In my last blog post, I talked about the business outcomes customers are looking to achieve when evaluating SD-WAN solutions. However, if you are going to invest in an SD-WAN solution, it is also important to think about the trends that might impact your WAN and remote sites in the next few years. Are you prepared for trends like digital disruption or the Internet of Things (IoT), which are transforming businesses and creating new sources of competitive advantage?
Today’s leading businesses are constantly reinventing themselves to disrupt the market, and they are using the latest technology to do so. Businesses that want to accelerate their digital transformation and stay ahead of the competition need a dynamic network that enables constant reinvention, all on demand. Organizations will need fast IT capabilities that accelerate business innovation through IT simplicity and insights.
Traditional WANs have been built for static applications and are managed using multiple management tools that make it difficult for IT teams to reconfigure and troubleshoot the network when responding to business needs. Solutions for moving to hybrid WAN by augmenting your network with lower-cost connectivity like the Internet, or improving application experience and security, are a first step but still tend to be a static solution.
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Tags: bill of rights, IWAN, SD-WAN, sd-wan bill of rights, SDWAN, sdwan bill of rights
We are excited to share that Cisco will be participating in Networking Field Day 10 this year. Cisco brings together independent thought leaders and our engineers to share information and opinions in a two-hour interactive discussion format. If you cannot attend NFD10 all presentations will be live streamed from the Tech Field Day website.
These are the topics Cisco is covering this year at #NFD10:
Intelligent WAN (IWAN) Architecture: We are busting the myth that IWAN is part of a marchitecture and explaining DMVPNv3, Pfrv3, and AVC. We will also be expanding on how the IWAN architecture improves scale and performance while delivering better business outcomes for customers. Learn more about Cisco Intelligent WAN.
Branch Security: We will be showing how our security solutions simplify WAN provisioning. We will also explain how Cisco protects and hardens the network from outside attacks and security vulnerabilities. Topics covered during this presentation are Crypto, Certification CC, FIPS, NSA Suite B, and Security Designs. Learn more about Cisco Security.
Software Defined WAN (SD-WAN): Our presenter will be demonstrating how our APIC-EM Controller with IWAN App provides centralized configuration and orchestration for the WAN while doing a live demo. Learn more about SD-WAN.
Please feel free to comment, share and connect with us @CiscoEnterprise, Facebook, LinkedIn and the Enterprise Networks Community.
Tags: branch security, Intelligent WAN, IWAN, networking field day, SDWAN, security, software defined wan, tech field day
Parenting in a hyper-connected world is increasingly challenged by lack of visibility into children’s internet usage, and by limited controls to customize internet usage policies per child. About a year ago, I installed a home router with parental-controls. My kids (teenage girls!) quickly complained about the additional latency it introduced on the network. User experience was clearly in the tank. I soon discovered that those controls were not granular enough to customize for different times of the day, for different users, and down to individual devices.
By then, I realized that I had to fundamentally rethink my home network in order to become a more effective parent. I needed better insight into my network’s traffic. Finally, last fall, the geek in me awakened and I deployed a full-fledged Cisco network in my home with advanced Application Visibility & Control (AVC) capabilities, providing me deep insight into my home’s internet traffic.
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Tags: AVC, Cisco CWS, IWAN, IWAN Design Guide, SD-WAN, SDN
An Unforgettable Experience
It’s 6 a.m. on a Saturday. Filled with excitement and anticipation, I watched as my hot air balloon, the last one in the bunch, inflated. Around me, one after another, balloons started to float effortlessly off the ground into the air. The Napa Valley’s sun glittered in the distant as my balloon finally took off. At 1,050 feet, some fogs rolled by, then I saw it: a shadow of my balloon in the fog encircled by a rainbow – see the picture above, top right. I quickly pulled out my iPhone 6, snapped a panoramic, and posted it on Facebook. It was the most mesmerizing experience ever, not just because of the experience itself, but also because I can share it with my families and friends via 4G LTE. However, 4G LTE isn’t just for smartphones.
Connecting the Unconnected
The world of things, a.k.a Internet of Things (#IoT), around us is connecting in ways beyond imagination. According to a November 2014 issue of the Harvard Business Review, “Smart, connected products are changing how value is created…(and) will affect the trajectory of the overall economy, giving rise to the next era of IT-driven productivity growth for companies, their customers, and the global economy.” For example, just-in-time inventory replenishment, powered by connected vending machines, enables one business to capitalize on OpEx savings and increase revenue per unit. Wireless monitoring allows an oil and gas company to quickly respond to pipeline issues in rugged, remote locations. Connected lightning empowers one smart city to reduce crime rate and improve its residents’ quality of life. Even one’s personal space, such as the home, is becoming more connected with the use of #WEMO products and smart devices integration (those coming to #CES, you must see the Connected Home demo). This Digital Transformation, powered by 4G LTE, brings about considerable improvements in the ways we work, live, and play. Read More »
Tags: 4G LTE, Cisco, IoT, IWAN, mobile, wireless
The WAN: Then and Now
The Wide Area Network (WAN) has been at the foundation of enterprise networks for decades: responsible for connecting people, applications and data across a large number of locations. Traditionally, the WAN was relatively static and a “set it and forget it” configuration methodology was acceptable and effective. Management tools were simple and straightforward, yet limited. As an example, while studying for my Routing and Switching CCIE lab exam 15 years ago, I had to become proficient in command line interface, node-by-node configuration and WAN troubleshooting. In order to ensure timely completion of the exam, the use of notepad (scripts) and CLI shortcuts was imperative.
15 years later, many of us still manage our WAN’s in the same way: using text files, simple automation tools and scripting engines on a node-by-node basis. While this is reasonably effective on a small-scale network, similar to Metcalfe’s Law, the complexity of the network is equal to the number of nodes on the network, squared.
Today, application, cloud, security and other imperatives require the WAN to be dynamic and flexible to meet business needs. The agility and frequency of change the WAN requires is increasing exponentially. In addition, the price/performance of broadband relative to private lines (MPLS/Frame Relay) and the availability of cellular (3G/4G/LTE) has encouraged the adoption of hybrid architectures reducing cost, but increasing complexity. The business is asking IT to do more with less, leverage existing hardware to contain costs, support past and future applications, and be more agile. In order to keep up with these transitions and business requirements, the enterprise needs better tools. Read More »
Tags: Glue Networks, Gluware, IWAN, SDN, SDWAN