Notes from the foundation

Notes from the work.

Announcements, product notes, research essays, Psychoverse updates, Yar progress, and the planned Helix Model series.

A running log of announcements, research notes, and product updates, published as they happen.

Announcement

Incorporation announcement

Foundation structure, nonprofit direction, and what public-benefit infrastructure means for the work.

Psychoverse

Neuropsych focus

The public framing for attention, mood, cognition, sensory processing, social communication, and insight.

Yar

Yar announcement

Product principles, early access, roadmap feedback, privacy boundaries, and cognitive companionship.

Series

Helix Model

A planned research essay series on trajectories, coordinates, validation, and interpretation.

Translucent molecular network in violet and azure.

The gap between where healthcare moonshots start and where they need to end

Ambitious health-AI projects often begin with a model and end with a demo. The harder, more valuable distance is from a promising result to infrastructure a whole ecosystem can trust, reproduce, and build on. A note on why we are starting with the foundation, not the headline.

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Brain contour map illustration

What we mean by a health-state coordinate

Position, trajectory, deviation from baseline, uncertainty, and evidence traceability: the five things every coordinate carries, and why each one matters.

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Publishing the experiments that didn't work

Why negative results belong in the open record, and how we document them alongside the ones that did work.

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Glass DNA helix illustration

Disease as trajectory: why a map changes everything

When you treat disease as a label to assign, you build different infrastructure than when you treat it as a trajectory to understand. The difference runs all the way down.

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Cytognosis Foundation: nonprofit status confirmed

We have received 501(c)(3) recognition. A short note on what that means for the mission and what it doesn't change.

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Wearable physiological signals illustration

Integrating wearable signals without overclaiming

How we handle physiological signals from consumer devices, including what we do when the data is noisy, incomplete, or not validated in research settings.

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FAIR-compatible by default: our data architecture

Findable, accessible, interoperable, reusable: we explain how these principles are baked into the way we store and share every dataset and model artifact.

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