NEUROMANTECH

⚠️ Full hardware spec and architecture doc are being drafted separately. Every section marked TBD is not yet written. Do not treat stubs as spec.

Open, local-first biosignal infrastructure. High-fidelity EEG, EMG, and peripheral physiological telemetry, processed at the edge with 100% data sovereignty — no cloud uplink, by design.

What we're building

A local-first substrate for biosignal capture and processing:

• Device — TBD (form factor, channel count, sensor front-end)
• Firmware / DSP — TBD (edge signal conditioning, band extraction)
• SDK — TBD (local API for researchers and developers)

Hardware

TBD — full spec incoming.

• Sensor front-end — TBD
• ADC / sampling — TBD
• MCU / SoC — TBD
• Channels & sample rate — TBD
• Enclosure / connectivity — TBD

Firmware / DSP

TBD — full spec incoming.

• Band filtering: δ (0.5–4 Hz), θ (4–8 Hz), α (8–13 Hz), β (13–30 Hz), γ (30+ Hz)
• Local processing — TBD
• Zero-cloud telemetry — TBD

Software / SDK

TBD — full spec incoming.

• Local API — TBD
• Build / flash — TBD
• Research access — TBD

Principles

These are fixed and are not placeholders:

• Local-only processing. Raw biopotential never leaves the device loop.
• No cloud uplink. Telemetry is disabled by design.
• Open architecture. Reproducible hardware and software.
• Data sovereignty. 100% of captured data stays with the operator.

Roadmap

Mirrors the current build phases:

• [x] phase-0 — brand lock · DNS · github org (done)
• [ ] phase-1 — prototype · bench test · DSP firmware (in progress)
• [ ] phase-2 — dev seed · OSS SDK · research access (queued)

Links

• Site: https://neuroman.tech
• Store: https://neuroman.store
• Contact: [email protected]
• Built in Perth, WA

License

TBD — OSS license to be selected (hardware + SDK).

Built With

• esp32
• openbci