Software

Software That Runs the Protocol

Real-time guidance, interval structure, reporting, and progression — built to turn oxygen training into a measurable system.

Explore the System

Software

Software That Runs the Protocol

Real-time guidance, interval structure, reporting, and progression — built to turn oxygen training into a measurable system.

Explore the System

The Difference Between Doing IHHT and Running a System

Most oxygen modalities change the environment. Software creates structure, measurement, and progression.

The result is not a timer or valve switching — it is a control layer that delivers repeatable physiological outcomes. Four ideas define it:

Structure Interval sequencing and session flow are defined, not improvised.
Measurement Every session produces data; adaptation is visible over time.
Progression Protocols and intensity can evolve with clear, repeatable logic.
Oversight Clinicians and organizations can scale without losing control.

The Difference Between Doing IHHT and Running a System

Most oxygen modalities change the environment. Software creates structure, measurement, and progression.

The result is not a timer or valve switching — it is a control layer that delivers repeatable physiological outcomes. Four ideas define it:

Structure Interval sequencing and session flow are defined, not improvised.
Measurement Every session produces data; adaptation is visible over time.
Progression Protocols and intensity can evolve with clear, repeatable logic.
Oversight Clinicians and organizations can scale without losing control.

Pillar 1

Real-Time Session Control

The session engine is the heart of the system. It segments intervals, surfaces live heart rate and SpO₂, and delivers clear pacing cues — moderate or fast — so you follow the protocol without guessing.

Decision fatigue drops. Structure stays. You see biometrics in real time and can pause or stop safely at any moment.

Automated When You Want It. Manual When You Need It.

Sessions can run fully automated according to the defined protocol; manual override gives professionals direct control. Safety systems like room air intake and controlled reservoir cycling are integrated into the session logic. Benchmarking allows consistent repeatability across sessions.

Structured interval sequencingAutomated or manual control
Clear pacing promptsVisual and audio cues
Visible biometricsLive HR and SpO₂
Safe stop/pause behaviorAt any moment

In the app

Session screen — intervals and biometrics

In the app

Session report and progress over time

Pillar 2

Every Session Produces Data

After each session you get an automatic report: interval overlays, time in each phase, and a summary. Over weeks, trend tracking makes adaptation visible — not a single hard effort, but progress over time.

Controlled, Consistent Output.

Reports are generated the same way every time, so you can compare sessions and spot trends without reconfiguring. Export and share when you need to; the structure stays consistent whether you're viewing alone or with a clinician.

Time in intervals
Biometrics over time
Key session outputs
Progress tracking view

Pillar 3

Guided Protocols. Custom Control.

Use built-in guided programs or build your own with the custom time-based protocol builder. Save, duplicate, and iterate. Intensity scales so you can match the protocol to the user and the environment.

One Place to Define and Run.

Protocol selection and execution live in the same interface. You choose or build the structure once; the system runs it the same way every time. That repeatability is what turns a modality into a measurable system.

Flexible without being chaotic — power users and clinics get control; individuals get clarity.

Pre-built programs
Custom interval creation
Repeatable structure
Adjustable intensity scaling

In the app

Protocol library and custom builder

In the app

Organization dashboard and group view

Pillar 4

Built for Individuals. Scales to Clinics.

Organizations get shared protocol libraries, clinician visibility into reports, and remote guidance. Group competitions extend the system without forcing enterprise complexity.

The Interface Is Not Dependent on Hardware.

Users can run guided breathwork sessions, track HR and SpO₂ via wearable, and use pacing without oxygen modulation. That means value before and beyond the device — and a single place to see progress whether you're in the chair or not.

Join a clinic remotely
Shared protocol access
Trainer feedback loop
Group challenge tracking

Pillar 1

Real-Time Session Control

The session engine is the heart of the system. It segments intervals, surfaces live heart rate and SpO₂, and delivers clear pacing cues — moderate or fast — so you follow the protocol without guessing.

Decision fatigue drops. Structure stays. You see biometrics in real time and can pause or stop safely at any moment.

Automated When You Want It. Manual When You Need It.

Sessions can run fully automated according to the defined protocol; manual override gives professionals direct control. Safety systems like room air intake and controlled reservoir cycling are integrated into the session logic. Benchmarking allows consistent repeatability across sessions.

Structured interval sequencingAutomated or manual control
Clear pacing promptsVisual and audio cues
Visible biometricsLive HR and SpO₂
Safe stop/pause behaviorAt any moment

In the app

Session screen — intervals and biometrics

Pillar 2

Every Session Produces Data

After each session you get an automatic report: interval overlays, time in each phase, and a summary. Over weeks, trend tracking makes adaptation visible — not a single hard effort, but progress over time.

Controlled, Consistent Output.

Reports are generated the same way every time, so you can compare sessions and spot trends without reconfiguring. Export and share when you need to; the structure stays consistent whether you're viewing alone or with a clinician.

Time in intervals
Biometrics over time
Key session outputs
Progress tracking view

In the app

Session report and progress over time

Pillar 3

Guided Protocols. Custom Control.

Use built-in guided programs or build your own with the custom time-based protocol builder. Save, duplicate, and iterate. Intensity scales so you can match the protocol to the user and the environment.

One Place to Define and Run.

Protocol selection and execution live in the same interface. You choose or build the structure once; the system runs it the same way every time. That repeatability is what turns a modality into a measurable system.

Flexible without being chaotic — power users and clinics get control; individuals get clarity.

Pre-built programs
Custom interval creation
Repeatable structure
Adjustable intensity scaling

In the app

Protocol library and custom builder

Pillar 4

Built for Individuals. Scales to Clinics.

Organizations get shared protocol libraries, clinician visibility into reports, and remote guidance. Group competitions extend the system without forcing enterprise complexity.

The Interface Is Not Dependent on Hardware.

Users can run guided breathwork sessions, track HR and SpO₂ via wearable, and use pacing without oxygen modulation. That means value before and beyond the device — and a single place to see progress whether you're in the chair or not.

Join a clinic remotely
Shared protocol access
Trainer feedback loop
Group challenge tracking

In the app

Organization dashboard and group view

Adaptation Is a Trend, Not a Moment

The goal is not one hard session. It is measurable physiological change across weeks. The software surfaces that trend — so you see progress from Week 1 through Week 4 to Week 8, not just a single data point.

Min SpO₂

EHT

Drop rate

The Software Runs the Protocol.
The System Delivers the Stimulus.

Both Box Systems and Bag Systems run the same software platform. The difference is stimulus capacity and use environment — not software limitations. Software experience is identical.

Box Systems

Stationary, lower exertion environments
Compact footprint
Ideal for entry-level and constrained users

Bag Systems

Higher exertion capacity
Performance and clinical environments
Larger footprint

Compare Systems Talk to an Expert

The Software Runs the Protocol.
The System Delivers the Stimulus.

Both Box Systems and Bag Systems run the same software platform. The difference is stimulus capacity and use environment — not software limitations. Software experience is identical.

Box Systems

Stationary, lower exertion environments
Compact footprint
Ideal for entry-level and constrained users

Bag Systems

Higher exertion capacity
Performance and clinical environments
Larger footprint

Compare Systems Talk to an Expert

Frequently Asked Questions

Does the software work the same on both systems?

Yes. Airo Core and Airo Summit run the same software platform. Session control, reporting, protocols, and the network layer are identical. The only difference is the hardware’s stimulus capacity and footprint — not the software experience.

Can I build my own protocols?

Yes. The protocol system includes a custom time-based builder. You can create intervals, save and duplicate protocols, and adjust intensity scaling. Pre-built guided programs are also available if you prefer to start from a template.

Can clinicians see my data?

Only if you join an organization (e.g., a clinic) and grant access. The network layer allows clinicians to view reports and provide remote guidance when you’re part of their group. Individuals who are not in an organization keep their data private.

Can I use the breathwork features without hardware?

Yes. Breathwork-only mode runs without a device. It’s part of the network layer and is useful for guided breathing sessions, group challenges, or when you’re away from your Airo system.

How does progression work over time?

Every session produces a report. Over weeks, the software surfaces trends — time in intervals, biometrics, and session quality. You see adaptation as a trend (e.g., Week 1 → Week 4 → Week 8), not as a single moment, so you can adjust protocols or intensity based on data.

Is internet required to run a session?

Sessions can run offline. Connectivity is needed for syncing reports, accessing shared protocols, and clinician visibility when you’re part of an organization. Core session control and local data stay available without internet.