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With a dedicated worldwide network of strategically located traffic managers and network probes, Traffic Balancer makes its decisions based on pre-set policies and real-time network, server, and application health criteria such as network latency, link-to-link outages, packet loss, CPU utilization, application functionality and others. In the event of an origin site failure, it "fails over" gracefully to the remaining origin sites without overloading them. Every user request is delivered with high performance and 100% availability! In today''s competitive e-marketplace, 100% availability is critical. outages mean lost orders, lost productivity, and lost customers--and can cost millions of dollars an hour for heavy transaction sites. Yet sometimes, due to scheduled maintenance, security breach, network problems or other unexpected failures, your site can go down. The service will make sure that a failed doesn''t take your presence "off the air," costing you lost revenues and customer dissatisfaction. the company''s service provides backup web servers to automatically take over when your fails, ensuring your presence always remains available.

On-Demand Streaming service also compiles a complete set of logs to help you analyze the popularity of your content and target your worldwide marketing efforts more effectively. These logs can be accessed in real-time from SpeedEye. How Does it Work? approach of pre-populating the edge servers with your complete streaming file ensures that no user gets a "cache miss," and every user receives a high-quality stream. Because our customers'' streams don''t have to travel across the congested backbone of the Internet, we can deliver great media, without dropped frames, fuzzy images, or jerky delivery. Other providers use a caching approach, where media files are only downloaded to edge servers when they are requested - producing cache misses and degraded quality. Worse, it require several cache hits before a large streaming file is fully transferred to the edge caches, meaning that a large number of users accessing the distributed caching system will experience very poor quality.