CURE
CURE™ is a few-shot training, full-stack, software application framework supported by an IVAI kernel enabling real-time processing of signals and waveforms on premises and at the edge.
CURE Use Cases
ISR Data Optimization
& Transmission
Spectrum Intelligence
Autonomous Vehicles
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Wars are now being waged in the electromagnetic spectrum. DoD has data from millions of endpoints to process, but any solution must operate without any new or proprietary hardware and with zero cloud connectivity.
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Electronic warfare experts can train, install, and update CURE serverless software applications on any device—from wearable antennae to satellites and drones. With the identification and classification of wideband spectrum activities and devices, CURE applications can detect what devices are doing in real time.
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Enormous amounts of waveform data are captured by ISR assets—too much to transmit efficiently—resulting in risky and costly latency in intelligence gathering.
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Intelligence experts can train, install, and update CURE applications on any ISR device—anywhere—to filter any type of signal or waveform and determine its relevance before transmitting it. Filtering greatly reduces the amount of data to be transmitted and collapses the latency gap between data capture and actionable intelligence.
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UxVs platforms operate in contested environments where neural nets are not practical and cloud connectivity is unavailable. Current neural net approaches to autonomous vehicle navigation continue to struggle with attempts to spoof and disrupt.
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UxV operators can train, install, and update CURE applications on any autonomous device to support their mission—including performance monitoring, intelligence collection, navigation, and targeting.
Experts can use CURE applications as a complement to neural-net navigation applications—countering nefarious spoofing and disruption and avoiding the delays, costs, and risks of retraining.
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