Personal signal layer
NeuroBand puts brain and body signals in the wearer's hands.
NeuroBand is the wearable entry point of the network. It captures focus, sleep and heart-rhythm signals and keeps every permission visible to the person who produced them.
Overview
Signals are captured by you, and released by you.
NeuroBand gives Cortex Dao a physical way to collect brain and body data. It is not meant to be a gadget story; its job is to make consent something you can see and hold before any study touches your numbers.
Inside the wider network, NeuroBand feeds CortexOS workspaces, research requests and GPU-backed analysis. Each step is spelled out first: what is recorded, who asked for it, and for how long.
Planned
Signal and consent layers
- EEG-style focus bands
- Sleep staging
- Heart-rate variability
- Consent receipts
- Per-study permissions
- CortexOS integration
- Longitudinal context
- Participant onboarding
- Private-by-default storage
- Researcher scopes
- Wallet-based identity
- Compute-backed analysis
Project functions
01
Signal capture
Records focus, sleep and heart rhythms with the wearer always aware of what is being logged.
02
Consent flow
Ties every recording to an explicit, revocable permission rather than a blanket agreement.
03
CortexOS link
Shows your own data, pending requests and past approvals inside one workspace.
04
Study participation
Lets approved studies request a defined slice of signals for a defined period.
05
Data sovereignty
Keeps raw data off public chains; only permissions and receipts are recorded on-chain.
06
Network coordination
Connects wearable data, research, compute and governance into one loop.
Why it matters
Compute only matters when the data behind it is trusted.
GPU hours are most useful when researchers work with signals people actually agreed to share. NeuroBand gives Cortex Dao a direct route from consented data to real studies.