The Internet Society & Public Interest Registry: A New Era of Opportunity

Today marks the beginning of an exciting new chapter for the .ORG Community.  Earlier today, the Internet Society and Public Interest Registry (PIR) announced that they have reached an agreement with Ethos Capital, an investment firm that helps transform and grow companies in today’s rapidly evolving digital economy, under which Ethos Capital will acquire PIR and all of its assets from the Internet Society.  

As brief background – in 2002, the Internet Society won a competitive bidding process for the .ORG registry and established PIR to manage and operate the .ORG domain.  Since that time, the Internet Society and PIR have worked to grow .ORG into the largest purpose-driven domain – used today by millions of organizations and others to achieve their online goals – and PIR’s contributions to the Internet Society have helped make the Internet more available, accessible and secure for people around the world.

This transaction aligns PIR with a strong, new strategic partner, Ethos Capital, that not only possesses a deep understanding of the intricacies of the domain industry, but also has the ideal mix of expertise, experience and shared values to further advance the goals of .ORG into the future.  Continue reading

Google Injects Network Intelligence Center Into GCP

The cloud giant's Network Intelligence Center packs four tools aimed at helping customers monitor,...

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Docker’s Next Chapter: Advancing Developer Workflows for Modern Apps

Today we start the next chapter in the Docker story, one that’s focused on developers. That we have the opportunity to write this next chapter is thanks to you, our community, for without you we wouldn’t be here. And while our focus on developers builds on recent history, it’s a focus also grounded in Docker’s beginning.

In The Beginning

When Solomon Hykes, Docker’s founder, unveiled the Docker project in 2013, he succinctly stated the problem Docker aimed to solve as, “for a developer, shipping code to the server is hard.” To address, Docker abstracted out OS kernels’ complex container primitives, provided a developer-friendly, CLI-based workflow and defined an immutable, portable image format. The result transformed how developers work, making it much easier to build, ship and run their apps on any server. So while container primitives had existed for decades, Docker democratized them and made them as easy to use as

docker run hello-world

The rest is history. Over the last six years, Docker containerization catalyzed the growth of microservices-based applications, enabled development teams to ship apps many times faster and accelerated the migration of apps from the data center to the cloud. Far from a Docker-only effort, a Continue reading

What is edge computing and why it matters

Edge computing is transforming the way data is being handled, processed, and delivered from millions of devices around the world. The explosive growth of internet-connected devices – the IoT – along with new applications that require real-time computing power, continues to drive edge-computing systems.Faster networking technologies, such as 5G wireless, are allowing for edge computing systems to accelerate the creation or support of real-time applications, such as video processing and analytics, self-driving cars, artificial intelligence and robotics, to name a few.To read this article in full, please click here

Liqid Scores $28M Series B, CEO Touts ‘Record Profit’

Companies including Inspur and Dell Technologies sell Liqid’s switch and software inside their...

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© SDxCentral, LLC. Use of this feed is limited to personal, non-commercial use and is governed by SDxCentral's Terms of Use (https://www.sdxcentral.com/legal/terms-of-service/). Publishing this feed for public or commercial use and/or misrepresentation by a third party is prohibited.

TIP Plugs Critical Mass, Expands Community Labs

Technology prototypes tested and validated by the group are now commercially available and being...

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© SDxCentral, LLC. Use of this feed is limited to personal, non-commercial use and is governed by SDxCentral's Terms of Use (https://www.sdxcentral.com/legal/terms-of-service/). Publishing this feed for public or commercial use and/or misrepresentation by a third party is prohibited.

Can We Really Use Millions of VXLAN Segments?

One of my readers sent me a question along these lines…

VXLAN Network Identifier is 24 bit long, giving 16 us million separate segments. However, we have to map VNI into VLANs on most switches. How can we scale up to 16 million segments when we have run out of VLAN IDs? Can we create a separate VTEP on the same switch?

VXLAN is just an encapsulation format and does not imply any particular switch architecture. What really matters in this particular case is the implementation of the MAC forwarding table in switching ASIC.

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