TechnologyFastSoft technology accelerates dynamic web sites, streaming video, virtualized desktops, and file downloads by combining intelligent window sizing and smart congestion control to reduce the effects of latency. Our patented core technology, FastTCP®, was developed at the California Institute of Technology and consistently outperforms other TCP stacks.
How It WorksThree algorithms work togetherFastTCP® dynamically adjusts data transfer rates to match congestion levels Dynamic Window SizingFastStart
HyperBurst
Intelligent Congestion ControlFastTCP
The Need for SpeedFastSoft technology increases productivity by utilizing bandwidth more efficiently Website delays negatively impact user behavior Web users respond to speed FastTCP®The predominate Internet transmission protocol, Transmission Control Protocol (TCP), carries more than 90% of all Internet traffic worldwide. But as traffic continues to grow exponentially in both volume and in size, TCP is causing severe bottlenecks, particularly for quality-sensitive content like video and delay-sensitive activities like remote desktop and web downloads. FastSoft’s patented FastTCP technique updates TCP, adding intelligence that makes the throttling of traffic more efficient. The result: accelerated transfer speeds of 30% to 500% and higher – from a centralized solution requiring no technology at the endpoints. By increasing transfer speeds without requiring additional bandwidth or POPs around the world, FastTCP makes the Internet highly cost-effective for delivering video and other digital content on demand, anywhere in the world. No technology is required on the receiving side whatsoever, nor is any tweaking of content, servers or applications needed where content resides. FastTCP is the only centralized, single-sided acceleration approach that speeds content across the first and last mile as well as through the cloud. This groundbreaking technology has been used to set world records at the Supercomputing Bandwidth Challenge for the past four years. In 2005, FastTCP™ achieved a sustained throughput of 101 Gbps, fast enough to transmit the entire contents of the Library of Congress in 15 minutes. |