Hydrogen Water. Guided by AI.

An AI-enabled hydrogen bottle that turns wearable data and water sensing into proactive, personalized hydration.

Limited first-production release · Early buyers receive priority access

Bionic+ Ai Hero Image

AI Hydration Intelligence

Works with the wearable you already trust.

Python connects bottle data with Apple Watch, Garmin, WHOOP, or Oura — adapting your hydration protocol to recovery, sleep, training, and daily stress.

Hydration intelligence on a smartwatch
GARMIN
Python bottle connected to Apple Watch
WATCH
Python bottle connected to WHOOP
WHOOP
Python bottle connected to Oura Ring
oura

What's inside Bionic+ Ai.

The score, the app, and the water — at a glance.

Works with
Apple Watch, Garmin, WHOOP, and Oura
Hydration Score
The one number your watch doesn't track yet.
The Python Water app
Your score, your refills, your wearable data — all in one place.
The water itself
Better too — SPE/PEM electrolysis infuses molecular hydrogen (H2) into every bottle.

Your personal hydration coach.

① Download dedicated Python Water app.
② Connect your Bionic+ Ai bottle.
③ Connect your wearable.

Download App

Connect

Wearable integration

Hydrate with Ai.

Python app shown on a phone held in hand

What H2 May Help Improve

Published human research has reported lower lactate and perceived effort during intense exercise. Track whether the same workload begins to feel easier for you.

Measure Your Response

Human research has reported lower next-day soreness and better preservation of physical performance after demanding exercise. Python tracks whether the pattern repeats for you.

Track Your Recovery

Longer-term research in adults with metabolic syndrome reported improvements in glucose, cholesterol, HbA1c, and inflammatory markers. These changes require laboratory testing to confirm.

Build Your Protocol
PYTHON AI COMPARES

Match similar workouts and check whether effort decreases while performance remains the same.

PUBLISHED HUMAN RESEARCH

Lower lactate at the same workload

Randomized crossover
16% lower lactate 8.9 vs 10.6 mmol/L during intense cycling
H₂ water 8.9
Placebo 10.6
mmol/L · lower is better

Participants consumed hydrogen-rich water before cycling. Botek et al., 2019. Individual responses vary.

What to Track
Potential change Less exercise fatigue
When to measure During hard sessions
Study design Human crossover study
RPE Power Heart rate Repeatability
WHAT THIS MAY MEAN FOR YOU

Hard efforts may feel easier

You may experience less fatigue while maintaining a similar level of power or training output.

Lower effort Maintain output Repeat across sessions
Published human research · individual results vary

Led by doctors with 86 years of
health and longevity expertise

Dr. Shigeo Ohta

Dr. Shigeo Ohta

Professor, Department of Biochemistry and Cell Biology, Nippon Medical School.

“When I was exploring an ideal anti-oxidant that lacks adverse effects, I came across hydrogen. By the first experiment on January 2005, I was amazed at the great protective effects of hydrogen against oxidative stress and decided to devote my life to hydrogen medicine.”

Learn more
Dr. Shinya

Dr. Shinya

Pioneered modern colonoscopic techniques.

Dr. Hiromi Shinya was a gastrointestinal surgeon best known for helping turn colonoscopy from a diagnostic look into a therapeutic operation.

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Dr. Asako Yoritaka

Dr. Asako Yoritaka, MD, PhD

Neurologist

Ran the first randomized, double-blind, placebo-controlled human trial of hydrogen-rich water in Parkinson's disease. Patients drank 1,000 mL/day for 48 weeks; the H₂ group improved on the total UPDRS score while the placebo group worsened.

Learn more