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NANOG 72 Hackathon

Sunday, February 18, 2018

 

REGISTRATION FOR THE NANOG 72 HACKATHON IS OPEN

 

Welcome to the NANOG 72 Hackathon brought to you by NANOG

The NANOG 72 Hackathon will bring network operators together in a room to develop new ideas and hacks for internet networks.  Tools and software beyond those provided by vendors and existing open-source projects are needed to keep networks up and running. By gathering together at NANOG 72 to collaboratively hack on code or hardware, develop ideas, and documentation we can open up the possibilities.  And we will have fun while doing it!

 

Registration for the Hackathon is open on a space-available basis to all interested attendees of NANOG 72.  All skill levels are welcome and participants are expected to actively participate in the hacks.   Hackathon participants will be automatically added to an email list after registration is complete in order to receive information and updates. At the end of the hack participating teams will be given the opportunity to briefly present their ideas and determine the top 3 teams.  Lightning talks may be submitted to summarize the Hackathon experience and results for the larger NANOG 72 attendee base.

 

Registration for the Hackathon is Continue reading

Worth Reading: Gen-Z

Servers have become increasingly powerful in recent years, with more processing cores being added and accelerators like GPUs and field-programmable gate arrays (FPGAs) being added, and the amount of data that can be processed is growing rapidly. However, a key problem has been the enabling interconnect technologies to keep pace with server evolution. It is a challenge that last year spawned the Gen-Z Consortium, a group founded by a dozen top-tier tech vendors including Hewlett Packard Enterprise, IBM, Dell EMC, AMD, Arm, and Cray that wanted to create the next-generation interconnect that can leverage existing tech while paving the way for new ones at a time of rapid change within the computing industry where massive amounts of data are being created and processed. —Jeffery Burt @ The Next Platform

Passing on the CEO Baton

The Internet Society has come far in its 25 years, and as its CEO for just some of that time I feel immense privilege in having been part of the organization’s continued growth and evolution.

Now, more than ever, I feel that the work we all do is the most consequential any of us will do in this challenging time. I continue to be inspired by the Internet Society, its staff and its loyal community every day.

So, it was with very mixed emotions that at the recent Internet Society Board of Trustees meeting in Singapore, I informed the Board that I will not be seeking an extension of my contract as CEO when it is due for renewal at the end of 2018.

With so many accomplishments behind us and at a time when the Internet itself is in the midst of rapid change, I firmly believe that the Internet Society is primed and ready to take on a stronger, more influential role in shaping the future of the Internet for the next generation of users. Knowing this, it also feels like the right time to pass on the CEO baton to the next generation of Internet Continue reading

What I learned at my first Cloudflare Retreat

What I learned at my first Cloudflare Retreat

What I learned at my first Cloudflare Retreat
For the last seven years, Cloudflare has taken the entire company off site for a few days at the end of the year for a company retreat. Back in 2010, this meant five people from the San Francisco office. This November, we had 453 employees from our San Francisco, Singapore, London, Champaign (Illinois), New York City, Washington (DC), and Austin (Texas) offices spend time together in Monterey, California.

Knowing that so many teammates would be coming in from all over the world, we used the days leading up to the retreat to hold global team meetings, conduct a session of our home-grown Making Great Managers workshop, and brought in Valerie Aurora from Frame Shift Consulting to lead Ally Skills workshops for the entire company.

On Thursday, buses departed from Cloudflare headquarters and took us all down to Monterey. Our CEO, Matthew Prince, delivered opening remarks over lunch. During his talk, we learned about the imminent acquisition of Neumob, his thoughts about growing pains and how to successfully scale, and were reminded that we are at our best when we are inclusive of everyone. We reflected on how far we’ve come and got an inspiring glimpse of where we are Continue reading

Hyperconvergence gathers speed in 2018

IDG Hyperconvergence is on a roll.Enterprises are shifting storage investments from legacy architectures to software-defined systems in an effort to achieve greater agility, easier provisioning and lower administrative costs. Hyperconverged systems – which combine storage, compute and network functionality in a single virtualized solution – are on their radars.Enterprise interest in hyperconverged systems as potential replacements for legacy SAN and NAS storage systems has in turn inspired major storage vendors to make hyperconvergence plays of their own, acquiring startups and building out their offerings.To read this article in full, please click here

Hyperconvergence gathers speed in 2018

IDG Hyperconvergence is on a roll.Enterprises are shifting storage investments from legacy architectures to software-defined systems in an effort to achieve greater agility, easier provisioning and lower administrative costs. Hyperconverged systems – which combine storage, compute and network functionality in a single virtualized solution – are on their radars.Enterprise interest in hyperconverged systems as potential replacements for legacy SAN and NAS storage systems has in turn inspired major storage vendors to make hyperconvergence plays of their own, acquiring startups and building out their offerings.To read this article in full, please click here

How artificial intelligence will self-manage the data center

The reality of a self-managing data center is getting closer with HPE’s announcement last week of what it claims to be the first artificial intelligence (AI) predictive engine for trouble in the data center.HPE says next year it will offer an AI recommendation engine add-on that’s designed to predict and stop storage- and general-infrastructure trouble before it starts. It’s one of a number of autonomous data center components that we should expect to see soon from players. Other AI and machine learning systems geared towards data centers will be available from companies such as Litbit (which I wrote about in the summer) and Oracle, among others.To read this article in full, please click here

How artificial intelligence will self-manage the data center

The reality of a self-managing data center is getting closer with HPE’s announcement last week of what it claims to be the first artificial intelligence (AI) predictive engine for trouble in the data center.HPE says next year it will offer an AI recommendation engine add-on that’s designed to predict and stop storage- and general-infrastructure trouble before it starts. It’s one of a number of autonomous data center components that we should expect to see soon from players. Other AI and machine learning systems geared towards data centers will be available from companies such as Litbit (which I wrote about in the summer) and Oracle, among others.To read this article in full, please click here

Worth Reading: ONAP Amsterdam

The Open Network Automation Platform, a Linux Foundation project, has released ONAP Amsterdam, an open-source platform to enable network automation for carriers and service providers. ONAP Amsterdam includes open-source software for orchestration and automation, as well as verified blueprints for two use cases. Carriers and service providers can download and deploy Amsterdam to automate their networks. Integrators and vendors can also build products and services around Amsterdam. —Drew Conry-Murray @ Packet Pushers

Episode 16 – Overview of Overlays

Whether it’s a single GRE tunnel or a full Datacenter fabric, network overlays have played significant role in empowering network engineers to implement policy beyond simple IP reachability. In episode 16 of Network Collective we take a broad look at the types of overlays available to use in our networks, why you might want to implement an overlay, and some of the things to watch out for when employing overlay networking. Joining the NC hosts are two excellent guests: Ron Fuller, currently an SE at VMware on the NSX product team, and Warren Jackson, Technical Architect at WWT with a focus on SD-WAN technology.

Ron Fuller
Guest
Warren Jackson
Guest

Jordan Martin
Co-Host
Eyvonne Sharp
Co-Host
Phil Gervasi
Co-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 Episode 16 – Overview of Overlays appeared first on Network Collective.

Episode 16 – Overview of Overlays

Whether it’s a single GRE tunnel or a full Datacenter fabric, network overlays have played significant role in empowering network engineers to implement policy beyond simple IP reachability. In episode 16 of Network Collective we take a broad look at the types of overlays available to use in our networks, why you might want to implement an overlay, and some of the things to watch out for when employing overlay networking. Joining the NC hosts are two excellent guests: Ron Fuller, currently an SE at VMware on the NSX product team, and Warren Jackson, Technical Architect at WWT with a focus on SD-WAN technology.

Ron Fuller
Guest
Warren Jackson
Guest

Jordan Martin
Co-Host
Eyvonne Sharp
Co-Host
Phil Gervasi
Co-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 Episode 16 – Overview of Overlays appeared first on Network Collective.

IDG Contributor Network: Conventional computer vision coupled with deep learning makes AI better

Computer vision is fundamental for a broad set of Internet of Things (IoT) applications. Household monitoring systems use cameras to provide family members with a view of what’s going on at home. Robots and drones use vision processing to map their environment and avoid obstacles in flight. Augmented reality glasses use computer vision to overlay important information on the user’s view, and cars stitch images from multiple cameras mounted in the vehicle to provide drivers with a surround or “bird’s eye” view which helps prevent collisions. The list goes on.Over the years, exponential improvements in device capabilities including computing power, memory capacity, power consumption, image sensor resolution, and optics have improved the performance and cost-effectiveness of computer vision in IoT applications. This has been accompanied by the development and refinement of sophisticated software algorithms for tasks such as face detection and recognition, object detection and classification, and simultaneous localization and mapping.To read this article in full, please click here

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