Optimizing Oxygen Transport with LiveO2
LiveO2 trains every component of the oxygen transport chain simultaneously — lungs, heart, vessels, and red blood cells — producing system-wide improvements in the body's ability to deliver oxygen to cells.
Watch the Overview
A short clip covering the key points — click to play.
What LiveO2 Does for Athletic Performance
Oxygen transport is a multi-system process involving the lungs, heart, blood vessels, and red blood cells working in coordination. LiveO2 trains all of these systems simultaneously through the adaptive contrast stimulus — creating adaptation across the entire chain rather than optimizing one link at a time.
The result is a system-wide improvement in the body’s ability to move oxygen from air to cell — the foundational capability that drives every performance, health, and cognitive outcome LiveO2 users experience.
Performance is an oxygen delivery problem. The same training produces more output, faster recovery, and less fatigue when oxygen is optimized before, during, and after exercise.
Key Takeaways
- Oxygen transport involves lungs, heart, vasculature, and red blood cells
- Adaptive contrast trains the entire transport chain simultaneously
- System-wide adaptation produces more durable outcomes than targeted interventions
- Improved transport capacity is the upstream driver of all LiveO2 benefits
“What we do is we change what you breathe while you exercise so that you get more of the respiratory effect — in less time, with less fatigue.”
— Mark Squibb, CEO & Inventor of LiveO2Common Questions
LiveO2 is an oxygen training system that changes what you breathe while you exercise. It uses Adaptive Contrast — switching between oxygen-rich and oxygen-reduced air — to dramatically increase oxygen delivery to your cells in about 15 minutes.
About 15 minutes. You exercise on a bike or treadmill while the system manages the oxygen and altitude contrast automatically. Most people feel the effects within their first session.
Adaptive Contrast is LiveO2’s core technology. It switches between high-oxygen and low-oxygen air during exercise. The low-oxygen phase opens your blood vessels. The high-oxygen phase floods them with saturated plasma. The result is dramatically more oxygen reaching your tissues. Full explanation here.
LiveO2 uses the same oxygen you breathe every day — just in higher concentrations, combined with controlled exercise. It is a non-invasive training system. Consult your healthcare provider if you have specific medical concerns.
Athletes, practitioners, biohackers, and everyday people. LiveO2 systems are used in clinics, gyms, training facilities, and homes across the country. See how one doctor discovered it.