Sense Neuro Diagnostics
Developer of non‑invasive, wearable RF-based brain scanners designed to enable rapid detection of stroke subtypes and traumatic brain injury (TBI) and to provide continuous monitoring of intracranial hemorrhage. The company pursues multi-center clinical validation and regulatory clearance while partnering with health systems, research institutions, and defense organizations to adapt devices for hospital, prehospital (EMS), and field use.
Industries
Nr. of Employees
small (1-50)
Sense Neuro Diagnostics
Products
Wearable RF headset for hospital continuous monitoring
Bedside wearable that performs repeated RF-based cranial scans to monitor intracranial hemorrhage progression and provide objective bedside measurements between CT scans.
Portable RF headset for EMS/ambulance triage (mobile app results)
Wireless portable headset configured for prehospital triage that transmits result summaries to a mobile application to aid destination decisions for suspected stroke and TBI.
Field-deployable RF headset for military use (mobile app results)
Ruggedized, wireless headset variant intended for far-forward field use to detect and monitor TBI and intracranial hemorrhage with mobile app result delivery for field medics.
NeuroHawk
A non-invasive headset with nine antennas that analyze the entire cranial vault to detect and monitor stroke or traumatic brain injury (TBI) rapidly, using a safe, low-power radio frequency scan in just 2.5 seconds. The system's algorithm can differentiate stroke subtypes including intracerebral hemorrhage (ICH), large vessel occlusion (LVO), or non-LVO.
NeuroHawk EMS
A portable, non-invasive, battery-operated device to objectively detect and assess Stroke or TBI in real time for EMS providers to use in pre-hospital or non-clinical settings. It consists of a disposable headset, a cell-phone-sized scanner, and a mobile app, scanning the entire cranial vault including deep brain structures.
Sense non-invasive brain scanner headset
A non-invasive brain scanner headset equipped with antennae that transmit a low-power tailored radio frequency (RF) pulse across the brain and uses an algorithm to detect signal changes that may indicate an expansion in intracranial hemorrhage (ICH).
Wearable RF headset for hospital continuous monitoring
Bedside wearable that performs repeated RF-based cranial scans to monitor intracranial hemorrhage progression and provide objective bedside measurements between CT scans.
Portable RF headset for EMS/ambulance triage (mobile app results)
Wireless portable headset configured for prehospital triage that transmits result summaries to a mobile application to aid destination decisions for suspected stroke and TBI.
Field-deployable RF headset for military use (mobile app results)
Ruggedized, wireless headset variant intended for far-forward field use to detect and monitor TBI and intracranial hemorrhage with mobile app result delivery for field medics.
NeuroHawk
A non-invasive headset with nine antennas that analyze the entire cranial vault to detect and monitor stroke or traumatic brain injury (TBI) rapidly, using a safe, low-power radio frequency scan in just 2.5 seconds. The system's algorithm can differentiate stroke subtypes including intracerebral hemorrhage (ICH), large vessel occlusion (LVO), or non-LVO.
NeuroHawk EMS
A portable, non-invasive, battery-operated device to objectively detect and assess Stroke or TBI in real time for EMS providers to use in pre-hospital or non-clinical settings. It consists of a disposable headset, a cell-phone-sized scanner, and a mobile app, scanning the entire cranial vault including deep brain structures.
Sense non-invasive brain scanner headset
A non-invasive brain scanner headset equipped with antennae that transmit a low-power tailored radio frequency (RF) pulse across the brain and uses an algorithm to detect signal changes that may indicate an expansion in intracranial hemorrhage (ICH).
Expertise Areas
- Non-invasive neurodiagnostics
- Clinical trial management (multi-center, international)
- Real-time brain monitoring
- Machine learning for biomedical signal classification
Key Technologies
- Low-power radiofrequency (RF) sensing
- Multi-antenna wearable RF headsets
- Neural network classifiers / machine learning
- Wearable medical-device engineering
News & Updates
FDA approved a pivotal clinical trial to validate the device for detecting brain hemorrhage; trial to enroll patients across the United States, Canada, and India.
Selected by USAMRDC through a biomedical consortium to advance development of a field-deployable system for TBI diagnosis and monitoring.
Regulatory clearance from DCGI (India) and Health Canada to expand an ongoing pivotal trial evaluating intracranial hemorrhage monitoring.
Selected participant in the Mayo Clinic and Arizona State University MedTech Accelerator program to refine regulatory strategy and commercialization plans.
Explainer article describing system architecture, multi-antenna RF sensing, scan cadence, and intended clinical use cases.
Presentation summarizing a first-in-human pilot study and neural-network classifier results for stroke-subtype classification.
FDA approved a pivotal clinical trial to validate the device for detecting brain hemorrhage; trial to enroll patients across the United States, Canada, and India.
Selected by USAMRDC through a biomedical consortium to advance development of a field-deployable system for TBI diagnosis and monitoring.
Regulatory clearance from DCGI (India) and Health Canada to expand an ongoing pivotal trial evaluating intracranial hemorrhage monitoring.
Selected participant in the Mayo Clinic and Arizona State University MedTech Accelerator program to refine regulatory strategy and commercialization plans.
Explainer article describing system architecture, multi-antenna RF sensing, scan cadence, and intended clinical use cases.
Presentation summarizing a first-in-human pilot study and neural-network classifier results for stroke-subtype classification.