Nokia Hit With Q3 Net Loss as Network Buildouts Slow
About that $17B Alcatel-Lucent buy — why didn't that help?
About that $17B Alcatel-Lucent buy — why didn't that help?
I had a great time at ONUG this past week. I got to hear a lot of great presentations from some great people, and I got a chance to catch up with some friends as well. One of those was Pete Lumbis (@PeteCCDE) who had a great presentation this past spring at Interop. We talked a lot about tech and networking, but one topic he brought up that made me stop and think for a moment was the wide gulf between design and architecture.
Design is a critical part of an IT project. Things must fit and make sense before the implementors can figure out how to put the pieces together. Design is all about building a list of products and describing how they’ll interact once turned on. Proper design requires you to step away from the keyboard for a moment and think about a bigger picture than just hacking CLI commands or Python code to make some lights start blinking in the right order.
But design is inherently limited. Think about the last design you did, whether it be wireless or networking or even storage. When you start a design, you automatically make assumptions about Continue reading
Ethan pointed me to this post about complexity and incremental improvement in a slack message. There are some interesting things here, leading me in a number of different directions, that might be worth your reading time. The post begins with an explanation of what the author calls “Keith’s law”—
The author attributes this to the property of emergence; given I don’t believe in blind emergence, I would attribute this effect to the combined intertwining of many intelligent actors producing an effect that at least many of them probably wanted (the improvement of the complex system), and each of them working in their own spheres to achieve that result without realizing the overall multiplier effect of their individual actions. If that was too long and complicated, perhaps this is shorter and better—
The law of Continue reading
5G meets automotive in a bid to build an IoT powerhouse.
The chip industry is quickly reaching the limits of traditional lithography in its effort to cram more transistors onto a piece of silicon at a pace consistent with Moore’s Law. Accordingly, new approaches, including using extreme ultraviolet light sources, are being developed. While this can promise new output for chipmakers, developing this technology to enhance future computing is going to take a lot of supercomputing.
Lawrence Livermore National Lab’s Dr. Fred Streitz and his teams at the HPC Innovation Center at LLNL are working with Dutch semiconductor company, ASML, to push advances in lithography for next-generation chips. Even as a …
It Takes a Lot of Supercomputing to Simulate Future Computing was written by Nicole Hemsoth at The Next Platform.
The chip industry is quickly reaching the limits of traditional lithography in its effort to cram more transistors onto a piece of silicon at a pace consistent with Moore’s Law. Accordingly, new approaches, including using extreme ultraviolet light sources, are being developed. While this can promise new output for chipmakers, developing this technology to enhance future computing is going to take a lot of supercomputing.
Lawrence Livermore National Lab’s Dr. Fred Streitz and his teams at the HPC Innovation Center at LLNL are working with Dutch semiconductor company, ASML, to push advances in lithography for next-generation chips. Even as a …
It Takes a Lot of Supercomputing to Simulate Future Computing was written by Nicole Hemsoth at The Next Platform.
Yesterday, we held a packed webinar on using the Image2Docker tool that prototypes shifting a legacy Windows virtual machine to a Windows Container Dockerfile.
Image2Docker is an open source, community generated powershell module that searches for common components of a Windows Server VM and generates a Dockerfile to match. Originally created by Docker Captain Trevor Sullivan, it is now an open source tool hosted in our GitHub repository. Currently there is discovery of components such IIS, Apache, SQL Server and more. As an input it supports VHD, VHDX, and WIM files. When paired with Microsoft’s Virtual Machine Converter, you can start with pretty much any VM format.
Image2Docker is community supported and designed to show you how easy it is to create Windows Containers from your existing servers. We strongly encourage you to fork it, play with it and contribute pull requests back to the community. Or just install it and use it to generate your own Dockerfiles.
Watch the on-demand webinar to learn more about how it was built, how to use it, and how to contribute.
Here are some of the most popular questions from the sessions with answers.
Is it possible to containerize an application Continue reading
Dyn confirms Mirai IoT botnet was primary source of the attack, involving some 100,000 infected devices.
The post Worth Reading: IoT devices and DDoS attacks appeared first on 'net work.
As NFV efforts shift away from physical network appliances, the use of NFV coprocessors will be key to averting software and hardware bottlenecks.