The DevNet team is busy gearing up for DevNet at Cisco Live in San Francisco on May 18-22. It’s just 2 days away… Yikes! I just got off a call with the DevNet team and you can imagine the excitement and nervousness in the air as we’re in the final days of preparation. We’ll have awesome hands-on labs, a 24 hour hackathon, and theater presentations on lots of fun topics. There will be a lot for developers to do with software-defined networking (APIC EM and onePK), location-aware wireless (Connected Mobile Experience CMX), Internet of Things (IOx), Collaboration (Jabber Guest), network topology UI (NeXt), and data center (UCS director). I know that’s a lot of acronyms, so I’ll write more about these next week. But, I wanted to quickly tell you about another innovation that we will be showing publicly for the first time at Cisco Live!
While my DevNet team is working hard, my Innovation team is busy gearing up for Cisco Live too. We’ll be showing an innovation project that we’ve been quietly working on for the last two years which just got some press in eWeek and in Silicon Valley Business Journal.
Our innovation project is on Augmented Collaboration, which is a user experience innovation and technology innovation around next-generation collaboration. You probably know of Cisco’s TelePresence, WebEx, and Unified Communications products and hopefully you’ve used them. I’m a huge fan of immersive video collaboration and I’ve built teams across the oceans using this technology. Augmented Collaboration is an exploration on “what’s next” in collaboration. Read More »
The long awaited Cisco Live in San Francisco is only four days away. There is a lot in store for our customers including hundreds of technical sessions, keynotes from executives and industry guests, product and solutions demos at World of Solutions and more.
One of the most important topics, in my opinion, that I believe you should tune into is on Intelligent WAN. As you come to Cisco Live and are exploring various technologies that will help your organization scale and grow for the next 3-5 years, what element is most crucial? How about the branches and stores throughout the city, country or world that is growing rapidly, not just in terms of sheer count but also by size? The number of employees working there is growing; the number of customer engagements is increasing; and the number and type of users are exploding. You need an intelligent WAN that can adjust to the demand, meet the high user expectations and be the foundation of innovation needed at the branch.
To learn more about Cisco Intelligent WAN, please join us for the following activities. We would love to hear your feedback on how Intelligent WAN can help your business and IT organization. Read More »
Tags: #CLUS, Akamai, Cisco Live! 2014, Intelligent WAN, IWAN
The World energy demand will be 41% higher in 2035 with India and China accounting for half the growth.
The development of renewable energy sources ranks as a key responsibility for the top economies in the world. India, as one of the top 5 emitters of greenhouse gasses, has prioritized the development of renewable energy resources.
Read More on how this Indian agency deployed a network that promotes energy conservation below.
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Tags: Cisco, Green, innovation, midmarket, midsize business, network, renewable energy, security, small business, technology, unified communications
The seemingly endless demand for Cloud Services is driving the need for more data center capacity. This trend is also driving the need for greater bandwidth and intelligent networks for users to access these Cloud services. It is not just Enterprises driving demand for data center capacity from companies like Salesforce.com or Amazon Web Services by using public Cloud services. Social media companies like Facebook, Google and Yahoo are expanding their own data centers to meet escalating user growth. So how are companies going to change their data center infrastructure to meet this growing demand?
From an Enterprise perspective, the Cloud business model is too compelling to ignore. The Cloud offers an elastic model that allows infrastructure capacity to be increased and decreased on demand. The Cloud’s usage-based model helps enterprises increase business agility and reduce costs by reducing or eliminating the need for their own data center infrastructure. Despite all the benefits, some enterprises have been cautious about moving to the Cloud because of concerns about availability, security, and application performance.
So how can Cloud Service Providers convince Enterprises that their Cloud services address these concerns? By ensuring that the Cloud provider infrastructure -- that includes servers, networking equipment, applications, and services -- are highly available, secure, tightly interconnected and offer excellent application performance. This will enable the Cloud providers to further differentiate their services from other providers and monetize the cloud based revenue opportunity. It is important to note that some Enterprises are also offering their own Cloud services to create new revenue streams. Apple’s iCloud is a perfect example for an Enterprise delivering cloud services from their own data centers or private cloud.
So how will Enterprises and Service Providers deliver scalable, secure and optimized applications from the Cloud? The evolution of networking infrastructure to meet these demands is commonly referred to as IP next-generation networks (IP-NGN). The IP NGN provides the network infrastructure that connects users and enterprises to the Cloud with high-availability, leveraging cloud resources across geographically distributed data centers using Cisco’s data center interconnect (DCI) technologies.
Cisco first addressed this trend with the Cisco 7200 Series of routers, however with the growing demand for bandwidth it soon became necessary to develop a new platform that could handle multiple services, with higher availability, higher throughput, enhanced security and an optimized application experience. The new platform was the Cisco Aggregation Services Router 1000 Series . Both Enterprises and Service Providers have embraced the ASR 1000 across the globe and demand has driven the need for different sizes of ASR 1000 platform with different throughputs and port density without compromising on the ASR 1000 core values.
Tags: asr, asr 1000, ASR 1000 Series, cloud, DCI, Enterprise, IP NGN, Service Provider
Traditional network design dictated that each branch was connected to headquarters or the datacenter where mission critical applications were hosted with dedicated and redundant connections. These Wide Area Network (WAN) connections were typically MPLS circuits that came with service level agreements that guaranteed quality. Typically, there were two circuits to provide fail-over capabilities – the secondary line is commonly an underused or unused safety net. It worked well, it was expensive and it was the cost of doing business for companies dependent on a global reach or being closer to the customer.
With new applications, device proliferation and cloud destined traffic patterns, companies are being forced to rethink the efficiency of this old model. In today’s use cases, branches are simply exceeding the capabilities of these traditional connections and new technology makes moot paying the premium for point-to-point dedicated lines.
In fact, Tech Target findings note that 80% percent of a company’s staff reside in a branch or satellite office environment. This new paradigm completely upturns the traditional thinking of budgeting the majority of your traffic within a LAN and only reserving the WAN for incidental traffic. Furthermore, backhauling cloud and guest traffic over expensive MPLS pipes, only to then send it to the Internet creates unnecessary expense and latency. And as traffic volumes explode with cloud, video and other apps, costs for dedicated MPLS lines skyrocket and the user experience suffers. For many global companies, relying solely on MPLS lines has simply become an unsustainable model.
With the Internet’s significant evolution in terms of performance and reliability in the last 10 years, it now holds the potential for the most efficient and effective path for the oncoming flood of data. Read More »