Attunes. Tune Your Mind
Neural State Instrument

About Attunes. Tune Your Mind
Introduction to Attunes. Tune Your Mind
Attunes is a native iOS application designed to support neural state modulation through real-time generation of binaural beats and multimodal sensory guidance. It targets users seeking evidence-informed, privacy-preserving tools for cognitive regulation—including professionals requiring sustained focus, individuals managing stress or sleep disruption, and practitioners of mindfulness or biofeedback. Unlike conventional meditation or wellness apps, Attunes operates entirely on-device without cloud dependency, eliminating data transmission and third-party tracking.
The application implements eight distinct neural tuning protocols grounded in established neurophysiological frequency bands. Each protocol corresponds to a specific cognitive or physiological state, such as Beta (14 Hz) for logical concentration or Delta (2 Hz) for deep restorative sleep. Its design emphasizes clinical simplicity: no narrative content, minimal interface elements, and immediate usability upon session initiation.
Key Takeaways
- Real-time binaural beat synthesis using on-device digital signal processing (DSP), with no pre-recorded audio files
- Local-only operation: all audio generation, haptic feedback, and visualization occur entirely on the iOS device—no network connection required
- Haptic breathing guidance delivered via CoreHaptics, providing rhythmic tactile cues synchronized to respiratory pacing
- GPU-accelerated visualizations dynamically synced to the active neural protocol’s frequency and phase characteristics
- Eight science-aligned protocols: Focus (Beta 14 Hz), Calm (Alpha 10 Hz), Sleep (Delta 2 Hz), Balance (SMR 12 Hz), Flow (Theta 6 Hz), Clarity (Gamma 40 Hz), Center (Theta 7.83 Hz), Energy (Beta 25 Hz)
- Stereo headphone requirement for horizontal phase shifting essential to binaural beat perception
- Zero-latency operation enabled by native iOS implementation and offline-first architecture
How Attunes Works
Attunes begins with protocol selection—users choose a target neural state from the eight calibrated options. Once selected, the application initiates real-time DSP synthesis of two slightly offset carrier frequencies, one delivered to each ear via stereo headphones. The brain perceives the mathematical difference between these frequencies as a "phantom" binaural beat, which serves as a rhythmic entrainment catalyst for neural oscillations.
Simultaneously, the app engages Apple’s CoreHaptics framework to deliver precisely timed tactile pulses to the user’s hands, guiding inhalation and exhalation rhythms in alignment with the selected protocol. Concurrently, GPU-powered visualizations render dynamic, frequency-synchronized patterns—providing supplementary sensory input without requiring visual attention. All processing occurs locally; no audio, biometric, or behavioral data leaves the device.
The entrainment process relies on neural oscillatory synchronization: over several minutes, cortical activity tends to align with the externally presented beat frequency, supporting transitions into the intended cognitive state. This mechanism is supported by peer-reviewed literature on auditory and multisensory neural entrainment.
Core Benefits and Applications
Attunes supports practical applications across multiple domains: cognitive performance enhancement during knowledge work, non-pharmacological sleep onset assistance, breath-awareness training for stress reduction, and neurofeedback-adjacent self-regulation for clinical or wellness contexts. Its offline capability makes it suitable for use in environments with restricted connectivity (e.g., airplanes, hospitals, secure facilities). The absence of cloud infrastructure ensures compliance with strict privacy requirements, including HIPAA-aligned workflows where personal health information must remain device-local. Because it requires only stereo headphones and no external sensors, Attunes offers a low-barrier entry point to neural state modulation compared to hardware-dependent neurotechnology systems.