Today, there is lots of buzz around the big news from Cisco and our ecosystem partners with the launch of next generation VXI validated solutions. If you missed our launch event, you can still get all the details online via our community.
Pretty cool but, why is virtualization important for government agencies?
cost control, more than ever government agencies are focused on strategies to improve operational efficiency and reduce costs
flexibilty, allow government workers ability to work in different workplaces, from city hall to public works, with choices of different combinations of virtual desktops, voice, and video devices including latest smartphones, tablets, and Cisco Virtualization Experience Clients (VXC)
security, better security and control of information in the data center rather than distributed endpoints and with the ”bring your own device” (BYOD) to work phenomenon, security is more critical than ever
uncompromised, helping government agencies achieve mission objectives without compromising cost or resilience mandates
Innovative managed ISR G2 marketing with crowdsourcing platform jovoto
The ISR G2 is one of Cisco’s most versatile products -- it delivers next generation WAN and network services, enables the cost-effective delivery of high-definition video and collaboration, and provides the secure transition to the next generation of cloud and virtualized network services.
Cisco has teamed withjovotoon an innovative marketing initiative to develop creative yet focused campaign concepts for managed ISR G2. jovoto is an online collaboration platform that delivers creative collective intelligence and builds on the concept of co collaboration with its global community. It establishes a sustainable partnership between brands that seek ideas and creative idea-driven individuals and communities.
Launching on August 23, Cisco and jovoto will run a six week contest to challenge the jovoto community to create concepts that communicate a compelling value proposition for the ISR G2. Anyone can submit new ideas, review the submissions, and provide feedback and comments to make them even better. There are prizes for the top ideas and for the highest ‘karma’ points -- the most active participants who comment and help shape these ideas.
We want YOU! Are you a designer with amazing ideas for how to turn the ISR G2 value proposition into an great marketing campaign? Submit an idea (or five)! Are you an IT professional who we’d want to hook? Give your candid feedback and tell us if these ideas would get you to think about ISR G2.
As organizations look to improve operations through centralized control, they often need to take into account what would happen if an area of the network fails. In many cases, having a centralized controller-based wireless architecture in organizations with multiple branch offices has prompted the question, “What happens if the WAN is slow, or even worse, goes down?”
Many organizations have been reluctant to implement a centralized wireless controller located in the data center or private cloud due to this concern. Without centralized control, these organizations have two deployment strategies available to them:
Implement wireless controllers at each branch site. This approach is perfectly fine for an organization with many Access Points per branch, or those that require high throughput for applications such as Video. However, many branches only require a few Access Points per location or require simple applications such as bar-code scanning and printing. For these organizations, local controllers become less cost effective, with the capital expense becoming prohibitive.
Implement access points running in autonomous mode. This approach eliminates the benefits of having any kind of centralized control such as the ability to centrally configure wireless policy and security setting on access points, WIPS capabilities and advanced mobility services like CleanAir, leaving the branch vulnerable and opening the corporate network to attacks.
A common discussion I hear a lot is around how to ensure application performance when accessed remotely over WAN from a centralized data center. At the same time, efficiently utilizing the limited network bandwidth available is key to customers. Cisco WAAS solution can help achieve both these objectives in a cost efficient way.
WAAS (Wide Area Application Services) is Cisco’s WAN optimization solution that helps accelerate enterprise applications delivery and data transfer in cloud. The key benefits that Cisco WAAS solution provides for enterprise applications are:
Improving end user experience for the global workforce accessing enterprise applications in private/virtual private clouds, resulting in enhanced productivity.
Improving efficiency (reduced bandwidth requirements/time) for remote replication of the enterprise application data to the DR site are
The requirement for optimizing WAN traffic becomes even more critical as customers continue to adopt data center virtualization and private/hybrid cloud to run their most demanding applications.
Deployment flexibility/options with Cisco WAAS
Cisco WAAS offers multiple deployment options (both physical and virtualized), and can easily plug into different architectures across your datacenter/private cloud, virtual private cloud at service provider, remote/branch offices, Backup/DR site, and mobile workforce. The picture below shows the different deployment options available with Cisco WAAS.