Live
Private Beta · Now Inviting Respiratory Therapists

Respiratory Workflow
Intelligence for Modern Critical Care

RT Flow AI helps respiratory therapists navigate ventilator troubleshooting, waveform interpretation, airway management, oxygen support workflows, and respiratory education in one unified platform.

10+
Modules
3
Vent Brands
RRT
Built By
The Problem

Respiratory care is complex.
Information is scattered.

RTs juggle ventilator troubleshooting, waveform interpretation, airway emergencies, weaning, trach care, oxygen delivery — and everyone they need to teach along the way.

They rely on memory, notebooks, screenshots, PDFs, and a dozen references. RT Flow AI brings respiratory workflow support into a single platform.

01Ventilator troubleshooting
02Waveform interpretation
03Airway management
04Weaning readiness
05Trach care
06Oxygen support workflows
07New therapist onboarding
08Cross-training
Today's reality → memory · notebooks · screenshots · PDFs · multiple references
The Platform

One unified system for respiratory workflow.

Every module is built around the actual decisions an RT makes at the bedside — not generic clinical content repurposed for respiratory care.

01

Ventilator Troubleshooting

Structured workup for high pressure, low Vt, apnea, and disconnect alarms across PB980, Servo U, and Hamilton.

02

Weaning & Extubation Support

RSBI, cuff leak, readiness criteria, and post-extubation pathway support at the bedside.

03

Waveform Learning

Pattern recognition reference for triggering, cycling, flow, and air trapping — educational support.

04

Trach & Airway Support

Tracheostomy care, suction depth, decannulation considerations, emergency airway workflows.

05

Oxygen Delivery Reference

FiO₂ targets, device selection, escalation paths from NC to HFNC, BiPAP, and beyond.

06

HFNC / BiPAP / CPAP Workflows

Initiation, titration, and weaning workflows for non-invasive respiratory support.

07

Nitric Oxide Support

iNO reference for indications, titration, monitoring, and weaning considerations.

08

Respiratory Pattern Recognition

Kussmaul, Cheyne-Stokes, ataxic, apneustic — structured visual and clinical reference.

09

Scenario Test Lab

Practice ICU respiratory scenarios in a sandbox. Used for cross-training, onboarding, and competency.

10

ICU Quick Reference

Lung-protective targets, PEEP/FiO₂ ladder, DOPE, RSBI, and bedside calculators — at a glance.

Who It's For

Built for everyone who breathes the room air with us.

Respiratory Therapists
Student RTs
Travel RTs
ICU Teams
Respiratory Educators
How It Works

Three steps. Bedside to guidance.

01

Select the clinical scenario.

Alarm, mode change, weaning trial, NIV titration, airway emergency — pick the workflow that matches the bedside.

02

Enter ventilator, airway, and patient info.

No PHI required. RT Flow AI builds context from the parameters that actually matter for the workflow.

03

Receive structured workflow guidance.

Troubleshooting paths, education, escalation prompts, and respiratory references — all in one place.

Private Beta

Join the RT Flow AI Private Beta

We're currently inviting a limited number of respiratory therapists to help shape the future of respiratory workflow intelligence. Your bedside experience directly informs every module.

About the Founder

Built from inside the ICU.

RT Flow AI was created by a Registered Respiratory Therapist with ICU experience — built from the exact workflow frustrations that come from caring for ventilated patients in real time.

Most clinical software is designed by people who have never troubleshot a high-pressure alarm at 3 a.m., adjusted PEEP for a fresh post-op, or coached a new grad through their first cuff leak test. RT Flow AI is the opposite: every module exists because someone needed it at the bedside and couldn't find it fast enough.

RRT
ICU Experience
Bedside Built
Therapist-Led