Today, marks an important milestone in the history of routing, as Cisco introduces ISR-AX (Integration Services Router Generation 2 with Application Experience) and redefines the role of the router as the application delivery platform.
Quintiles – a biopharmaceutical in Durham, North Carolina – has experienced, first-hand, the benefits of an application aware router. They have successful rolled out VDI to thousands of users globally with key services of ISR-AX, namely Cisco Wide Area Application Services (WAAS). With this solution, they have been able to onboard new acquisition employees within days instead of months, and dramatically increase productivity.
HDR – an Omaha, Nebraska-based architecture and construction firm – also relies on application services integrated on the router to guarantee application performance. HDR runs several mission-critical engineering applications worldwide, which are latency sensitive and transport over 10 terabyte files. They depend on the Cisco Application and Visibility (AVC) services available on the ISR-AX to provide a high quality of experience and resolve issues in a matter of minutes and minimize downtime. Read More »
Early this week, there was much buzz and speculation about how Cisco and Citrix will be doing business differently. The news was finally unveiled at Mark Templeton’s keynote, when he introduced Cisco CTO, Padmasree Warrior, and they jointly announced the expansion to the two companies’ current partnership on three strategic areas: cloud networking, cloud orchestration and mobile workstyles. Details are outlined in this press release.
Have you ever been behind the wheel of your car moving at 5 mph? Visualize this: as I wait patiently for my turn to merge onto Interstate 880 N, based on the honor system because there is no meter, a brightly colored Fiat rolls by on the left shoulder. A few seconds later, a Smart Car inches up and squeezes itself between my car and the narrow right shoulder passing me as well. The Smart Car has a bumper sticker that says “Please don’t hit me. I’m not sure about my coverage.” Hmm…
Now that you’re probably done giggling at my experience, let’s analyze the scenario above. Designing a network of highways takes a lot. A smart highway system not only reduces congestion and prevents collision, but also provides expedient information, such as signage and speed sensors, to improve driver response times. Civil engineers consider more than just current traffic and road conditions when they design highway systems. They also consider how to scale for the future, taking into account urbanization, seasonal factors, and future uncertainties such as mini cars. Sound familiar?
Many of the design and management considerations for an Internet wide area network—such as bandwidth management, application response time, and centralized control—are similar to highway system design.
WAN Optimization is an essential element of Cisco’s network-centric platform strategy, enabling key transitions such as data center consolidation, virtualization, cloud, virtual desktops and BYOD. Cisco is continuing to invest in the Wide Area Application Services (WAAS) portfolio to drive our strategy of integrating WAN Optimization into the network fabric to achieve unmatched scale, performance, and simplicity, while reducing overall customer TCO. The WAAS team is an integral part of Cisco’s Enterprise Networking Group to help achieve these goals.
Recent speculation that Cisco has dissolved its WAAS business is inaccurate. Cisco’s strategy to deliver WAAS pervasively as part of the Cisco WAN infrastructure remains unchanged.
Consistent with the strategy of providing application optimization as a key function of the network infrastructure, Cisco provides a broad portfolio of , and form factors. Strong alignment between the WAAS and Services Routing Group (SRG) product development teams has helped drive innovations such as with WAVE appliances for data centers, Cloud Services Routers with virtual WAAS for public clouds and highly scalable router-integrated form factors. Cisco accelerates a wide variety of applications including file, email, web, secure applications, SaaS, virtual desktops and cloud services.
When you go in for your annual exam, does your doctor enter notes on a laptop, send your prescriptions direct to the pharmacy, and make your lab results available online for your? Or does your doctor still pull out that bulging manila folder full of patient history notes, write prescriptions on paper using unintelligible handwriting, and wait days to get results for X-Rays or MRIs? There are incentives for going digital, but how many doctors do you know who have taken the plunge?
A recent national survey of healthcare workers found that adoption and meaningful use of Electronic Health Records (EHR) is significantly below expected. For the uninitiated, “meaningful use” is a term indicating doctors have an electronic health record system with the capability to take specific actions with the system. Examples of these actions include sending and tracking pharmacy prescriptions, getting drug interaction warnings, and sending clinical visit summaries to other clinics.
In hard numbers, the survey found that in 2011 only 11% of physicians were both intending to apply and had an EHR system with the capabilities needed for the meaningful use designation. This is surprising as there are financial incentives to get to meaningful use. A recent case study shows that getting the right infrastructure in place can dramatically aid physicians in this goal and get them the designation in a matter of months.