Dell EMC’s new device provides converged data protection, and comes bundled with software for backup, deduplication, replication and recovery, along with disaster recovery and long-term retention to the cloud.
VMware Continues as a Visionary in 2018 Gartner Data Center Networking Magic Quadrant
We are excited to announce that for the fifth year in a row, VMware has achieved the position of visionary in the Gartner Magic Quadrant for Data Center Networking, which is defined as…understanding where the data center market is going and having a vision for changing market rules.
Five Years! That’s a long time in technology! During that time, we’ve all seen the rise of public cloud providers and massive shifts in cloud constructs and cloud management platforms. Application development trends have gone from monolith to virtual machines to containers and micro-services to serverless functions and events. Application components are getting smaller, datacenter edges are disappearing, management platforms are becoming more flexible and the basic requirements of networking and security have remained the same…connect and protect applications and data. Only applications and data are now constantly changing with agile development practices and multi-cloud strategies…and the VMware networking portfolio is evolving to make sure they stay connected and protected!
For evidence, look at our recently announced vision for the Virtual Cloud Network.
The foundation of that vision for a networking industry transition to software was started by VMware with virtual switching, expanded into the data center with the groundbreaking VMware NSX network virtualization platform, and is now powering software-based networks from data center to cloud to branch to edge for our enterprise and service provider customers. We’ve led this transition by defining network virtualization; by creating an entire industry movement around micro-segmentation; and by continually evolving NSX capabilities to provide advanced Continue reading
In June, we launched the Internet Intelligence microsite (home of this blog), featuring the new Internet Intelligence Map. As the associated blog post noted, “This free site will help to democratize Internet analysis by exposing some of our internal capabilities to the general public in a single tool. …. And since major Internet outages (whether intentional or accidental) will be with us for the foreseeable future, we believe offering a self-serve capability for some of the insights we produce is a great way to move towards a healthier and more accountable Internet.”
While we will continue to share information about Internet disruptions and events as they occur via @InternetIntel, we also plan to provide a monthly roundup in a blog post, allowing readers to learn about Internet disruptions and events that they may have missed, while enabling us to provide additional context and insight beyond what fits within Twitter’s character limit.
In the past, countries including Iraq, Syria, and Ethiopia have implemented partial or complete national Internet shutdowns in an effort to prevent student cheating on exams. This past month saw Iraq implement yet another round of Internet shutdowns, and Algeria began Continue reading
On today's IPv6 Buzz, we chat with Stephan Lagerholm of T-Mobile to learn about the uptake of IPv6 in mobile networks and why 464XLAT is a critical translation mechanism for mobile IPv6.
The post IPv6 Buzz 004: IPv6 And Mobile Network Operators appeared first on Packet Pushers.
An engineer attending Ansible for Networking Engineers online course sent me this feedback:
This is a great place to learn Ansible and Network Automation from scratch. Starting with an emphasis on the fundamentals (YAML, JSON, Jinja2, how to group your network devices for automation, etc.) you progressively build up towards useful network automation.
He particularly liked the additional features that are part of any ipSpace.net online course:
Read more ...Although the SDS concept is straightforward, transitioning to the technology can be both complex and challenging. Experts offer advice for successful adoption.
Snowflake networks, sounds like a good name for a network design company, but this is not what this post is about. Are you familiar with the concept of a snowflake network? This terminology comes from the notion that each snowflake is unique at a molecular level. In networking, many networks don’t look the same, so the term snowflake networks was coined.
Lately there’s been a lot of discussions on networks being snowflakes. Especially on some of the podcasts (you know which ones). What is being discussed is that we need to move away from designing networks that are complex, networks that are snowflakes. Every network is 95% the same and only the last 5% is unique. First, let me agree that snowflakes are bad. Personally I believe we should adhere to the following design tenets if possible:
Don’t use more complexity than needed
Use as much L3 as possible
No stretching of L2
Don’t use more protocols than needed
Don’t change default setting unless needed
Don’t “gold plate” the design
Don’t use “nerd knobs”
I think most of us, if not all, can agree that these tenets make sense when designing a network. So why do networks end up being Continue reading
The original ethernet specification was owned by DEC, Intel and Xerox hence the standard being named "Ethernet (DIX)". The ethernet specification has been through a number of updates over the years beginning with the IEEE standard in the early 1980's and going through many revisions....continue reading
Following the tumultuous purchase of Brocade (that reportedly led to the layoffs of 1,100 employees) and the blocked purchase of Qualcomm — Broadcom seeks to diversify its portfolio with the purchase of the monitoring software company.
In this episode of the Network Collective Community Roundtable, Tom Hollingsworth and Nick Buraglio join us again to expound on the topic of privacy in networking.
We would like to thank Core BTS for sponsoring this episode of Network Collective. Core BTS focuses on partnering with your company to deliver technical solutions that enhance and drive your business. If you’re looking for a partner to help your technology teams take the next step, you can reach out to Core BTS by emailing them here.
We also would also like to thank Cumulus Networks for sponsoring this episode of Network Collective. Cumulus is bringing S.O.U.L. back to the network. Simple. Open. Untethered. Linux. For more information about how you can bring S.O.U.L. to your network, head on over to https://cumulusnetworks.com/networkcollectivehassoul. There you can find out how Cumulus Networks can help you build a datacenter as efficient and as flexible as the worlds largest data centers and try Cumulus technology absolutely free.
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 30 – Privacy In Networking appeared first on Network Collective.
