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Hitachi Vantara unveils a wide range of data center products

Hitachi Vantara launched a wide range of new hyper-converged infrastructure (HCI) systems, software management, and automation tools at its Hitachi Next 2018 conference taking place in San Diego.The move is meant to be a convergence of products, just as Hitachi Ventara as a company is going through a convergence. The U.S. subsidiary of the Japanese tech giant was formed last year by combining three business units: Hitachi Data Systems, the systems and storage infrastructure business; the Hitachi Insight Group IoT business; and the Pentaho Big Data business.With on-premises hardware falling out of favor to the cloud, Hitachi Vantara is trying to help customers that keep on-prem systems get the most out of their systems and bring as much of the cloud experience to the data center.To read this article in full, please click here

Hitachi Vantara unveils a wide range of data-center products

Hitachi Vantara launched a wide range of new hyperconverged infrastructure (HCI) systems, software management, and automation tools at its Hitachi Next 2018 conference taking place in San Diego.The move is meant to be a convergence of products, just as Hitachi Ventara as a company is going through a convergence. The U.S. subsidiary of the Japanese tech giant was formed last year by combining three business units: Hitachi Data Systems, the systems and storage infrastructure business; the Hitachi Insight Group IoT business; and the Pentaho Big Data business.To read this article in full, please click here

Hitachi Vantara unveils a wide range of data-center products

Hitachi Vantara launched a wide range of new hyperconverged infrastructure (HCI) systems, software management, and automation tools at its Hitachi Next 2018 conference taking place in San Diego.The move is meant to be a convergence of products, just as Hitachi Ventara as a company is going through a convergence. The U.S. subsidiary of the Japanese tech giant was formed last year by combining three business units: Hitachi Data Systems, the systems and storage infrastructure business; the Hitachi Insight Group IoT business; and the Pentaho Big Data business.To read this article in full, please click here

5 criteria for application-aware SD-WANs

Over the past five years, SD-WANs deployments have skyrocketed. And for good reason: They increase network agility and cut the cost of network transport.One common myth about SD-WANs, however, is that they improve application performance. They certainly can under some circumstances, but there is no guarantee they will under all situations. SD-WANs address only part of the transformation of the network to becoming a digital enabler. SD-WANs must now become smarter, or “application aware,” to optimize user experience, improve customer service, and increase worker productivity. The requirement to have an application-aware network has never been more urgent, as application performance has a direct impact on a company’s top and bottom line. For example, according to an Accenture survey, 66 percent of millennials have changed their brand loyalties because of a bad user experience. Also, a recent ZK Research survey found that workers are 14 percent less productive than they could be as a result of poor application performance. Make no mistake; poorly performing applications are costing companies today.To read this article in full, please click here

5 criteria for application-aware SD-WANs

Over the past five years, SD-WANs deployments have skyrocketed. And for good reason: They increase network agility and cut the cost of network transport.One common myth about SD-WANs, however, is that they improve application performance. They certainly can under some circumstances, but there is no guarantee they will under all situations. SD-WANs address only part of the transformation of the network to becoming a digital enabler. SD-WANs must now become smarter, or “application aware,” to optimize user experience, improve customer service, and increase worker productivity. The requirement to have an application-aware network has never been more urgent, as application performance has a direct impact on a company’s top and bottom line. For example, according to an Accenture survey, 66 percent of millennials have changed their brand loyalties because of a bad user experience. Also, a recent ZK Research survey found that workers are 14 percent less productive than they could be as a result of poor application performance. Make no mistake; poorly performing applications are costing companies today.To read this article in full, please click here

Cisco CEO: Webex service outage ‘unacceptable’

Cisco Webex users continue to experience intermittent problems today, some 24 hours after a complete outage of the collaboration system started – a situation that prompted company CEO Chuck Robbins to Tweet:“The @webex outage today is unacceptable, and we apologize for the disruption caused to you, our customers. Webex Meetings is now functional. Our engineers are working to restore Webex Teams and ensure this doesn’t happen again. Thank you for your patience & trust.”RELATED: 4 reasons Microsoft Teams will kill Slack… and 4 reasons it won’t According to the company’s website, a major outage began at 0122 GMT on Sept. 25, 2018, and shut down all Webex services, including Calling, Meetings, Control Hub, Hybrid Services, and Team.   To read this article in full, please click here

History Of Networking – John Fraizer – BGP Route Servers

In this History of Networking episode, John Fraizer joins the Network Collective crew to talk about his involvement in the first IX in the Chicago area and how that lead to the creation of an open source BGP route server.

John Fraizer
Guest
Russ White
Host
Donald Sharp
Host

Outro Music:
Danger Storm Kevin MacLeod (incompetech.com)
Licensed under Creative Commons: By Attribution 3.0 License
http://creativecommons.org/licenses/by/3.0/

The post History Of Networking – John Fraizer – BGP Route Servers appeared first on Network Collective.

The Best Practice Forum on Gender and Access: Empowering Women Online

A Need for More Gender-Disaggregated Data

While Internet access and use is rapidly growing all over the world, women still face several challenges that hinder them from benefiting meaningfully from it. The proportion of women able to access and use the Internet is 12% lower than the proportion of men accessing and using it worldwide. This gap is even bigger in developing countries where only one out of seven women use the Internet.

These numbers highlight some of the discrepancies that the digital gender gap is both producing and reproducing. However, understanding them and to what extent they affect women’s online lives requires more data. While many studies have been conducted in the last few years in order to gather evidence about the existing barriers, there are still many aspects of the phenomenon that need to be studied in-depth, particularly at grassroots levels.

Various recent efforts – including those of the W20, the UN Broadband Commission on Sustainable Development, the Alliance for Affordable Internet (A4AI), the World Wide Web Foundation, the GSMA and Association for Progressive Communications – have expressed concerns about the paucity of gender-disaggregated data and insights on Internet access and use masks the true extent of Continue reading

Bandwidth Alliance: powered by smart routing on Cloudflare’s network

Bandwidth Alliance: powered by smart routing on Cloudflare’s network

Today, we’re excited to announce the launch of the Bandwidth Alliance, a group of cloud providers that have agreed to reduce data transfer fees for mutual customers.

Bandwidth Alliance: powered by smart routing on Cloudflare’s network

Three things were required to make the Bandwidth Alliance a reality:

  1. An ecosystem of like-minded companies who want to provide reduced data transfer fees to their customers.
  2. A large global and well-connected network (Cloudflare has 150+ points of presence around the world and multiple peered and paid links at each location). Our network is connected to thousands of partners through transit providers, Internet exchanges, peering interconnects, and private network interconnects. Having a large network footprint allows us to meet our partners where their infrastructure is and exchange traffic with them over low-cost or free connections, instead of expensive paid transit.
  3. Argo, our sophisticated traffic routing engine. Argo allows us to make decisions on how to carry traffic across our network in ways that optimize for a number of factors: latency, throughput, jitter, or in the case of the Bandwidth Alliance, cost to our partners to exchange traffic. This routing engine is the technical underpinning of the Bandwidth Alliance.


Typically, as traffic moves across the Internet, packets are exchanged between multiple networks as they Continue reading

Introducing the Bandwidth Alliance: sharing the benefits of interconnected networks

Introducing the Bandwidth Alliance: sharing the benefits of interconnected networks
Introducing the Bandwidth Alliance: sharing the benefits of interconnected networks

At Cloudflare, our mission is to help build a better Internet. That means making the Internet faster, safer and smarter, but also more efficient alongside our cloud partners. As such, wherever we can, we're on the lookout for ways to help save our common customers money. That got us looking into why and how much cloud customers pay for bandwidth.

If you're hosting on most cloud providers, data transfer charges, sometimes known as "bandwidth” or “egress” charges, can be an integral part of your bill. These fees cover the cost of delivering traffic from the cloud all the way to the consumer. However, if you’re using a CDN such as Cloudflare, the cost of data transfer comes in addition to the cost of content delivery.

In some cases, charging makes sense. If you're hosted in a facility in Ashburn, Virginia and someone visits your service from Sydney, Australia there are real costs to moving traffic between the two places. The cloud provider likely hands off traffic to a transit provider or uses its own global backbone to carry the traffic across the United States and then across the Pacific, potentially handing off to other transit providers along the way, until Continue reading