Simulate full device behavior before a line of code is written
A dosing error found in development means regulatory delays. Found in a prototype, it costs an afternoon.
Prototype dosing logic, alarm escalation, and safety-critical state changes
Test device screen, companion app, and hardware controls responding together
Collect clinician and regulatory feedback before engineering begins
Problems found in a prototype stay in the prototype.
Simulate full device behavior before a line of code is written
A dosing error found in development means regulatory delays. Found in a prototype, it costs an afternoon.
Prototype dosing logic, alarm escalation, and safety-critical state changes
Test device screen, companion app, and hardware controls responding together
Collect clinician and regulatory feedback before engineering begins
Problems found in a prototype stay in the prototype.
Simulate full device behavior before a line of code is written
A dosing error found in development means regulatory delays. Found in a prototype, it costs an afternoon.
Prototype dosing logic, alarm escalation, and safety-critical state changes
Test device screen, companion app, and hardware controls responding together
Collect clinician and regulatory feedback before engineering begins
Problems found in a prototype stay in the prototype.
Simulate full device behavior before a line of code is written
A dosing error found in development means regulatory delays. Found in a prototype, it costs an afternoon.
Prototype dosing logic, alarm escalation, and safety-critical state changes
Test device screen, companion app, and hardware controls responding together
Collect clinician and regulatory feedback before engineering begins
Problems found in a prototype stay in the prototype.
Simulate full device behavior before a line of code is written
A dosing error found in development means regulatory delays. Found in a prototype, it costs an afternoon.
Prototype dosing logic, alarm escalation, and safety-critical state changes
Test device screen, companion app, and hardware controls responding together
Collect clinician and regulatory feedback before engineering begins
Problems found in a prototype stay in the prototype.
Connect device, companion app, and clinical systems in one prototype
MedTech UX spans device, clinician, and patient screens. ProtoPie Connect links all of them in one prototype.
Connect device hardware and companion apps through ProtoPie Connect
Simulate touch, sensor, and physical control inputs across the device ecosystem
Test clinician and patient-facing interfaces responding to the same device state
When the prototype is real, the feedback is too.
Connect device, companion app, and clinical systems in one prototype
MedTech UX spans device, clinician, and patient screens. ProtoPie Connect links all of them in one prototype.
Connect device hardware and companion apps through ProtoPie Connect
Simulate touch, sensor, and physical control inputs across the device ecosystem
Test clinician and patient-facing interfaces responding to the same device state
When the prototype is real, the feedback is too.
Connect device, companion app, and clinical systems in one prototype
MedTech UX spans device, clinician, and patient screens. ProtoPie Connect links all of them in one prototype.
Connect device hardware and companion apps through ProtoPie Connect
Simulate touch, sensor, and physical control inputs across the device ecosystem
Test clinician and patient-facing interfaces responding to the same device state
When the prototype is real, the feedback is too.
Connect device, companion app, and clinical systems in one prototype
MedTech UX spans device, clinician, and patient screens. ProtoPie Connect links all of them in one prototype.
Connect device hardware and companion apps through ProtoPie Connect
Simulate touch, sensor, and physical control inputs across the device ecosystem
Test clinician and patient-facing interfaces responding to the same device state
When the prototype is real, the feedback is too.
Connect device, companion app, and clinical systems in one prototype
MedTech UX spans device, clinician, and patient screens. ProtoPie Connect links all of them in one prototype.
Connect device hardware and companion apps through ProtoPie Connect
Simulate touch, sensor, and physical control inputs across the device ecosystem
Test clinician and patient-facing interfaces responding to the same device state
When the prototype is real, the feedback is too.
Cut validation cycles from weeks to days
Static mockups don't satisfy regulatory reviewers. Interactive prototypes that show device logic and error handling do.
Share interaction recordings with timing, state transitions, and alarm logic
Reuse interaction logic across device variants without rebuilding from scratch
Give regulatory reviewers a prototype to interact with, not a document to interpret
Regulatory teams approve what they can evaluate. Give them something they can actually use.
Cut validation cycles from weeks to days
Static mockups don't satisfy regulatory reviewers. Interactive prototypes that show device logic and error handling do.
Share interaction recordings with timing, state transitions, and alarm logic
Reuse interaction logic across device variants without rebuilding from scratch
Give regulatory reviewers a prototype to interact with, not a document to interpret
Regulatory teams approve what they can evaluate. Give them something they can actually use.
Cut validation cycles from weeks to days
Static mockups don't satisfy regulatory reviewers. Interactive prototypes that show device logic and error handling do.
Share interaction recordings with timing, state transitions, and alarm logic
Reuse interaction logic across device variants without rebuilding from scratch
Give regulatory reviewers a prototype to interact with, not a document to interpret
Regulatory teams approve what they can evaluate. Give them something they can actually use.
Cut validation cycles from weeks to days
Static mockups don't satisfy regulatory reviewers. Interactive prototypes that show device logic and error handling do.
Share interaction recordings with timing, state transitions, and alarm logic
Reuse interaction logic across device variants without rebuilding from scratch
Give regulatory reviewers a prototype to interact with, not a document to interpret
Regulatory teams approve what they can evaluate. Give them something they can actually use.
Cut validation cycles from weeks to days
Static mockups don't satisfy regulatory reviewers. Interactive prototypes that show device logic and error handling do.
Share interaction recordings with timing, state transitions, and alarm logic
Reuse interaction logic across device variants without rebuilding from scratch
Give regulatory reviewers a prototype to interact with, not a document to interpret
Regulatory teams approve what they can evaluate. Give them something they can actually use.
Proven results in safety-critical environments
less engineering rework
less engineering rework
50%
less engineering rework
faster design-to-development cycles
75%
faster design-to-development cycles
0
developer hours spent validating interactions
Enterprise-grade reliability for mission-critical projects
Design with confidence, knowing every prototype meets the security standards regulated healthcare demands.
ISO 27001 / 27701 certified
SSO and granular access control
Secure data sharing
Private cloud and on-premise deployment
ISO 27001 / 27701 certified
SSO and granular access control
Secure data sharing
Private cloud and on-premise deployment
ISO 27001 / 27701 certified
SSO and granular access control
Secure data sharing
Private cloud and on-premise deployment
See how MedTech teams prototype and validate faster with ProtoPie
Book a 30-minute demo and our team will walk you through a live prototype built for your industry.
See how MedTech teams prototype and validate faster with ProtoPie
Book a 30-minute demo and our team will walk you through a live prototype built for your industry.
Trusted by leaders in MedTech and clinical interface design