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SaraniaSat Inc. is developing its HEMI solution which is a High-Performance Edge Computing Solution for Multimodal Sensing to Counter Drone Swarm Threats. A very hard problem that HEMI addresses is the Identification and Tracking of Individual Drones within a Swarm. Currently, Single Sensing Modalities such as Radar are expensive and subject to High False Positives (Misidentified Targets) and High False Negatives (Missed Targets) when attempting to track individual drones within a swarm.
SaraniaSat is the only company specializing in developing the HEMI solution for robustly identifying and tracking drone swarms via rapid multimodal sensing and analysis. HEMI’s Multimodal Sensing combines the inputs of multiple, optical, acoustic, event and multispectral sensors that are fused and rapidly processed with our advanced Deep Learning Algorithms on High Performance Edge Computers. In the current Asymmetric Warfare doctrine, the risk of deploying a swarm of low-cost attack drones is far lower than the risk of using conventional, expensive military hardware. Thus, the HEMI solution is cost-effective and far superior to the existing state of the art techniques in effectively countering asymmetric drone swarm threats. We are a small, agile team that can rapidly adapt our HEMI solution to the specific needs of our military customers.
Hello everyone, Sironia SAT is developing a HEMI solution which is a high performance edge computing solution for multimodal sensing to counter drone swarm threats. A very hard problem that Hemi addresses is the identification and tracking of individual drones within a swarm. Currently, single sensing modalities such as radar are expensive and subject to high false positives and high false negatives when attempting to track individual drones within a swarm. Sarnia SAT is the only company specializing in developing the heavy solution for robustly identifying and tracking drone swarms via rapid multimodal sensing and analysis. Henry's Multimodal Sensing combines the inputs of multiple optical, acoustic, event and multispectral sensors that are fused and rapidly processed with our advanced deep learning algorithms on high performance edge computers. In the current asymmetric warfare doctrine, the risk of deploying a swarm of low-cost attack drones is far lower than the risk of using conventional expensive military hardware. Does the heavy solution is cost effective and far superior to the existing state-of-the-art techniques in effectively countering asymmetric drone swarm threats? We are a small, agile team that can rapidly adapt our HEMI solution to the specific needs of our military customers. We look forward to hearing from you soon.
