There is no vital sign for the brain.
iCE Neuro provides the solution.

During critical care, vital signs continuously monitor the heart, lungs, and circulation — but not the brain.

iCE Neurosystems is building the data platform to make automated brain monitoring a clinical reality.

The most important organ is the least monitored organ.

The brain is uniquely vulnerable during critical illness — and unlike other the organs, brain injury is irreversible.

While clinicians rely on continuous vital signs to protect the other organs, there is no continuous vital sign for the brain.

As a result, brain injury during critical illness frequently goes undetected until it is advanced...or permanent.

Every year, millions of patients are at risk — including those suffering from cardiac arrest, heart failure, stroke, intracranial hemorrhage, severe trauma, and patients undergoing complex cardiac and neurovascular procedures.

Protecting the brain requires better data — delivered continuously, not episodically.

Continuous EEG Should Be the Vital Sign for the Brain.

Electroencephalography (EEG) provides the most direct, real-time measure of brain function.

In practice, cEEG has failed to scale - fewer than 1% of critically ill patients are currently monitored with EEG.

The limitations are structural, not theoretical.

Traditional EEG electrodes produce noisy data. Continuous EEG monitoring requires constant availability of trained technicians. EEG is rarely integrated with other physiologic signals, and raw EEG data interpretation is impractical for most routine clinical staff.

As a result, cEEG remains episodic, siloed, and underutilized —

despite its importance.

To function as a true vital sign, cEEG-based brain monitoring must be continuous, integrated, and usable by clinicians at the bedside.

The iCE Neuro Solution:
the iCEWav Platform.

iCE Neuro provides a fully integrated device and data ecosystem designed to make cEEG-based brain monitoring practical in real-world clinical environments. By combing proprietary electrode devices, bedside multimodal data acquisition software and a cloud-based analytics layer, iCEWav delivers continuous, high-fidelity structured brain data alongside the body’s vital signs.

iCE Electrodes

Single-use subcutaneous EEG electrodes designed for bedside insertion by routine clinical staff in a simple, safe five-minute procedure.

FDA-cleared for extended use and clinically validated to deliver high-quality, long-term EEG data without the need for an EEG technologist.

iCEWav Bedside

A fully functional, FDA-cleared, "plug and play" EEG system that integrates and processes brain activity alongside time-locked vital signs and clinical data.

The iCEWav interface converts raw EEG signals into intuitive visualizations that support real-time interpretation and clinical decision-making.

iCECloud

A secure, HIPAA-compliant cloud-based platform that stores, curates, enriches and provides access to highly structured multimodal data.

Optimized for analytics and AI-based clinical decision support. Designed for scalability and easy deployment for tele-stroke/tele-ICU applications .

Better Data → Better Analysis → Better Clinical Decisions → Better Clinical Outcomes

Built by Clinicians, Engineers, and Neurotechnology Experts

iCE Neurosystems is led by a multidisciplinary team with deep experience in neurocritical care, advanced data science, brain-machine interface and real-world application of clinical data systems.

Our team combines firsthand ICU experience with expertise in building scalable, FDA-cleared technologies — focused on translating complex physiologic data into tools clinicians can actually use.