Dorion G1 is an advanced ICU ventilator designed from inception as a connected, intelligent system rather than a standalone machine.
Dorion G1 brings advanced critical-care ventilation together with a modern embedded architecture and connected device-data pathway. The same product foundation is intended to serve adult, pediatric and neonatal care and support invasive and non-invasive respiratory modes.
Dorion G1 supplies ventilator waveforms, settings, alarms and mechanics to AiDen's wider respiratory architecture. It remains the clinical device; new functions move into the device only after the required engineering, clinical and regulatory evidence is established.
AiDen is not retrofitting intelligence onto a legacy device. The ventilator, connectivity layer and pathway for validated in-device intelligence have been developed as one system.
Critical-care ventilators generate continuous waveforms, settings, alarms and patient-response data. Yet clinicians still assemble the respiratory picture across the ventilator, bedside devices and the wider clinical record under pressure.
We're turning the device's respiratory data into a picture the care team can see, and building the intelligence layer on top of it one function at a time. Each function earns its place through evidence before it reaches a device.
Illustration. The values and waveform below are simulated to show the kind of respiratory data the platform works with. They are not live measurements or validated results.
Pressure, flow and volume waveforms from the connected ventilator, displayed breath by breath
Measured values relayed from the ventilator breath by breath, such as peak pressure, PEEP and tidal volumes
The ventilator's current settings, relayed from the device so the care team can see them in one place
The platform receives the device's respiratory data and is built to show it to the care team. It does not send settings back to the ventilator.
Suggestions are for a clinician to review. The clinician decides.
Illustration. The values and waveform below are simulated to show the kind of respiratory data the platform works with. They are not live measurements or validated results.
Illustrative interface with simulated values. Not a live device connection.
Pressure, flow and volume waveforms from the connected ventilator, displayed breath by breath
Pressure, flow and volume
The platform receives the device's respiratory data and is built to show it to the care team. It does not send settings back to the ventilator.
Suggestions are for a clinician to review. The clinician decides.
Tools grouped by where their data comes from. Every suggestion is for a clinician to review.
Stage: working in our development environment on simulated and bench data. Not clinically validated, and not for clinical use.
Waveforms and numbers from a connected ventilator, displayed for the care team
Answers respiratory questions from our knowledge base, showing each source and whether a clinician has reviewed it
Suggests high-flow settings from the patient's data, for clinician review
Practice extubation-readiness calls on evolving simulated patients
Dictate an assessment and get structured patient data
Display: device data shown as received. Rules: fixed protocol logic. AI: model-generated and advisory.
We'll walk you through the monitoring view and the Clinical Tools, on simulated data.
AiDen's long-term direction is progressively more capable intelligence within respiratory devices. The platform accelerates learning and validation. Autonomy is earned function by function through product evidence, clinical evidence and regulation.
Dorion G1 and the platform create a deliberate path from device signals to clinical context. The device stays the clinical device; the platform is where information, evidence and algorithms are evaluated before anything moves into it.
The flagship ICU ventilator and the primary source of ventilator data within the wider respiratory architecture
Intended to bring device information together with clinical evidence, protocols, laboratory data and, where appropriately integrated, wider patient context
Respiratory information, clinical evidence and algorithms are evaluated; appropriately validated functions move closer to care and ultimately into the device
The reusable architecture can accelerate bounded derivative products; every product retains its own evidence and regulatory path
Every verified engineering result, bench observation and validated clinical insight can strengthen the next algorithm, device function and product program. AiDen reuses architecture, methods and institutional knowledge while preserving the distinct verification, clinical-evidence and regulatory obligations of each product.
We believe the future of healthcare lies in intelligent systems that amplify human expertise, not replace it. Every step toward autonomy is designed to free clinicians from routine tasks so they can focus on what matters most - caring for patients.
AiDen Medical is a US-led medical-device company building the next generation of critical respiratory care.
Our flagship product, Dorion G1, is an advanced ICU ventilator designed from inception as a connected, intelligent system rather than a standalone machine. Dorion G is the broader product family.
Our AI-native engineering workflow connects design, software development and test evidence, helping us reuse what we learn across the respiratory portfolio.
AiDen combines US market access and a long-standing US/Canada expert network with the capital efficiency and execution leverage of its India operations.
The near-term work is Dorion G1: converting accumulated engineering into verified product, regulatory progress and first-market access.
Complete Dorion G1 priority software and build controlled pilot lots
Execute formal verification and external testing
Advance the intended first-market regulatory program
Prepare first-market manufacturing and commercial entry
Everything we do is guided by our commitment to Inclusive Intelligent Innovation
Making advanced respiratory care accessible worldwide through cost-efficient innovation
An architecture designed to compound respiratory knowledge across devices, evidence and future products
Progressing toward autonomy function by function, earned through evidence
Whether you're a clinician, investor or potential partner, we'd welcome a conversation about Dorion G1 and the architecture behind it.
