Florida-based tech firm Reticulate Micro has delivered its VAST video encoding and compression platform to the US Army, which marks a significant milestone in military technology innovation. VAST, designed for use over diverse and often unreliable networks at the tactical edge, enables vehicle and drone autonomy by providing ultra-low latency, strong security, low SWaP-C (Size, Weight, Power, and Cost), and advanced encoding and compression capabilities. This platform can stream video in real-time over bandwidth-limited networks without compromising visual quality, and it supports formats up to 8k or as low as 10kbps while eliminating the need for servers or GPU hardware.
The innovative VAST technology is poised to revolutionize military operations, particularly in scenarios requiring high-quality streaming video for autonomous vehicles and drones. Feedback from early users within the military has been overwhelmingly positive, highlighting VAST’s capacity to facilitate video streaming over previously inaccessible networks, significantly enhancing operational capabilities at the tactical edge. The low latency and strong security features offered by the platform are particularly crucial for the military, where even milliseconds of delay can be critical. Furthermore, the low SWaP-C design ensures that the platform integrates seamlessly into the compact and power-efficient devices often used in the field.
Expanding Communication Capabilities
Reticulate Micro, a tech company based in Florida, has recently delivered its groundbreaking VAST video encoding and compression platform to the US Army, marking a pivotal advancement in military technology. The VAST system is specifically tailored for use over diverse and often unreliable networks at the tactical edge, thus enabling vehicle and drone autonomy. It delivers ultra-low latency, robust security, and advanced encoding capabilities while maintaining a low Size, Weight, Power, and Cost (SWaP-C) profile. Remarkably, this platform can stream high-quality video in real-time on bandwidth-limited networks, supporting formats from 8k to as low as 10kbps, without needing servers or GPU hardware.
This cutting-edge VAST technology is set to transform military operations, especially where high-quality video streaming for autonomous vehicles and drones is essential. Early military users have given positive feedback, emphasizing VAST’s ability to stream video over previously inaccessible networks, thus greatly enhancing tactical edge capabilities. The platform’s low latency and robust security features are critical in military contexts, where even milliseconds of delay are consequential. Additionally, its low SWaP-C design ensures it seamlessly integrates into compact, power-efficient field devices.
