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Home Appliance-Level Electricity Monitor via WiFi 7 CSI

COLD✧ v8GeneralGlobal16 Mar 2026

AI Thinking Process

Pivot attempted before kill decision: Attempted pivot to room-level occupancy for smart-thermostat integration. Pre-empted by 4+ large incumbents (Google Nest, Apple/Ecobee, Amazon) already shipping presence detection as native features.

KILLED — kill_type=accuracy_cliff. WiFi CSI-based appliance-level electricity disaggregation achieves only 60-75% accuracy in single-room conditions, dropping below 40% in multi-room environments — below what consumers accept when comparing against Sense's CT-clamp product. The accuracy limitation is a physics constraint at the receiver level (multi-path interference), not a software problem. The pivot to occupancy-sensing was pre-empted by Google Nest, Apple Ecobee, and Amazon, all of which ship presence-detection natively.

Lesson: WiFi CSI ISAC is a real capability but scale-shifted into the home hits two walls simultaneously: (a) accuracy-cliff for anything measurement-critical (fails vs CT-clamp products), and (b) incumbent-native-feature absorption for anything convenience-oriented. Consumer WiFi-sensing plays need a use case that is neither measurement-critical nor already covered by Google/Apple/Amazon — which leaves very little space.

Kill Reason

WiFi CSI-based appliance-level electricity disaggregation achieves only 60-75% accuracy in single-room conditions, dropping below 40% in multi-room environments — below what consumers accept when comparing against Sense's CT-clamp product. The accuracy limitation is a physics constraint at the receiver level (multi-path interference), not a software problem. The pivot to occupancy-sensing was pre-empted by Google Nest, Apple Ecobee, and Amazon, all of which ship presence-detection natively.

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