Sense Diagnostics

Sense Diagnostics

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Private Company

Total funding raised: $17.8M

Overview

Sense Neuro Diagnostics, founded in 2016 and based in San Francisco, is pioneering a novel diagnostic modality for time-sensitive brain injuries. Its investigational NeuroHawk™ device performs a 2.5-second scan of the cranial vault to identify hemorrhagic stroke, large vessel occlusion (LVO), and other brain bleeds, addressing critical gaps in pre-hospital triage and in-hospital monitoring. The company is currently conducting a pivotal FDA trial for its hospital monitor with a goal of clearance, while also developing earlier-stage field assessment versions for military and EMS use. Its technology aims to reduce disability and death by accelerating proper treatment pathways.

StrokeTraumatic Brain InjuryNeurocritical Care

Technology Platform

Non-invasive brain scanning using a multi-antenna array that transmits safe, low-power radio frequency (RF) pulses. The system detects alterations in RF signals caused by the unique electrical properties of healthy versus pathological brain tissue (e.g., hemorrhage, ischemia).

Funding History

2
Total raised:$17.8M
Series A$15M
Seed$2.8M

Opportunities

The massive unmet need for rapid, portable, and continuous brain injury diagnostics creates a significant market in military, EMS, and hospital settings.
Successful FDA clearance would validate the platform and open avenues for expansion into other neurological monitoring applications.

Risk Factors

The company faces high regulatory risk pending FDA trial outcomes, clinical risk in proving efficacy versus CT scans, and commercialization risk in convincing healthcare systems to adopt a novel technology.
As a pre-revenue company, it is also dependent on continued external funding.

Competitive Landscape

Sense competes against the entrenched standard of care (CT/MRI) and other companies developing portable neurodiagnostic tools, such as those using transcranial Doppler, EEG analysis, or other biophysical signatures. Its key differentiator is the claimed speed (2.5 seconds) and ability to differentiate stroke subtypes non-invasively.