HawkEye360 to Deliver Large Data Files Over LEO Satellites using BitRipple Technology

Berkeley, CA (January 19, 2022) BitRipple Inc., an enabler of end-to-end delivery of data with ultra-low latency across all types of challenging network environments, today announced that its LT3™ is being deployed by HawkEye 360 to efficiently deliver large volumes of data over LEO satellites. The data may be delivered with no backchannel from the satellites to the ground units, enabling secure and reliable delivery.

“BitRipple’s technology enables large data packages to be transferred efficiently and error free from LEO satellites to ground units,” said Chris Gregory, Vice President of Engineering of HawkEye 360. “Even over unidirectional channels in extremely difficult network conditions, BitRipple can optimally deliver the data reliably and securely.”

BitRipple’s LT3™ intelligently transforms data into the digital equivalent of a liquid, thus eliminating the delivery limitations inherent in all networks, especially when large data volumes need to be delivered with ultra-low latency. LT3™ is deployed at the application layer with very low CPU and bandwidth overhead.

“HawkEye 360’s LEO satellite delivery is one of many applications for which BitRipple’s LT3™ technology is well suited,” said Mike Luby, CEO of BitRipple. “The ability of our technology to consistently and efficiently deliver latency sensitive volumetric data makes it critical to a variety of applications including LEO satellite delivery, immersive multiplayer gaming, and augmented/virtual reality over wireless networks.”

BitRipple technology is currently deployed by customers in government & defense, streaming video, automotive, space communications, and other industries where network limitations present significant challenges to user experience, efficiency, and security associated with data delivery. HawkEye 360 operates the first-of-its-kind commercial satellite constellation to map radio waves and deliver a new source of global knowledge based on radio frequency geospatial intelligence.