Water Eject Speaker Cleaner by TRN presents itself as a utility solution for Android users experiencing compromised audio quality due to speaker blockages. The application operates on the principle of emitting specific low-frequency sound waves that theoretically displace water particles and dislodge debris from speaker grilles. This approach mirrors similar functionality found in built-in speaker cleaning features on some premium smartphones, packaged here as a standalone utility. The core functionality centers on an automated scanning and cleaning process activated through a single-tap interface. Users initiate a scanning process that purportedly detects moisture or debris, followed by a cleaning cycle emitting sustained low-frequency tones. The application additionally includes a manual mode for extended cleaning cycles and features basic audio enhancement tools that claim to boost volume output through software-based amplification. These functions are presented through a minimalist interface with visual feedback indicating cleaning progress. User experience reveals an extremely simplified interface with prominent central activation button and minimal configuration options. The application requires no special permissions beyond audio playback capabilities, reducing privacy concerns. Real-world usage patterns indicate most users employ the application reactively after liquid exposure incidents rather than as a preventive maintenance tool. The cleaning cycles typically last 15-30 seconds with visual indicators showing waveform animations during operation. Available user feedback shows polarized experiences, though the limited review sample makes comprehensive analysis challenging. Multiple identical five-star reviews from user Roman on June 11, 2025, consistently state initial skepticism followed by positive results: 'at first I didn't think it would work but then I tried it and it was amazing it worked so well.' The repetition of identical reviews from a single user within the same timestamp raises questions about feedback authenticity and limits objective assessment of real-world performance. The application's effectiveness remains scientifically unverified, as low-frequency sound waves may have limited physical impact on water displacement in small speaker enclosures. While the concept has theoretical merit, actual performance likely varies significantly based on water volume, speaker design, and obstruction type. The application serves as a harmless attempt at non-invasive cleaning but cannot replace proper drying techniques or professional repair for significant water damage. Its utility appears most relevant for minor moisture incidents where users seek immediate intervention before employing more reliable drying methods.