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IDG Contributor Network: Software-defined everything

Digital transformation is ushering in what the organizers of this year’s Pacific Telecommunications Council’s (PTC) 2018 global conference called “a new decade of connections.” The global trends driving digital include greater technology use, urbanization, data sovereignty, cybersecurity and global trade of digital services, as reported in the Global Interconnection Index, a market study published by Equinix. These macro trends are behind the creation of increasing amounts of data coming from new sources, such as digital media, artificial intelligence/machine learning (AI/ML), big data and security analytics, augmented/virtual reality and the Internet of Things (IoT).To read this article in full, please click here

IDG Contributor Network: Software-defined everything

Digital transformation is ushering in what the organizers of this year’s Pacific Telecommunications Council’s (PTC) 2018 global conference called “a new decade of connections.” The global trends driving digital include greater technology use, urbanization, data sovereignty, cybersecurity and global trade of digital services, as reported in the Global Interconnection Index, a market study published by Equinix. These macro trends are behind the creation of increasing amounts of data coming from new sources, such as digital media, artificial intelligence/machine learning (AI/ML), big data and security analytics, augmented/virtual reality and the Internet of Things (IoT).To read this article in full, please click here

What do ogres, onions and SD-WAN security have in common? Layers!

Remember this scene from the movie Shrek? The big ogre was explaining to Donkey that ogres are very complicated, and like onions, they have layers. Donkey, of course, didn’t like the analogy because not everyone likes onions and would have preferred cake as everyone likes cake, but he did seem to understand that ogres did indeed have layers after it was explained to him. Orges and onions have layers, but what else does? Or at least should? Security for SD-WANs — but that may not seem obvious to everyone.Also read: The case for securing the SD-WAN | Sign up: Get the latest tech news sent directly to your in-box This week SD-WAN provider, Aryaka, which is now neck and neck with VeloCloud/VMware in market share, according to IHS Markit, announced Passport, a multi-layered security platform and ecosystem that provides best-of-breed security at every level of a software-defined WAN (SD-WAN).To read this article in full, please click here

What do ogres, onions and SD-WAN security have in common? Layers!

Remember this scene from the movie Shrek? The big ogre was explaining to Donkey that ogres are very complicated, and like onions, they have layers. Donkey, of course, didn’t like the analogy because not everyone likes onions and would have preferred cake as everyone likes cake, but he did seem to understand that ogres did indeed have layers after it was explained to him. Orges and onions have layers, but what else does? Or at least should? Security for SD-WANs — but that may not seem obvious to everyone.Also read: The case for securing the SD-WAN | Sign up: Get the latest tech news sent directly to your in-box This week SD-WAN provider, Aryaka, which is now neck and neck with VeloCloud/VMware in market share, according to IHS Markit, announced Passport, a multi-layered security platform and ecosystem that provides best-of-breed security at every level of a software-defined WAN (SD-WAN).To read this article in full, please click here

What do ogres, onions and SD-WAN security have in common? Layers!

Remember this scene from the movie Shrek? The big ogre was explaining to Donkey that ogres are very complicated, and like onions, they have layers. Donkey, of course, didn’t like the analogy because not everyone likes onions and would have preferred cake as everyone likes cake, but he did seem to understand that ogres did indeed have layers after it was explained to him. Orges and onions have layers, but what else does? Or at least should? Security for SD-WANs — but that may not seem obvious to everyone.Also read: The case for securing the SD-WAN | Sign up: Get the latest tech news sent directly to your in-box This week SD-WAN provider, Aryaka, which is now neck and neck with VeloCloud/VMware in market share, according to IHS Markit, announced Passport, a multi-layered security platform and ecosystem that provides best-of-breed security at every level of a software-defined WAN (SD-WAN).To read this article in full, please click here

Baghdad, Iraq: Cloudflare’s 128th Data Center

Baghdad, Iraq: Cloudflare's 128th Data Center

Baghdad, Iraq: Cloudflare's 128th Data Center

Cloudflare's newest data center is located in Baghdad, Iraq, in the region often known as the cradle of civilization. This expands our growing Middle East presence, while serving as our 45th data center in Asia, and 128th data center globally.

Even while accelerating over 7 million Internet properties, this deployment helps our effort to be closer to every Internet user. Previous, ISPs such as Earthlink were served from our Frankfurt data center. Nearly 40 million people live in Iraq.

Rich Cuisine

One of the world's largest producers of the sweet date palm, Iraq's cuisine dates back over 10,000 years and includes favorites such as,

  • Kleicha: Date-filled cookies flavored with cardamom, saffron and rose water
  • Mezza: a selection of appetizers to begin the meal
  • Iraqi Dolma: stuffed vegetables with a tangy sauce
  • Iraqi Biryani: cooked rice with spices, beans, grilled nuts and meat / vegetables
  • Masgouf: whole baked fish marinated in oil, salt, pepper, turmeric and tamarind

New data centers

Baghdad is the first of eight deployments joining the Cloudflare global network just this week. Stay tuned!

The Cloudflare Global Anycast Network

Baghdad, Iraq: Cloudflare's 128th Data Center
This map reflects the network as of the publish date of this blog Continue reading

Tune Into Our Introduction to Networking Technologies March 2018 Live Session

Tomorrow, March 15th, we will air our March 2018 Networking Technologies Live Session with Keith Bogart. This course is designed for those with absolutely no knowledge of computer networks, but who would like to learn more and possibly head down a career path working on computer networks.

 

    When:
    March 15, 2018 10 am PST/ 1 pm EST

    Instructor Info:
    This Course is taught by Keith Bogart, CCIE #4923. Keith started his networking career as customer service representative at Cisco Systems in 1996. His desire to learn more soon led him to a position as a Cisco Technical Assistance Center (TAC) engineer on the “Dial-Access” team, and within six months he had obtained his Dial-ISP CCIE. He later became a network consulting engineer and obtained his CCNA certification while teaching the technologies to Cisco employees during his lunch breaks. Keith was the first instructor on Cisco’s TAC Training team, where he taught a wide range of internetworking topics and later developed and taught other courses such as routing protocols, LAN switching, MPLS, 802.1x, and CCNA. After almost 17 years with Cisco, Keith joined a small startup and focused on 802.11 Wi-Fi technologies, during which time he obtained his Continue reading

History Of Networking – Tony Li – SSE and Hardware Switching

From processors, to FPGAs, to ASICs, and back again, Tony Li joins Network Collective’s History of Networking to talk through the impact that the Cisco SSE and hardware switching has had on the networking industry.

Tony Li
Guest
Russ White
Host
Donald Sharp
Host
Jordan Martin
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 – Tony Li – SSE and Hardware Switching appeared first on Network Collective.

BrandPost: From Autonomous to Adaptive: The Next Evolution in Networking

There have been many discussions about how to eliminate manual, labor-intensive network operations and the industry is using a wide set of terminology to describe the future lean and automated network operations, such as ‘intelligent’, ‘cognitive’ or ‘self-driving.’ Network providers are now able to rethink their operations with artificial intelligence (AI) and advanced analytics to achieve their long-desired goal of end-to-end automation, but most of them don’t want to cede control to networks that decide their own direction and remove humans from the equation altogether. They want their networks and operations to become more ‘adaptive’ to thrive in an ever-changing competitive landscape and to meet consumer demands, which requires a coherent combination of human-controlled-and-supervised, analytics-driven intelligence, software controlled and automated operational processes and an underlying programmable infrastructure (see Figure 1).To read this article in full, please click here

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