01
Sense
Read brain and body signals, such as heart rate, breathing and optional EEG.
ADAPTIVE MIND. A CALMER YOU.
Train the states
that shape your life.
Maya adapts in real time using simulated physiological signals, helping you practice focus, calm and resilience.
Live simulated signals Adapts to you Patterns over time
SenseCapture your signals
UnderstandFind patterns
AdaptPersonalize training
LearnBuild change over time
A CONTINUOUS FEEDBACK LOOP
From a signal to a more useful next step.
Maya is designed to notice how a session is going and adjust the experience while you practice. The landing animation shows the four parts of that loop.
02
Understand
Estimate the current state and check how certain the estimate is.
03
Adapt
Change pacing, sound, visuals or guidance to suit that moment.
04
Learn
Show patterns over time so each session can inform the next.
CHOOSE YOUR INTENTION
Practice the state you need.
SEE THE LOOP IN ACTION
Watch a session respond in real time.
The interactive dashboard streams generated heart, breathing and EEG-like signals. Change the simulated state, then see Maya’s estimated state, explanation and adaptation update together.
Open live demo Generated signals only. No wearable or AI provider is connected.
Demo signal streamSimulated
Heart rate 62 bpm
Breathing 6.1 breaths/min
Adaptation exampleKeeping the pace steadyA slower rhythm leads to less guidance in this simulated session.
BUILT WITH CARE
Powerful feedback needs clear boundaries.
Maya’s long-term direction is open and evidence-led. Its current UI is a simulation for exploring the experience, not a medical device or validated treatment.
In your control
Consent and ownership of sensitive data should be visible choices, not hidden defaults.
Explain the change
Show which signals informed an adjustment and how confident the estimate is.
Open by design
The intended platform will publish tools, interfaces and protocols for independent research and collaboration.
READY TO EXPLORE?
Begin with one intentional session.
Choose a goal, experience the simulated calibration and watch the feedback loop unfold.