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--- report:intro [2026/04/22 19:41] – [Requirements] epsatisep
+++ report:intro [2026/05/26 15:21] (current) – [Tests] team3
@@ Line 119: / Line 119: @@
 **General Requirements**
   * Budget Constraints: The team has a total budget of 100 €. That budget should not be exceeded. Priority is given to hardware pieces to have more precise data.
-  * Adopt the International System of Units (SI) <color #ed1c24>[cite reference]</color>.
+  * Adopt the International System of Units (SI) <color #ed1c24>[(Tayler)].
-  * All electronic components shall comply with Directive 2011/65/EU (RoHS), restricting hazardous substances <color #ed1c24>[cite reference]</color>.
+  * All electronic components shall comply with Directive 2011/65/EU (RoHS), restricting hazardous substances [(EU2011)].
-  * Wireless communication modules shall comply with Directive 2014/53/EU (RED) <color #ed1c24>[cite reference]</color>.
+  * Wireless communication modules shall comply with Directive 2014/53/EU (RED) [(EU2022)].
   * Other aspects like the EMDC and LVD must also be complied.
@@ Line 132: / Line 132: @@
   * The application shall display the user’s cumulative water intake for the current day in millilitres (ml)
   * Track water intake, minerals in water and other useful data for the user
-  * Personal data collection and processing shall comply with Regulation (EU) 2016/679 GDPR <color #ed1c24>[cite reference]</color>
+  * Personal data collection and processing shall comply with Regulation (EU) 2016/679 GDPR  [(EU2018)]
 **Sustainability requirements**
@@ Line 150: / Line 150: @@
 ==== 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.
+Our testing focus centers on these key areas:
+  * 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.
+  * 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.
+  * Bluetooth (BLE) Connection Reliability: We need to verify that the ESP32 firmware and the React Native app communicate without a hitch. This includes testing how the app handles poor signal, packet loss, and automatic reconnection if the connection drops.
+  * Handling Bad Sensor Data: If a sensor sends corrupted data or disconnects, the system must handle it gracefully. We test "Unknown" states using simulated poor readings to make sure the app fails safe rather than showing outdated, dangerous data.
+  * Hydration Tracking Accuracy: To ensure consumer features work perfectly, we test the bottle's ability to detect actual drinking events, update daily goal progress, and accurately trigger the 12-hour idle reset logic.
+  * Component & Interface Performance: Using physical hardware (like the ESP32, OLED screen, and status LEDs) alongside frontend validation, we test to ensure that on-device alerts match the application's interface feedback instantly.
 ==== Report Structure ====
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