Test 1

Prompt

I'm designing a wearable device that detects and mitigates motion sickness in real-time using motion sensors and a feedback mechanism (haptic or visual cues). Requirement A: Sensor and feedback architecture optimized for detection accuracy and response latency — sub-100ms from onset detection to feedback trigger. Requirement B: The full device must run 12+ hours continuously on a coin-cell-sized battery (roughly 40-60mAh). Propose the sensor and feedback architecture. Do not just satisfy both requirements as if they're independent — explicitly identify where they conflict, quantify the conflict if you can (e.g., power draw of the sensor/sampling rate needed for sub-100ms detection vs. what a coin cell can sustain for 12 hours), and tell me what you'd actually sacrifice to resolve it. If you don't think they conflict, defend that explicitly rather than silently proposing a design that ignores the tension."