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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.

If you have unpredictable, dramatic increases in traffic, the company''s network is highly scalable for even the heaviest of traffic loads, and easily handles spikes in demand. To deliver a complete streaming solution, partners with leading providers of media production, encoding, sponsorship and syndication, ad insertion, site development, and audience profiling services. What Can You Do With Streaming? With Streaming services, you can easily deliver based seminars, on-demand training, product launches, shareholder meetings, corporate communications, sporting events, and entertainment. You can engage your audience with audio/video, synchronized slides, live links, and polling. You can also share information with audiences anywhere in the world. And you can do all of this at significantly lower cost than traditional methods of communication. Traffic Balancer service provides global for distributed It intelligently routes client requests to the fastest available customer site, immediately bypassing overloaded or failed sites to overcome network congestion and site outages, thus maximizing performance and availability.