Three browser-native tools — defibrillator, infusion pump, mechanical ventilator — sharing one continuous patient state. Practice the whole code, not just the rhythm. Built by a cardiac ICU nurse with eighteen years on the unit; refined by the clinicians who use it every shift.
For thirteen years, medical training software has asked clinicians to bend their workflow to fit the tool. ACLSMED reverses the contract. Three principles, no compromises — engineered from the bedside backwards.
When a real patient codes, the monitor, IV pump, and ventilator don't live on different servers. Neither do ours. A scenario you start in ACLSmed broadcasts the patient's age, weight, allergies, blood type, and labs to IVmed and RESPmed instantly. Change the rhythm — the IV-bag visual updates. Run an ABG — every panel reflects the same patient.
Not a quiz. Not a flowchart. Push the wrong dose of epinephrine and the rhythm deteriorates. Miss a shockable beat and the patient is lost. Each of 34 Mega Codes branches in real-time based on what you actually order — exactly as it does in a code blue. The defibrillator behaves like a defibrillator. The ventilator behaves like a ventilator.
No download. No install. No hardware. Open your phone on the bus, your iPad in the break room, your laptop at home — and you're in the code. ACLSMED is engineered to amplify your sim lab, not replace it. Walk in fluent with the monitor and defib so the precious hours of high-fidelity time go to the things only a mannequin can teach.
I built ACLSMED because I watched too many new nurses freeze the first time they saw a real V-fib. The monitor shouldn't be the scary part of a code. Every line of this simulator was written to retire that moment — for them, for their teams, for the patient on the table.
Code blue, IV programming, ventilator management — train the whole workflow, not the isolated fragments. Built by clinicians who refused to accept the gap between sim and shift.
The live defibrillator monitor. Run thirty-four branching mega codes across ACLS, BLS, PALS, and Stroke algorithms — with the same monitor your unit runs on.
Program a real infusion pump. Visual IV bag drains in real-time. Drug-specific visuals — propofol white, blood products maroon, vasopressors amber with the red HIGH-ALERT tag.
Full mechanical ventilator with live waveforms, pathology modeling, and instructor-controlled ABG values. From AC to PRVC — every mode behaves like the real thing.
Master the monitor, defibrillator, and algorithms in your browser. Save the limited mannequin hours for what screens can't teach — hands, eyes, team dynamics.
Each scenario branches based on your decisions. Push the wrong drug — vitals deteriorate. Miss a shockable rhythm — you lose the patient. This isn't a quiz; it's the pressure of the code, on demand.
Visual IV bag on the patient's side. Live fluid level drops as volume infuses. Drug-specific visuals — propofol is white in a glass bottle, PRBCs in a maroon blood bag, vasopressors amber with the red HIGH-ALERT label.
Physical-chrome design modeled on real ventilator hardware. Pressure, flow, and volume waveforms animate continuously. Pathologies — ARDS, COPD, asthma, pneumothorax — change the mechanics in real time.
Symptomatic bradycardia. Dorothy Flanagan, 78F. Swipe through ACLSmed → IVmed → RESPmed in the embedded carousel below — same patient, three instruments.
From the inboxes, code rooms, and instructor stations. Hover to pause; scroll to browse.
Start free with two Mega Codes and the full crash cart. Upgrade when the recert pressure builds. Seven-day money-back guarantee on every paid plan.
Volume licensing for AHA Training Centers, hospital education teams, nursing schools, and EMS academies. Annual contracts, procurement-friendly billing, direct founder support — no sales team between you and the dev who built it.
Two free mega codes. No credit card. No download. Just open it and start.
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