Cisco Virtual Router for Cloud Services : Cisco CSR1000v

Today I am going to talk about the Cisco CSR1000v router used for the cloud services. With the help of Cisco CSR 1000v router you will able to connect the public and the private clouds and use the applications smoothly.

What is the purpose of Cisco CSR 1000v routers ?
With the help of Cisco CSR 1000V we can use the cloud-based networking and security issues to access the public and private clouds applications. Cisco CSR1000v uses the same type of Cisco IOS Software platform that is inside the Cisco Integrated Services Router (ISR) and Aggregation Services Router (ASR) product families, If you talk about the Cisco CSR1000v, the virtual router contains the features like routing, VPN, firewall, Network Address Translation (NAT), QoS, application visibility, failover, and WAN optimization. These functions empower enterprises and cloud providers to build highly secure, optimised, scalable, and consistent hybrid networks.

If Cisco CSR 1000v is a virtual router then how and where it runs ?
Well Cisco CSR1000v is a virtual router and run on VM. for running the Cisco CSR1000v you should have a UCS server where VM will be installed and on top of the VM, Cisco CST 1000v router IOS image will be Continue reading

BrandPost: An SD-WAN Can Cure Your Security Blues

Cyber security remains a hot topic with nearly every IT and business leader that I speak with. In particular, there seems to be an intensified focus on network security. Security is typically deployed in layers (network, compute and application), and I expect that model to continue in the short-term, but given the fact that many of the building blocks of digitization, such as IoT and the cloud, are network-centric, there should be a stronger focus on leveraging the network and network-based security to protect the organization.Nowhere in the network has there been more change than in the wide area network (WAN), so it stands to reason that as legacy WANs evolve into software-defined WANs, it must play an increasingly critical role in securing the enterprise.  Below are my top five recommendations to better secure your organization with an SD-WAN.To read this article in full or to leave a comment, please click here

How to kill your network with Ansible

Aside from being a user, I write about Ansible and try to help others to understand how it works. A few days ago I was answering questions from other Ansible users. Someone was having trouble figuring out why the ios_config module didn’t apply his template correctly. I explained what was wrong with the template, afterwards I thought about the issue some more and realized that the error could potentially be really dangerous. As in a game-over-level-event for your employment dangerous. Continue reading

North Korea Gets New Internet Link via Russia

This past weekend, North Korea expert Martyn Williams and I spotted the activation of a new internet path out of North Korea.  At 09:07:51 UTC on 1 October 2017, the country’s single internet provider, Star JV (AS131269), gained a new connection to the global internet through Russian fixed-provider Transtelecom (AS20485), often referred to as TTK.  Martyn published his analysis on the US-Korea Institute‘s 38 North blog, named after the dividing line between North and South Korea.

The internet of North Korea is very small (four BGP routes) and reportedly only accessible by a few elites in the country.  Since the appearance of AS131279 in the global routing table almost 7 years ago, Star JV has almost exclusively relied on China Unicom for its connectivity to the global internet — the only exception was its partial usage of satellite service from Intelsat between 2012 and 2013.  In light of this history, a new internet connection out of North Korea is certainly a notable development.

Unsteady Connection

At 09:07:51 UTC, TTK (AS20485) appeared as a transit provider for three of the four BGP routes announced by AS131279, namely, 175.45.176.0/24, 175.45.178.0/24, and Continue reading

Intel Gears Up For FPGA Push

Chip giant Intel has been talking about CPU-FPGA compute complexes for so long that it is hard to remember sometimes that its hybrid Xeon-Arria compute unit, which puts a Xeon server chip and a midrange FPGA into a single Xeon processor socket, is not shipping as a volume product. But Intel is working to get it into the field and has given The Next Platform an update on the current plan.

The hybrid CPU-FPGA devices, which are akin to AMD’s Accelerated Computing Units, or APUs, in that they put compute and, in this case, GPU acceleration into a single …

Intel Gears Up For FPGA Push was written by Timothy Prickett Morgan at The Next Platform.

Nuage Networks Q&A: Automated Analytics and Remediation for Cloud-based Security Services

Thanks to all who joined us for the Nuage Networks 2017 SDx Infrastructure Security Report Webinar, Automated Analytics and Remediation for Cloud-based Security Services. During the webinar Nuage Networks discussed how their VSP delivers an SDN solution with built-in security capabilities that combines scale, performance and flexibility in a single, boundary-less platform without compromising security or... Read more →

Will machine learning save the enterprise server business?

Nvidia and server makers Dell EMC, HPE, IBM and Supermicro announced enterprise servers featuring Nvidia’s Tesla V100 GPU. The question is, can servers designed for machine learning stem the erosion of enterprise server purchases as companies shift to PaaS, IaaS, and cloud services? The recent introduction of hardened industrial servers for IoT may indicate that server makers are looking for growth in vertical markets.There are very compelling reasons for moving enterprise workloads to Amazon, Google, IBM and other hosted infrastructures. The scalability of on-demand resources, operating efficiency at cloud-scale and security are just three of many reasons. For instance, Google has 90 engineers working on just security where most enterprises are understaffed.To read this article in full or to leave a comment, please click here

Will machine learning save the enterprise server business?

Nvidia and server makers Dell EMC, HPE, IBM and Supermicro announced enterprise servers featuring Nvidia’s Tesla V100 GPU. The question is, can servers designed for machine learning stem the erosion of enterprise server purchases as companies shift to PaaS, IaaS, and cloud services? The recent introduction of hardened industrial servers for IoT may indicate that server makers are looking for growth in vertical markets.There are very compelling reasons for moving enterprise workloads to Amazon, Google, IBM and other hosted infrastructures. The scalability of on-demand resources, operating efficiency at cloud-scale and security are just three of many reasons. For instance, Google has 90 engineers working on just security where most enterprises are understaffed.To read this article in full or to leave a comment, please click here

Google, Scale Computing partner for easier hybrid cloud deployment

Google has partnered with Scale Computing, developer of infrastructure software for hyper-converged systems, to make it easier to deploy Google Cloud Platform as a backup for your own data center. The two companies have created a platform called Cloud Unity, which integrates Scale’s HC3 software environment with Google Compute Engine. HC3 is a cluster software product that merges server, storage and virtualization into a single appliance for easier converged infrastructure. Also on Network World: Google develops high-capacity cloud data transfer device With HC3, you can build a cluster using Google's infrastructure instead of buying your own, thus creating a backup of your own data center in Google’s data centers. Cloud Unity creates a SD-WAN connection to your existing Scale environment, so the Google-hosted cloud version of your data center appears as just another cluster on the same LAN. It uses a VXLAN encryption between your site and Google’s data center. To read this article in full or to leave a comment, please click here

Google, Scale Computing partner for easier hybrid cloud deployment

Google has partnered with Scale Computing, developer of infrastructure software for hyper-converged systems, to make it easier to deploy Google Cloud Platform as a backup for your own data center. The two companies have created a platform called Cloud Unity, which integrates Scale’s HC3 software environment with Google Compute Engine. HC3 is a cluster software product that merges server, storage and virtualization into a single appliance for easier converged infrastructure. Also on Network World: Google develops high-capacity cloud data transfer device With HC3, you can build a cluster using Google's infrastructure instead of buying your own, thus creating a backup of your own data center in Google’s data centers. Cloud Unity creates a SD-WAN connection to your existing Scale environment, so the Google-hosted cloud version of your data center appears as just another cluster on the same LAN. It uses a VXLAN encryption between your site and Google’s data center. To read this article in full or to leave a comment, please click here

Introducing Hallway Track: Learn from People Around You at DockerCon

Docker Hallway track

Photo by: Youssef Shoufan at DockerCon Austin 2017

The DockerCon Hallway Track is coming to DockerCon Europe in Copenhagen. We’ve partnered with e180.co once again to deliver the next level of conference attendee networking. Together, we believe that education is a relationship, not an institution, and that a conversation can change someone’s life. After the success of our collaboration in Austin with Moby Mingle, we’re happy to be growing this idea further for Copenhagen.

DockerCon is all about learning new things and connecting with the right people. The Hallway Track will help you meet and share knowledge with community members and practitioners at the conference.  

Docker hallway track

So, what’s a Hallway Track?

DockerCon Hallway Track is a one-on-one or group conversations based on topics of interest that you schedule with other attendees during DockerCon. Hallway Track’s recommendation algorithm curates an individualized selection of Hallway Track topics for each participant, based on their behavior and interests.

It’s simple:

  1. Explore the knowledge Offer and Requests –where all participants post the knowledge they are willing to share.
  2. Pick something you want to learn or create your own Offer or Request.
  3. Book your Hallway Tracks and meet in person at Continue reading

Ripple: The Most (Demonstrably) Scalable Blockchain

 

Ripple’s XRP Ledger is a blockchain-based payment network that transfers funds between any type of currency within a few seconds with average transaction costs of a fraction of a penny. The core of this peer-to-peer network is an open source C++ application called rippled. Ripple’s goal is to supplant the world’s existing legacy payment networks. As such, scalability is a continuous goal. This document describes how the rippled team has integrated performance engineering into its development processes, and how this has contributed to throughput gains of over 1000%.

Performance engineering practices deliver benefits in addition to measurable performance gains. These include the ability to report on the capabilities of the software so that users can feel confident that their needs will be met by the system. Performance engineering informs capacity planning and optimal configuration of environments to support the application. Many performance problems are caught and addressed before customers notice them. As process automation improves, each change to the software can be quickly assessed for improvement or regression. This methodology also makes better use of developer time by helping choose the most effective tasks for improving performance. Any software project serious about supporting global scale should integrate performance engineering Continue reading

Arrow Electronics gives IoT a voice, connects devices to communications tools

Companies get into IoT for multiple reasons. In the case of Arrow, the Internet of Things (IoT) was thrust upon it. Now, however, Arrow Electronics is trailblazing into IoT platform services.Last year, Arrow did nearly $24 billion in revenue that was largely split between two businesses: electronic components and enterprise computing solutions. Historically, these two divisions had little overlap, but IoT has bridged the two units.+ Also on Network World: Forrester: 3 ways IoT can drive business value + A similar story is occurring at organizations everywhere as IoT converts disconnected things into computing peripherals. For example, hospital refrigerators that store blood and medicine are increasingly integrated into intelligent building management and communications systems.To read this article in full or to leave a comment, please click here

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