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Increasing Enterprise Application Performance with Route Optimization

  • Increasing Enterprise Application Performance with Route Optimization-

    The Importance of Performance

    Many mission-critical applications in use by enterprises today, such as Big Data analytics platforms, financial trading applications, SaaS-based services, retail, ecommerce, and online gaming applications, hosting environments, and video collaboration tools, can falter noticeably with latency, which can lead to lost revenue and productivity, as well as frustrated customers.

    Just two seconds of delay in website performance means 4 percent fewer customer conversions, according to an Aberdeen Group report, "Optimizing the Performance of Web Applications." Additionally, a Compuware survey conducted by Vanson Bourne revealed that 58 percent of enterprises are slowing their adoption of cloud-based applications because of performance concerns.

    Poor performance, latency and jitter can have even more drastic consequences for cutting-edge technologies — for example, in fields like telesurgery, where even a millisecond of lag would be extremely dangerous.

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Increasing Enterprise Application Performance with Route Optimization

  • 1 | 2 | 3 | 4 | 5 | 6
  • Increasing Enterprise Application Performance with Route Optimization-2

    The Importance of Performance

    Many mission-critical applications in use by enterprises today, such as Big Data analytics platforms, financial trading applications, SaaS-based services, retail, ecommerce, and online gaming applications, hosting environments, and video collaboration tools, can falter noticeably with latency, which can lead to lost revenue and productivity, as well as frustrated customers.

    Just two seconds of delay in website performance means 4 percent fewer customer conversions, according to an Aberdeen Group report, "Optimizing the Performance of Web Applications." Additionally, a Compuware survey conducted by Vanson Bourne revealed that 58 percent of enterprises are slowing their adoption of cloud-based applications because of performance concerns.

    Poor performance, latency and jitter can have even more drastic consequences for cutting-edge technologies — for example, in fields like telesurgery, where even a millisecond of lag would be extremely dangerous.

For enterprises in performance-intensive industries, the ability to ensure fast, uninterrupted access and availability for key applications and content is critical. Disruptions and lags can impact everything from business performance and revenues to customer loyalty and satisfaction. This is why tens of thousands of enterprises are running multi-homed (aka "multi-carrier") networks — to try to increase the likelihood of better speed and availability for their business-critical apps. The problem is, manual management of multiple carrier networks is complex, costly and time consuming.

The next step for these enterprises is to overcome the inherent performance limitations of the Internet's “best effort” standard routing technology, Border Gateway Protocol (BGP). Both software-defined WAN and route optimization use software to improve routing decisions across a wide area network. As a core component of an SD-WAN framework, route optimization simplifies network management and ultimately maximizes reliability, availability and performance. In this slideshow, global hosting provider Internap walks through the shortcomings of BGP, the ways route optimization can lead to better-performing applications, and the use cases that can benefit most from this switch.