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| report:intro [2026/05/13 20:30] – [Requirements] epsatisep | report:intro [2026/05/26 15:21] (current) – [Tests] team3 | ||
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| ==== Tests ==== | ==== Tests ==== | ||
| + | Before TRAQUA can be successfully deployed, it is essential to ensure that the entire smart water bottle system operates reliably and safely. This requires structured testing at every stage—from the physical sensors up to the mobile application —to catch bugs early and guarantee a seamless user experience. | ||
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| + | Our testing focus centers on these key areas: | ||
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| + | * Water-Quality Classification & States: The core of TRAQUA is its ability to accurately classify water safety into states (Safe, Warning, Unsafe, or Unknown) based on pH, TDS, and temperature readings. We test this full chain to ensure the physical bottle and the app always display the correct safety verdict. | ||
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| + | * Fail-Safe Interlocks (UVC Light): For user safety, the UVC disinfection light must never turn on unless the bottle is fully closed. We strictly test the magnetic reed switch connection to ensure the light safely deactivates if the interlock isn't met. | ||
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| + | * Bluetooth (BLE) Connection Reliability: | ||
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| + | * Handling Bad Sensor Data: If a sensor sends corrupted data or disconnects, | ||
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| + | * Hydration Tracking Accuracy: To ensure consumer features work perfectly, we test the bottle' | ||
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| + | * Component & Interface Performance: | ||
| ==== Report Structure ==== | ==== Report Structure ==== | ||
| <WRAP round box 400px> | <WRAP round box 400px> | ||