Per-patient control
Separate circuits so one patient's needs don't override the other.
Client: Indus Hospital
One ventilator. Two lives.
Two patients. One ventilator. Both need it to survive. We built a controlled sharing system so hospitals can stretch critical capacity without guessing.
The problem
The problem no doctor should face
During pandemic surges and in under-resourced ICUs, ventilator scarcity forces impossible choices. Uncontrolled splitting is dangerous — each patient needs independent, monitored support.
Project snapshot
- ClientClient: Indus Hospital
- CategoryHealthcare · Embedded
- Built byIOTFIY SOLUTIONS
- FocusSurge capacity & patient safety
What we built
Independent circuits. Shared source.
An Arduino-based control unit manages each patient's circuit separately. Differential pressure and mass flow sensors monitor lung compliance while precision motorized valves regulate delivery in real time.
Live sensing
Differential pressure and mass flow for compliance monitoring.
Precision valves
Motorized regulation tuned to each circuit.
Surge ready
Built for pandemic peaks when ICUs overflow.
Resource stretch
Public hospitals that cannot buy ten more ventilators overnight.
Disaster zones
Where resources are stretched and every device must do more.
Under the hood
Technology stack
Medical-grade sensing and embedded control for dual-patient support.
ControlArduino-based unit
SensingDifferential pressure + mass flow
ActuationPrecision motorized valves
GoalIndependent dual-patient circuits
PartnerIndus Hospital
Deep dive
Where it's needed most
Pandemic surges, public hospitals, and disaster zones — places where one more controlled circuit can mean another life supported.
- Designed with clinical scarcity in mind
- Real-time monitoring per patient path
- Built by IOTFIY with Indus Hospital
Healthcare hardware that saves capacity
IOTFIY partners with hospitals on embedded systems where reliability is non-negotiable.