Studio-sampled mechanical switch acoustics driven by native macOS CoreAudio and Windows NAudio interrupts. Sub-3ms response, sub-18MB memory, 100% free and open source.
Experience switch acoustics and measure typing velocity in real time.
Can your ears identify mechanical switches by sound signature alone?
You possess remarkable acoustic pitch and resonance sensitivity for mechanical keyboard switches.
Zero Electron abstraction. Pre-allocated CoreAudio & NAudio ring buffers. Native OS interrupts.
Sub-3ms interrupt engine in Swift 6 & C# .NET 8. Low-level OS event taps trigger pre-allocated ring buffers with zero perceptible latency.
Physical key positions map in real-time across your headphone stereo soundstage, reproducing authentic physical depth for every keystroke.
Detects active microphone sessions from Zoom, Microsoft Teams, Slack, and Google Meet to silence typing clatter automatically.
Detects secure password input fields and instantly suppresses sound playback to prevent acoustic side-channel eavesdropping. Zero network calls.
A discreet visualizer inside your MacBook camera notch rendering active switch profiles, live typing WPM, and frequency spectrum.
100% free and open source. Native executables with zero bloat.
Native Swift 6 & CoreAudio. Supports Apple Silicon (M1–M4) and Intel Macs. Force Touch haptics & Notch HUD.
Native C# .NET 8 & NAudio. Portable standalone x64, zero installation loop, sub-20MB memory footprint.
Optimized for hardware keyboards and tablet covers. Ultra-low-latency native SoundPool audio pipeline.