Low-SWaP Distributed Sensing with On-Device Edge AI
AI Overview
The Army is seeking low-power, miniaturized distributed microsensors that detect chemical, biological, and environmental signals using on-device AI, reporting actionable insights instead of raw data. The technology targets dual-use applications in environmental monitoring, public health, agriculture, and critical infrastructure safety.
This summary is AI-generated from the official solicitation.
Key Details
Official Description
VTCS-02 Low-SWaP Distributed Sensing with On-Device Edge AI Advance low size, weight, and power (SWaP) distributed microsensors that detect and characterize chemical, biological, and environmental signals with on-device edge AI, operating with minimal infrastructure and reporting actionable information rather than raw data. In scope Miniaturized sensing modalities for chemical, biological, and environmental targets On-device inference, classification, and anomaly detection Low-power networking a...
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Low-SWaP Distributed Sensing with On-Device Edge AI
New opportunity: Low-SWaP Distributed Sensing with On-Device Edge AI
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