Enterprises currently face challenges regarding
the price, performance, and flexibility of traditional
wide area networks (WANs). Aggressive growth in
the adoption of public cloud services (a projected
86% spike between 2014 and 2018)1
organizations to look elsewhere for a more effective
network solution to address distributed traffic across
remote sites and branch offices.
Some of the specific issues organizations face with
their traditional WANs include:
- High total cost of ownership (TCO)
- Lengthy provisioning cycles
- Performance degradation with the growth of cloud
- Inadequate redundancy and resiliency
- Lack of application-aware connectivity
To better manage WAN investments, enterprises are
adopting a new approach for their distributed branch
office networks. Software-defined WAN (SD-WAN)
offers improved performance, agility, and operational
flexibility plus significant cost savings. But not all SDWAN
solutions are created equal.
OpenLab is a centre of innovation provided by Juniper, for business leaders who want to build network-integrated software applications and solutions quickly and securely. This is done by offering hands-on and cloud-based access to Juniper and third-party solutions including SDN sandboxes and NFV interoperability testing.
The need to simplify IT complexity has created a whole new market for converged infrastructure solutions that bring together servers, storage, networking, and systems software into a unified solution that is easier to deploy and manage. While these solutions can indeed help reduce operational costs and increase agility, Oracle believes there is a better approach.
"The need to simplify IT complexity has created a whole new market for converged infrastructure solutions that bring together servers, storage, networking, and systems software into a unified solution that is easier to deploy and manage. While these solutions can indeed help reduce operational costs and increase agility, Oracle believes there is a better approach."
Longi Engineering, a leading Microsoft SharePoint partner, was engaged to assist a leading Performing Arts Center in implementing an organizational SharePoint intranet to allow them to increase employee collaboration, automate previously manual processes and collaborate more effectively. The organization faced numerous challenges such as document management, legal contract workflow, records retention and labor intensive/error prone manual processes.
Longi Engineering was engaged to assist a Community Action non-profit in implementing SharePoint to fulfill several organizational requirements they had as well as resolve multiple challenges they faced. Manual paper processes were hindering the organization from being able to efficiently focus on their goal of providing services and strengthening the community to improve the quality of life for residents in their County.
Longi Engineering was engaged to assist a Private Equity Firm in implementing a SharePoint deal management system as an additional component to their existing on premise SharePoint server solution. The organization faced multiple challenges in that they did not possess an efficient technology solution that allowed them to manage their deals and associated history. One of the organization’s goals was to create a centralized, easily accessible dashboard interface from which they could rapidly determine the status of a deal as well as manage their deals. Their deal lifecycle had multiple stages depending on whether a deal was New, in a diligence phase, on Hold or Dead.
SharePoint is a technology that most organizations have access to these days, yet it is one that is open not utilized fully. This is in part due to organizations not being fully aware of the breadth of SharePoint’s capabilities. Most SharePoint power users/administrators are aware they can leverage SharePoint as a document repository and to share data seamlessly with a group of colleagues, however, they often are not aware of how to leverage some of SharePoint’s key foundational components effectively. As someone who implements SharePoint, one of the biggest complaints we hear from organizations is users aren’t using it, adoption is low. Without user adoption no technology implementation project can be successful. It is difficult to pinpoint one reason that causes adoption to be low, however, taking steps to effectively build your SharePoint site with a solid foundation along with an end goal of high user adoption is a great way to start.
If you’re dealing with the high cost and complexities of
delivering reliable wide area connectivity over traditional
carrier-based networks, you’re probably considering
some form of software-defined wide area networking
(SD-WAN). With the variety of constraints that you face,
selecting the right SD-WAN solution for your enterprise
may require a few compromises. Security, however,
should not be one of them.
There are various models for combining SD-WAN and
network security, but only one that can truly be called
“secure SD-WAN.” Fortinet, the most trusted name
in network security, has leveraged its industry-leading
FortiGate Next Generation Firewall (NGFW) to deliver
integrated best-of-breed SD-WAN capabilities. Powered
by the new FortiOS 6.0 operating system, SD-WANenabled
FortiGate solutions provide the right level of
service for every application, while ensuring effective
protection from advanced evolving threats across your
Published By: Zingbox
Published Date: Oct 31, 2017
The arrival of the Internet of Things (IoT) moves on with ever-intensifying pace as enterprises experiment with business projects that incorporate IoT endpoints and technologies. This engagement is necessitating a profound commitment by security and risk management leaders to more capable forms of protection. Several vendors are offering distinct approaches to enterprise mobility management, software composition analysis and asset discovery. This Gartner review of the notable vendors serving IoT engagements looks closely at how these companies developed representative cool technologies and solutions to support the expansion of IoT interconnectivity.
How do you connect to public clouds and drive hybrid IT while prioritizing legacy needs? This detailed eBook on cloud integration provides our most in-depth report.
• Build a secure, agile, modern network
• Integrate cloud without leaving legacy software behind
• What are the common barriers to adopting cloud solutions—and how do we solve them?
Published By: IBM APAC
Published Date: Mar 19, 2018
Unstructured data has exploded in volume over the past decade. Unstructured data, media files and other data can be created just about anywhere on the planet using almost any smart device available today. As the amount of unstructured data grows exponentially, customers using this data need to be able to take advantage of the right storage solutions to support all of their file and object data requirements. IBM® recently added a new storage system to their Spectrum product family, IBM Spectrum Network Attached Storage (NAS). IBM Spectrum NAS adds another software-defined file storage system to IBM’s current unstructured data storage solutions, IBM Spectrum Scale™ and IBM Cloud Object Storage (COS). Below, we will discuss the three systems and supply some guidance on when and where to use each of them.
Communications service providers are looking for alternative deployment models that will help them support fast-growing network demand. Moving to a virtualized EPC (vEPC) solution can help service providers achieve more cost-e?ective scaling by using standard high-volume servers in place of purpose-built systems. System integrators, software vendors, and platform providers rely on Intel® technologies to deliver the performance and scalability required for vEPC solutions. Intel is also participating in the development of open standards, contributing to the open source community, developing reference architectures, engaging with industry participants, and collaborating on trials that can help facilitate the evolution to vEPC solutions and accelerate network transformation by use of network functions virtualization.
IT groups must support many applications and servers across multiple platforms that frequently operate independently of each other. However, coordinating job scheduling across all these applications and networks is often required to optimize resource utilization. The traditional approach of applying more staff, toolkits, and rudimentary scheduling software to cobble together automated batch processing solutions becomes cost-prohibitive, inefficient, and error-prone, as the number of moving parts increases and the environment becomes more heterogeneous.
Providing healthcare is a global, multi-level proposition that transcends single providers. The stakeholders in Cerner’s world are not only clinicians, hospitals, and medical device partners but another whole world of consultants, researchers, and industry experts. Cerner leverages Jive Social Business Software to address a number of their key social business imperatives, including accelerating innovation and providing community-based support. They put Jive to work not only to make their own business operations more productive but to connect priorities and people outside of Cerner to solve broad healthcare issues for the greater good.
The Wide Area Network (WAN) is in the midst of a significant evolution. Software-defined WAN (SD-WAN) is the key factor driving this evolution and bringing along with it many transformational changes. SD-WAN has enabled several new WAN uses cases, such as enabling reliable, secure and high performance support of software-as-a-service (SaaS), cloud compute, cloud storage, cloud security and the ability to use non-deterministic Internet services to provide business-class transport. The traditional WAN architecture was ill equipped to support these new use cases.
As is usually the case with an emerging market, the first entrants into the SD-WAN space were start-ups. However, given the ability of SD-WAN to support both traditional and emerging WAN use cases, the market has recently been flooded with a range of vendors, solutions and technologies offering varying types of SD-WAN solutions.
While having differing types of solutions provided by numerous suppliers is potentially beneficial, it
Traditional enterprise performance management solutions were designed for applications running inside the corporate network and are unable to provide visibility beyond the corporate network perimeter. With the rapid adoption of Software-as-a-Service (SaaS) applications by enterprises, these performance management solutions that are completely blind to issues outside the enterprise, are unable to help IT teams troubleshoot performance problems with the SaaS applications.
Published By: Red Hat
Published Date: Sep 08, 2017
Red Hat is a modern-day success story; it’s open-source software (OSS) model has now penetrated nearly every layer of IT systems that were once proprietary — compute, storage, cloud, middleware and others. The company is recognized as a strategic, multi-product portfolio software solutions vendor among enterprise users.
This buyer’s guide for load balancers is based on research, best practices, and conversations with network administrators and IT operations teams at over 110 Global 2000 enterprises. It presents guidelines for choosing application services that mirror the needs of modern data centers and public cloud initiatives.
The guide is organized in sections, starting with a pre-assessment of your current application delivery capabilities. With data gathered from your pre-assessment, you can review the considerations involved in creating a software-defined application services strategy; identify opportunities to improve automation of application services and operations. Finally, use the software-defined application services checklist at the end of the guide to identify key priorities in your choice of application service solutions for your enterprise.
Traditional performance management solutions were built for applications owned by the enterprise and run inside the corporate network. The explosive adoption of Software-as-a-Service (SaaS) and cloud applications have brought new performance management challenges that push the limits of the enterprise infrastructure and break these traditional approaches. In this white paper, we examine why existing solutions don’t work for the modern enterprise and discuss a fundamentally different approach that is needed to address the new challenges. Download now to learn more!
The quick-service restaurant industry continues to be a favorite among consumers who look to the sector for a wide variety of food served quickly and at a low price. The speed and efficiency of QSRs, which include the emergent “fast casual” restaurants, match today’s on-the-go lifestyle of consumers across all ages who often are too busy to cook at home.
That said, consumers expect their dining experience at a QSR to be comfortable with conveniences ranging from WiFi connectivity to ordering kiosks and dining area entertainment on large screens or even tableside tablets. They expect the information on menu boards to be accurate and up-to-date and their meal orders to be fulfilled quickly and accurately. Technology is a major enabler in meeting consumers’ expectations while simultaneously helping QSR locations increase operational efficiencies and quality of service.
Hospitality is a customer-focused industry, with a hotel brand’s reputation and ultimate success dependent on the quality of the experience of its guests. It is no surprise then, that digital transformation efforts within the hospitality sector are focused on technologies that improve the guest experience, from check-in to check-out and everything in between.
Today’s travelers are digitally savvy, using their smartphones and mobile devices for a multitude of tasks. They expect a high-quality connection throughout the property and the ability to perform certain tasks from the hotel’s app, such as checking in and choosing their own room. They expect in-room entertainment beyond basic cable and in-room digital devices they can use to order food, book a massage or control the lighting, for example.
Retail has been transformed by technology in multiple ways, from the way customers interact with retailers to how products are offered and acquired. Indeed, the entire shopping experience has been redefined and expanded to enable customers to purchase products anytime, anywhere, with any device, from any number of retailers.
Consumers’ changing shopping behaviors and their reliance on technology enables retailers to reach a wider swath of potential buyers, moving well beyond the borders of their physical store locations to new geographies and populations. That said, retailers must understand how to use technology effectively to draw in customers and entice them to purchase, as well as help them improve their operations and enable new, innovative ways to keep customers coming back.
Today’s malware authors continue to increase their capabilities faster than security solutions can adapt to them. Whether it’s changing their attacks or hiding malicious code within web pages, it’s more difficult to identify legitimate network traffic. With first-generation network security devices, it is nearly impossible to defend against today’s threats. The situation will get worse before it gets better. Adversaries now utilize agile development and testing methods to develop their malware, they test new malware against the latest security software to increase effectiveness. Next-generation network security devices are emerging that provide the visibility and situational context required to meet today’s threats. These solutions use security automation to provide a sophisticated solution that is both lightweight and agile
Published By: Appcito
Published Date: Apr 09, 2015
Appcito CAFE (Cloud Application Front End) is an easy-to-deploy, uni?ed and cloud-native service enabling cloud application teams to select and deploy enterprise-grade L4 to L7 application network services. The multi-cloud CAFE service is available for the OpenStack
open-source cloud computing software platform. OpenStack is a multivendor ecosystem used to deploy Infrastructure-as-a-Service (IaaS) solutions. It allows users to bring compute, storage, and networking resources into private and public clouds through a set of open APIs.