• Cisco Video Surveillance helps public sector organizations transform the way they protect people, property and critical infrastructure
o Urban security, city surveillance, national security, critical infrastructure, and large public events
o Disaster recovery and first responder
o Safe and secure colleges and universities
• Hyper-scalable (tens of thousands of cameras), hyper-flexible
• Rapid provisioning from 8 weeks to 15 minutes
• Reduced infrastructure costs, faster disaster recovery and deployment, reduced staffing needs and cooling costs
• Improved performance, scalability, agility and manageability
“If there’s one reason we have done better than of our peers in the Internet space over the last six years, it is because we have focused like a laser on customer experience, and that really does matter, I think, in any business. It certainly matters online, where word of mouth is so very, very powerful.”Jeff Bezos
In today’s business climate, any sector that has doubled revenues in the past five years is considered a wonderful outlier to the economic norm – particularly in an industry as big as fashion retailing. How are they doing it? By changing the business model and selling more on-line. In fact, according to the Telegraph, over one third of all consumers have purchased clothing over the Internet in the past year, a 26% increase over the previous one.
So how can savvy retailers build on this momentum and do it again? By taking the on-line experience to the next level. Here’s one likely future of shopping experience solution. And you can see it only at Cisco Live! July 10-14 in Las Vegas:
Imagine being able to shop virtually from anywhere much more quickly and efficiently. No more crowded, clunky dressing rooms, or trawling racks of jumbled clothes in a sprawling megastore. No more changing ten times to find the perfect color combination. Simply scroll through the menu to see an unlimited amount of inventory in one place, and see how it looks on you virtually using the latest augmented reality and network technology.
With an ever growing mobile and distributed workforce, application developers are being tasked to develop applications that can also be remotely accessed by this global workforce. Application developers, with a very basic understanding of networking, assume the network has no boundaries and applications perform optimally regardless of the mode of access. At the same time, cloud computing is enabling applications to be consolidated into centralized and virtualized data centers, further increasing the distance from where the applications are being accessed. Network architects are also being challenged with current network designs for this application deployment and delivery model. The available bandwidth is being taxed as the ever growing applications portfolio competes for network resources to provide a satisfying user experience across the network without boundaries. This application delivery model also demands capabilities for better visibility and control, WAN optimization, and agility of the network to rapidly deploy and manage enterprise applications.
The Cisco Application Velocity solution addresses all the challenges associated with the delivery and consumption of enterprise applications over the network without boundaries. It is one of the five services in Cisco’s Borderless Network Architecture and is composed of innovative Cisco technologies that help IT professionals meet or exceed business SLAs, maximize user experience, optimize resource utilization, and increase reliability and user expectations.
In my earlier blog, I introduced the concept of Application Velocity and how Cisco is addressing the application performance issue as a holistic approach under Borderless Networks Architecture. I touched upon one of the key components – Visibility – under this concept and the need for it.
Let’s focus on the other two components under Application Velocity starting with Optimization…
Optimization: The second component to Application Velocity addresses the traditional role of application and network optimization. This includes compression, caching and protocol optimizations like Wide Area Application Services (WAAS) as well as quality of service (QoS) based controls to deliver speedier responses to endpoints.