VeloCloud Expands SD-WAN Security Ecosystem
VeloCloud's latest members include Symantec, VMware, and Forcepoint.
VMWare Networking to Openstack Networking to AWS Networking
Infrastructure and management of infrastructure has come a long way in the past few years. Buzzwords today (2016-17) are Private clouds, Public clouds and more recently Hybrid clouds and containers (docker, kubernetes, et.al.). Datacenter design is also changing rapidly with some companies expanding their server footprint building massive private clouds while others reduce them by adopting hybrid cloud strategies. Networking also has be re-thought and reworked by both the public cloud providers and their customers who move towards a hybrid cloud approach. One major area of investment by cloud adopters is to mimic and apply network policies and topologies present in a private data center onto one or more of public cloud providers.
Understanding the networking constructs in Openstack, VMware and AWS will help in making these networking design decisions. I will try to compare and equate network constructs in these three cloud technologies below:
Understanding the networking constructs in Openstack, VMware and AWS will help in making these networking design decisions. I will try to compare and equate network constructs in these three cloud technologies below:
Openstack | Amazon AWS | VMware (VSwitch / DVSwitch) | |
|---|---|---|---|
| Virtual Network Continue reading |
Heterogeneous Supercomputing on Japan’s Most Powerful System
We continue with our second part of the series on the Tsubame supercomputer (first section here) with the next segment of our interview with Professor Satoshi Matsuoka, of the Tokyo Institute of Technology (Tokyo Tech).
Matsuoka researches and designs large scale supercomputers and similar infrastructures. More recently, he has worked on the convergence of Big Data, machine/deep learning, and AI with traditional HPC, as well as investigating the post-Moore technologies towards 2025. He has designed supercomputers for years and has collaborated on projects involving basic elements for the current and more importantly future exascale systems.
TNP: Will you be running …
Heterogeneous Supercomputing on Japan’s Most Powerful System was written by Nicole Hemsoth at The Next Platform.
Worth Reading: The rise of info-monopolies
The post Worth Reading: The rise of info-monopolies appeared first on rule 11 reader.
Network Break 150: Cisco Buys Springpath; Google Introduces Network Tiers
This week's Network Break analyzes Cisco's acquisition of Springpath, its announcement to put ACI in the cloud, Google's introduction of a two-tiered network service, and more. The post Network Break 150: Cisco Buys Springpath; Google Introduces Network Tiers appeared first on Packet Pushers.
Video Series: Modernizing .NET Apps for IT Pros
This is a new 5-part video series in Docker’s Modernize Traditional Apps (MTA) program, aimed at Microsoft IT Pros. The video series shows you how to move a .NET 3.5 app from Windows Server to a Windows Docker container and deploy it to a scalable, highly-available environment in the cloud – without any changes to the app.
Part 1 introduces the series, explaining what is meant by “traditional” apps and the problems they present. Traditional apps are built to run on a server, rather than on a modern application platform. They have common traits, like being complex to manage and difficult to deploy. A portfolio of traditional applications tends to under-utilize its infrastructure, and over-utilize the humans who manage it. Docker Enterprise Edition (EE) fixes that, giving you a consistent way to package, release and manage all your apps, without having to re-write them.
Part 2 shows how easy it is to move traditional apps to Docker EE. I start with an ASP.NET 3.5 WebForms application running on Windows Server 2003, and use Image2Docker to extract the app and package it as a Docker image. Then I run the application in a Docker Windows container on Continue reading
Large BGP Leak by Google Disrupts Internet in Japan
At 03:22 UTC on Friday, 25 August 2017, the internet experienced the effects of another massive BGP routing leak. This time it was Google who leaked over 160,000 prefixes to Verizon, who in turn accepted these routes and passed them on. Despite the fact that the leak took place in Chicago, Illinois, it had devastating consequences for the internet in Japan, half a world away. Two of Japan’s major telecoms (KDDI and NTT’s OCN) were severely affected, posting outage notices (KDDI / OCN pictured below).
Massive routing leaks continue
In recent years, large-scale (100K+ prefix) BGP routing leaks typically fall into one of two buckets: the leaker either 1) announces the global routing table as if it is the origin (or source) of all the routes (see Indosat in 2014), or 2) takes the global routing table as learned from providers and/or peers and mistakenly announced it to another provider (see Telekom Malaysia in 2015).
This case is different because the vast majority of the routes involved in this massive routing leak were not in the global routing table at the time but instead were more-specifics of routes that were. This is an important Continue reading
The WireX Botnet: How Industry Collaboration Disrupted a DDoS Attack
Introduction
On August 17th, 2017, multiple Content Delivery Networks (CDNs) and content providers were subject to significant attacks from a botnet dubbed WireX. The botnet is named for an anagram for one of the delimiter strings in its command and control protocol. The WireX botnet comprises primarily Android devices running malicious applications and is designed to create DDoS traffic. The botnet is sometimes associated with ransom notes to targets.
A few days ago, Google was alerted that this malware was available on its Play Store. Shortly following the notification, Google removed hundreds of affected applications and started the process to remove the applications from all devices.
Researchers from Akamai, Cloudflare, Flashpoint, Google, Oracle Dyn, RiskIQ, Team Cymru, and other organizations cooperated to combat this botnet. Evidence indicates that the botnet may have been active as early as August 2nd, but it was the attacks on August 17th that drew the attention of these organizations. This post represents the combined knowledge and efforts of the researchers working to share information about a botnet in the best interest of the internet community as a whole. This blog post was written together by researchers from numerous organizations and released Continue reading
NSX-T 2.0 is here!
VMware NSX is a network virtualization and security platform for the enterprise that is helping our customers make the transition to the digital era. As developers embrace new technologies like containers, and the percentage of workloads running in public clouds increases, network virtualization must expand to offer a full range of networking and security services,... Read more →
NSX-T 2.0 is here !
VMware NSX is a network virtualization and security platform for the enterprise that is helping our customers make the transition to the digital era. As developers embrace new technologies like containers, and the percentage of workloads running in public clouds increases, network virtualization must expand to offer a full range of networking and security services, natively, in these environments.
Today, we are announcing the next version of NSX-T that can provide network virtualization for a multi-cloud and multi-hypervisor environment. The NSX technology that you are familiar with and use it for so many years is now be available for cloud and container environments. Circa VMworld 2016, we showed a prototype of NSX that can provide network virtualization and micro-segmentation for native AWS workloads. That journey is now complete and the initial availability of that service for some customers is already available for their AWS workloads.
NSX can now provide seamless network virtualization for workloads running on either VMs or Containers. VMs can be located either on-prem or on AWS. NSX will provide the entire feature set for either Vmware vSphere Hypervisors or KVM hypervisors. For native workloads on AWS, NSX will provide VMware NSX Secure Cloud to provide the Continue reading
Google leaked prefixes – and knocked Japan off the Internet
Last Friday, 25 August, a routing incident caused large-scale internet disruption. It hit Japanese users the hardest, slowing or blocking access to websites and online services for dozens of Japanese companies.
What happened is that Google accidentally leaked BGP prefixes it learned from peering relationships, essentially becoming a transit provider instead of simply exchanging traffic between two networks and their customers. This also exposed some internal traffic engineering that caused many of these prefixes to get de-aggregated and therefore raised their probability of getting accepted elsewhere.
The incident technically lasted less than ten minutes, but spread quickly around the Internet and caused some damage. Connectivity was restored, but persistently slow connection speeds affected industries like finance, transportation, and online gaming for several hours. Google apologized for the trouble, saying it was caused by an errant network setting that was corrected within eight minutes of its discovery.
This incident showed, again, how fragile the global routing system still is against configuration mistakes, to say nothing about malicious attacks.
What it also showed is a lack of defense – the incident propagated seemingly without any attempt from other networks to stop it.
The Internet Society works to address security in many ways, Continue reading
The Business Case for Retail MEC: A TCO Analysis and its Implications in the 5G Era
As the research shows, MEC has deep implications for retail—from both a total cost of ownership (TCO) and use-case perspective.
IGF-USA: Promoting a More Inclusive Internet
The IGF-USA took place in Washington D.C on July 24, 2017. During the event, the panel “Promoting a More Inclusive Internet” looked at current barriers to an inclusive Internet and explored how access could be expanded to underserved areas and to underrepresented communities. Moderated by Dr. Brandie Nonnecke, Research & Development Manager for CITRIS and the Banatao Institute at the University of California-Berkeley and Chair of the San Francisco-Bay Area Internet Society Chapter Working Group on Internet Governance, the panel brought together several experts on access provision, each with many years experience of connecting the unconnected in the USA and overseas.
Decentralized Approach
One of the main themes of the panel was that there is no ‘one size fits all’ approach to getting communities online. Rather than focus on technical deployment, the panelists argued that the focus needs to shift to what Internet access actually means to different communities and to solutions adapted to fit their specific needs. When proposing solutions, the first question that needs to be asked is, ‘What are the problems that Internet access will solve?’ Often, what works for one community won’t work for another. “No one should decide what other people’s Internet access Continue reading
New Coder: Stop What You’re Doing!
Let’s get coding! We’ve selected a language, we’ve done some online training, and we’re ready to get coding and automate the first thing we stumble across. How exciting! Aaaaannnnnd STOP.
On the Solarwinds Thwack Geek Speak blog I looked at the “80:20” rule and how to use it to guide where to get the biggest return on investment when spending time coding, then I gave some advice on how to select a task to automate. Please do take a trip to Thwack and check out my post, “New Coder: Stop What You’re Doing“.
Please see my Disclosures page for more information about my role as a Solarwinds Ambassador.
If you liked this post, please do click through to the source at New Coder: Stop What You’re Doing! and give me a share/like. Thank you!
BGP Route Reflector in Plain English
BGP Route Reflector in Plain English, in this post, I will explain you the BGP Route Reflector basics, after you read this post, you will be able to answer many questions regarding BGP Route Reflectors. Outline of this post is as below. What is BGP Route Reflector ? Why BGP Route Reflector […]
The post BGP Route Reflector in Plain English appeared first on Cisco Network Design and Architecture | CCDE Bootcamp | orhanergun.net.
The Rise Of The Fourth Wave Of Computing
According to a recent Jefferies report, the fourth wave of computing has started and it is being driven by the adoption of IoT with parallel processing as the solution. Tectonic shifts in computing have been caused by major forces dating back to the 1960s.
With each shift, new solution providers have emerged as prominent suppliers. The latest power often cited with the fourth wave is Nvidia and its parallel processing platform for HPC and artificial intelligence (AI), namely GPUs and the CUDA programming platform. The growth of the data center segment of Nvidia’s business – from $339 million in …
The Rise Of The Fourth Wave Of Computing was written by Timothy Prickett Morgan at The Next Platform.