New Architecture Leverages Machine Learning to Adapt to Network Conditions in Real-time
November 3, 2021
- Pixspan, Inc.
today announced that it has been awarded a patent for a novel transfer method that allows a customer to choose the speed and cost of delivering data across a network, much as they might make a choice of how they choose a trip on a ride-sharing app. This patent underscores Pixspan’s commitment to provide the fastest and most cost effective way of moving large amounts of data. The U.S. Patent and Trademark Office issue Pixspan US patent number 11,165,849, “Accelerated cloud data transfers using optimized file handling and a choice of speeds across heterogeneous network paths”.
This patent describes a system and methods that incorporate ways of accelerating data at user defined speeds and cost, across a network comprised of different elements. It uses machine learning to adapt the throughput of available circuits by more accurately establishing speeds and costs
Pixspan’s system dynamically chooses a network path and data handling based on the characteristics of the files being transferred and the size and compressibility of the files. The system works with all file types and sizes and has the unique ability to speed up standard uncompressed image file types, including camera raw, with its Bit Exact Round TripTM lossless compression.
“Customers in the media, space, and government areas are challenged with transferring growing amounts of data, the largest being image data, resulting from the ‘data explosion’. Increasingly, data is being routed between the cloud and edge devices over limited bandwidth paths. With its innovations, Pixspan helps customers realize quicker data availability with clearer images,” said Michael Rowny, CEO of Pixspan.
) provides the fastest and easiest data acceleration for moving large data files of any type and size on-premise and to, from, and within the Cloud, globally and on demand. Pixspan's software products accelerate and enhance Cloud and On-Premise workflows, offering unprecedented savings in time, storage and infrastructure costs.
Media and Information Contacts
Pixspan information: firstname.lastname@example.org