attention and one that simply understands what you need and makes it happen. It’s the difference between doing thousands of tasks manually and having an automated system that helps you focus on business goals.
Cisco DNA is the open, software-driven platform that turns vision into reality. Virtualization, automation, analytics, and cloud, all in one architecture.
Cisco has recently unveiled its new intent-based networking strategy, called "The Network. Intuitive." The goal of intent-based networking is to allow greater levels of automation, security integration, and centralized manageability within a software subscription orientation. Intent-based networking is underpinned by Software-Defined Access (SDA), Cisco's automation engine built upon the company's Digital Network Architecture (DNA), which automates network segmentation, policy enforcement, and troubleshooting. Other core components of the announcement include a refresh of Cisco Catalyst switches, a new licensing model for infrastructure, and an all-in-one management console called DNA Center.
IT has the opportunity to completely redefine the role networking plays in the business. But that requires executing on a vision that continuously aligns the network to ever-changing business needs. Fortunately, the right network architectures and supporting technologies required to deliver on that vision are rapidly becoming available. Automation, programmability, self-protecting, and self-healing capabilities move IT away from “keeping the lights on” and provide more time and opportunity to serve as a strategic partner to business initiatives across functional areas.
To better understand how companies are finding the unique, hybrid cloud architectures that best meet their needs, we interviewed executives at companies that had reduced or changed their use of managed or cloud IaaS or that chose to avoid the public cloud in the first place.
These companies include retail, social media, healthcare, financial services, and public sector companies. Some of these companies were born in the cloud while others transitioned from traditional IT infrastructures. Company sizes ranged from 300 employees to more than 300,000.
Published By: HP Inc.
Published Date: Dec 06, 2017
HP transforming manufacturing with breakthrough 3D printing technology.
Our white paper uncovers one the 4th Industrial Revolution's most disruptive technologies. Reinvent your business with Multi Jet Fusion Technology.
HP is ushering in a new era for manufacturing with Multi Jet Fusion technology. In this white paper, see how innovations such as high-speed synchronous architecture – that builds parts layer-by-layer – and HP’s Multi Jet Fusion Open Platform are poised to redefine 3D printing.
Hyperconvergence has been receiving a tremendous amount of attention because it represents the next step in the evolution of IT resource delivery. This technology takes the idea of integrating compute, storage and networking that started with converged systems design and has improved on those architectures by adding deeper levels of abstraction and automation. Hyperconverged infrastructure (HCI) vendors promise simplified operation and the ability to quickly and easily expand capacity by deploying and launching additional modules; simplicity has been the key selling point for the HCI pioneers.
As HCI ventures even deeper into the enterprise and cloud environments, the architectures will need to become more efficient, agile and adaptable to help IT professionals shoulder the burden of rapidly growing data sets and workloads. This report discusses the benefits of HCI and the enhancements that must be
made to expand HCI deeper into the mainstream enterprise datacenter.
Miercom was engaged by Cisco Systems to independently configure, operate and then assess aspects of competitive campus-network infrastructures from Cisco Systems and Huawei Technologies. The products of each vendor were configured and deployed strictly according to the vendors' recommended designs, and using their respective software for campus-wide network management, control, configuration and monitoring.
Published By: Lookout
Published Date: Aug 30, 2017
Most people define mobile devices – smartphones and tablets – as those
running a mobile-optimized operating system (e.g. iOS, Android, Windows
Phone). There’s a trend emerging, however, in which traditional mobile
devices are gaining functionality typically associated with PCs.
At the same time, PCs are being architected more like mobile devices — an
interbreeding of species, if you will. The iPad Pro, for example, has a
keyboard. With Windows 10, phones and tablets can run “Universal” apps
that also run on PCs. Windows 10 also has application-layer sandboxing,
code-signing, and an app store with apps pre-vetted by Microsoft. In
certain configurations (i.e. enterprise-managed devices), a laptop running
Windows 10 has a security architecture that looks strikingly similar to a
smartphone or tablet.
Today’s DevOps and agile–loving enterprises are striving for fast changes and quick deployments. To these companies, the microservices architecture is a boon, but not a silver bullet. Organizations can enable smaller development teams with more autonomy and agility, and as a result, the business will notice IT being more in tune with their changing demands.
You want to deliver new innovations, release apps faster and take advantage of new opportunities, but legacy applications and infrastructure are holding you back. Transition to a modern architecture by decomposing monolithic applications into agile microservices—independently created, managed and scaled. Your business will be able to act faster and developers will love the easy access to APIs that give them the freedom to focus on customer experience.
Understanding, managing and containing risk has become a critical factor for many organizations as they plot their hybrid architecture strategy. Access by an expanding array of privileged identities looms large as a risk concern once organizations look beyond tactically using cloud services for cost and agility efficiencies. Existing approaches developed for static infrastructure can address initial risk concerns, but fall short in providing consistent policy enforcement and continuous visibility for dynamic, distributed infrastructure.
Published By: Red Hat
Published Date: Jan 02, 2018
Microservices architecture is a new architectural style for creating loosely coupled but
autonomous services. Emerging trends in technology—such as DevOps, Platform-as-a-Service
(PaaS), containers, and continuous integration and delivery (CI/CD) methods—let organizations
create and manage these modular systems on an unprecedented scale that exceeds earlier
approaches like service-oriented architecture (SOA). But organizations that refactor monolithic
applications into microservices experience widely varying degrees of success. The key to using
microservices effectively is a solid understanding of how and why organizations should use
microservices to build applications.
This is a case study which shows how Voorhees College implemented a revolutionary communications solution based around a service-orientated Unified Communications architecture from NEC to provide students, faculty and staff in five locations with software-based voice and desktop communications tools to achieve a 40 percent savings over its previous traditional telephony solution.
This white paper is a business briefing for C-Level Executives on how integrating a range of technologies - including unified communications, service oriented architecture, virtualization and cloud computing - can transform the productivity and profitability of large enterprises.
Written by: IDC Abner Germanow, Jonathan Edwards, Lee Doyle IDC believes the convergence of communications and mainstream IT architectures will drive significant innovation in business processes over the next decade.
Published By: MuleSoft
Published Date: Jan 16, 2018
To achieve efficiencies in today’s turbulent economic climate, government entities need to integrate legacy applications with modern systems and web services. Orchestration between multiple systems across various departments and municipalities is needed to deliver quality public services. At the same time, public sector agencies face aggressive timelines and budget constraints, changing constituent needs, and open source policies. Learn how utilizing a lightweight, standalone Enterprise Service Bus (ESB) enables government entities to meet these key challenges and deliver vital public goods while cutting costs.
Evalute important decisions:
Achieving efficiencies in today’s turbulent budgetary environment
Time to Delivery and Budget Constraints
Constituent Needs and Public Value
Open Source Policies & Initiatives
The Software Architecture for Government
Learn to deliver projects within tight schedules and fiscal constraints - download now.
Published By: MuleSoft
Published Date: Jan 16, 2018
Evolving citizen and constituent expectations have created the imperative for government to digitally transform. Delivering on these expectations grows more challenging by the year, as the proliferation of modern technologies (e.g. SaaS, mobile, IoT) forces IT teams to rethink how to best deliver projects to their constituents and deliver on their mission.
Microservices have emerged as a means through which government IT teams can increase project delivery speed without compromising on security. This whitepaper discusses the role microservices can play in government, and how API-led connectivity helps agencies to more effectively and securely implement a microservices architecture.
Readers will learn:
How agencies have increased IT agility with reusable microservices
Why government IT teams must move beyond point-to-point integration
How microservices enable secure data sharing within and across agencies
How API-led connectivity supports microservices adoption in government
Organizations are drowning in content. They don't know what they have, and they can't find what they need when they need it. While they spend significant time and money to manage content stored among a host of disconnected systems, their efforts are less than fully effective.
Virtualization continues to grow at 20 percent or more per year, but it is not expected to overtake existing physical architectures at least through 2010. This white paper examines the unique challenges of virtualization and offers tips for its successful management alongside IT's physical deployments.
In the same way, the WLAN seems to be demanding more of our attention these days. IT teams are spending an increasing amount of time managing, configuring and troubleshooting to accommodate a growing number of devices and apps, and to meet user demands for ever-faster speeds and better coverage.
More agile and mobile ways of working need more agile and flexible networks. Wave 2 Wi-Fi, powered by ALE, delivers the capabilities needed to create future-ready
Alcatel-Lucent OmniAccess® Stellar WLAN is optimized for Wave 2 infrastructures, with a distributed intelligence architecture, simplified management and support.