Cranial wave stimulation, designed for rest.
A silent, active headband tuned to synchronize your brain's natural wavelengths and suppress tension triggers.
A silent synchronizer for cognitive rhythms.
Unlike generic wearables that gather passive diagnostics, Headsonic is designed to actively regulate. The headband emits micro-volt pulses tailored to nudge active cerebral cycles down from stress-induced waves into quiet, organized resting states.
Machined parameters. Zero Bluetooth noise.
Bypass Bluetooth congestion
Headsonic connects over native 2.4 GHz Wi-Fi protocols. Telemetry updates stream inside a persistent WebSocket channel, guaranteeing immediate response cycles.
ESP8266 processor logic
A lightweight microcontroller regulates active session times, safety checks, battery protection states, and cranial pulses inside pure compiled C++ code.
Concentric structural frames
The app structure is designed to mimic mechanical hardware. Concentric borders frame all details grids, settings, and telemetry dashboard charts.
SHA-256 token verification
Both REST API structures and socket connections authenticate dynamically via individual cryptographed device security secrets.
Targeted wave presets.
Select a predefined sweep cycle. Each wave uses distinct pulse frequency patterns designed to trigger specific cognitive states.
Relaxation wave
Nudges cranial nodes down into alpha wavelengths (8Hz - 12Hz). Ideal for shedding cognitive stress and sensory overload.
Fail-safe hardware cutoffs.
Continuous watchdogs monitor connections. A physical separation or network disconnect automatically triggers safe discharge gates in milliseconds.
Client heartbeat checks
Microcontroller monitor
Emergency discharge
Electrode nodes current
Cranial headband core
Complete telemetry in one viewport.
Connect to your Headsonic headband to monitor core diagnostics values, set session duration limits, manage active sleep wave cycles, and trace event lists instantly.
Ready to calibrate your cognitive rest?
System integration
How does the dashboard discover the wearable?
The companion app checks for mDNS broadcasts on `headsonic.local`. If the router disables multicast packets, it fails back instantly to the direct SoftAP channel (`192.168.4.1`).
Does the portal store the device secret?
No. To secure the firmware against local network attacks, the secret key is processed to request a transient token, which is stored in memory and session headers.