Personal signals stay under user control.
CureRING gives the ecosystem a physical entry point for biometric health signals. The role is not to present a consumer wearable as the whole company; it is to make consent-driven data capture tangible inside AxonDAO.
Within the broader system, CureRING connects to AxonOS workflows, research participation, and compute-supported analysis. Users remain central: data capture, permissions, and sharing stay understandable before any research use happens.
Biometric signal capture
Creates a wearable entry point for collecting personal health signals with clear user participation.
Consent workflows
Connects data capture to explicit permissions, participant choices, and controlled research access.
AxonOS connection
Routes user participation, signal visibility, and consent decisions through the broader interface layer.
Research participation
Gives studies a path to request access to user-approved signals under defined scopes.
Data sovereignty
Keeps individual control and transparency central to how personal signals enter the ecosystem.
Ecosystem coordination
Links wearable data, research workflows, compute capacity, and governance into one system.
The data layer is what makes the compute layer matter.
AI compute is more useful when researchers can work with meaningful, permissioned signals. CureRING gives AxonDAO a concrete path from user-controlled data to research workflows without making the wearable the whole story.