CAPYBRAIN
CAPYBRAIN / SYNTHETIC COGNITION RESEARCHBEHAVIOR / NETWORK / COMPANION
Silver capybaraNETWORK PORTRAIT / 001

CALM BY NATURE. CURIOUS BY DESIGN.

CAPY
BRAIN_

An inspectable model of capybara-like behavior. Shape calm, sociality, vigilance, memory and habitat response, then watch a future companion think in public.

05
BEHAVIORAL DRIVES
54
SYNTHETIC REGIONS
08
RECURRENT UPDATES
A VIRTUAL PET IN DEVELOPMENTEVERY CONNECTION STARTS SOMEWHERE
THE INSTINCT BEHIND THE SIGNAL

Behavior becomes data.
Data becomes presence.

CAPYBRAIN asks a focused question: can a small, transparent system turn recognizable capybara behavior into a companion that feels coherent over time?

We encode five functional drives, propagate them through a synthetic network, and expose the result. No hidden intelligence claim. No imaginary anatomy. Just an evolving computational character you can inspect.

Read the method
FROM OBSERVATION TO RESPONSE / CAPYBRAIN 001

Five drives.
One changing state.

Calm, social contact, habitat, routine and vigilance enter a fixed synthetic graph. Signals recur through eight steps. Every region and relationship remains inspectable.

Shape the network
01 / ETHOLOGY

Observe the animal.

Calm regulation, social proximity, vigilance, routines and habitat become the five functional drives.

Research method
02 / COMPUTATION

Expose the network.

A 54-region synthetic graph makes every input, connection and recurrent update visible.

Neural Lab
03 / COMPANION

Build continuity.

State, care and memory become the foundation of a persistent virtual capybara.

Meet the prototype
A LITTLE INSTINCT. A LOT OF CONNECTIONS.

The shape
of calm curiosity.

A capybara at the centre of a larger idea: make complex systems something you can touch, observe and remember.

Enter the universe
ONE TERMINAL / FOUR PERSPECTIVES

Choose a question.
Follow the signal.

Move between the network, the companion, its memory and the path ahead.

01 / EXPERIMENTAL DESK

What do we observe?

Five functional drives translate familiar capybara patterns into explicit, controllable signals.

  • Calm and vigilance
  • Social proximity
  • Habitat and routine
Explore this desk
FROM SIGNAL TO COMPANION

A world worth
coming back to.

First, a presence. Then a personality. Eventually, a whole little world.

Follow the roadmap
BEHIND THE PORTRAIT

Curious about your capy?

What can I do today?+

Meet your capy, give it a name, feed it, play together or let it rest. The interactive portrait has three states: Signal, Drift and Burst.

Is this an actual capybara brain?+

No. CAPYBRAIN does not use a complete capybara connectome. The 54-region network is a synthetic functional model inspired by observable behavior, not anatomy or a claim of consciousness.

Will my companion remember me?+

Its name, care history, energy and mood are saved in this browser. Clearing browser storage removes that save. Cross-device memory is a planned milestone.

01 / RESEARCHThe architecture.Model. Method. Limits. ↗02 / NEURAL LABTouch the network.Inputs. Nodes. Motion. ↗03 / TERMINALFollow the evidence.Companion. Signal. Memory. ↗04 / UNIVERSEMeet the instinct.The character behind the system. ↗