The foundational decision-support platform for precision neurology. Transforming epilepsy surgery through AI-powered brain network analysis.
Epilepsy surgery saves lives.
But too often, it never happens.
1.2 million Americans with drug-resistant epilepsy need a better option. Surgery can be transformative - but surgeons won't operate when they can't confidently identify the target.
Discordant imaging, MRI-negative scans, or multifocal findings leave clinicians without a clear surgical target. Patients cycle through medications for years - or decades - because the data doesn't give surgeons the confidence to operate.
Even when surgery happens, the traditional seizure onset zone is only the tip of the iceberg. Seizures are driven by networks - and the critical nodes that sustain them are not always where the seizure appears to start. Remove too little and seizures return. Remove too much and you damage function.
Map the seizure network. Pinpoint the critical nodes. Give surgeons the confidence to operate - and the precision to get it right. Using only standard clinical recordings. No new hardware. No workflow disruption.
CN-Suite™
An integrated clinical decision-support platform that turns raw neuroimaging and electrophysiology data into actionable surgical intelligence -with zero workflow disruption.
Proprietary ML algorithm that identifies critical network drivers from sEEG recordings - the contacts whose removal is most likely to produce seizure freedom. Uses only standard-of-care data. No new hardware required.
Interactive 3D brain model integrating MRI, CT, and depth electrode data into a single visualization. The default case-presentation interface for surgical conferences - ensuring surgeon exposure on every case.
How Critical Nodes Works
Three phases transform raw sEEG recordings into precise surgical targets.
sEEG Electrode Recordings
Depth electrodes are implanted into the brain, each carrying multiple recording contacts. The algorithm uses only standard-of-care sEEG data - no additional hardware or protocols required.
Directed Connectivity
For each contact, the algorithm estimates causal influence to every other contact - revealing how seizure activity propagates through the network, not just which areas are active.
Criticality Scoring
Each contact receives a criticality score based on its network influence. Red contacts are the strongest drivers of seizure activity - the surgical targets whose removal maximizes seizure freedom.
How It Works
Integrates into the existing epilepsy surgery workflow. No new hardware, protocols, or changes to clinical ownership.
Data Integration
Standard MRI, CT, and sEEG recordings are loaded. No additional acquisition needed.
3D Visualization
MMVT constructs a patient-specific 3D brain model with precise electrode positions.
Network Analysis
Critical Nodes algorithm ranks electrode contacts by network criticality during seizures.
Decision Support
Objective, network-level evidence presented at surgical conference for consensus decisions.
“FIND Neuro will enable our team to utilize our vast patient database to derive the most effective treatments for each patient.”
Alice's Story
At six years old, Alice experienced up to 50 seizures daily. Traditional treatments offered only 20-50% success rates.
Using FIND's network analysis, clinicians identified precise surgical targets. Today, Alice is seizure-free.
Peer-Reviewed Research
Publications co-authored by FIND, forming the scientific basis of the platform.
Visualization of the Spatiotemporal Propagation of Interictal Spikes in Temporal Lobe Epilepsy
Using FIND Neuro's platform, this study reveals how seizure activity propagates beyond the temporal lobe - the pattern most predictive of surgical failure. Our Critical Nodes algorithm can identify these temporal-plus cases, helping clinicians avoid unnecessary lobectomies.
Read Paper
Ictal MEG-EEG Study to Localize the Onset of Generalized Seizures
Patients with generalized epilepsy are rarely considered for surgery. Using FIND Neuro's analytical methods, we demonstrated that generalized seizures can be localized and their propagation mapped - opening the door to precision-targeted therapies for previously untreatable patients.
Read Paper
Modular Pipeline for Reconstruction and Localization of Implanted Intracranial ECoG and sEEG Electrodes
Built on FIND Neuro's MMVT platform, this pipeline automates electrode localization with standardized coordinates, anatomy labels, and 3D visualizations. Validated on 260+ patients across multiple centers - the foundation layer powering our clinical decision support.
Read Paper
FIND Neuro on Scientific Journal Covers
The operating system for
precision neuromodulation.
Epilepsy surgery is our beachhead. The same network analysis engine that identifies seizure drivers can guide neuromodulation across a $1 trillion bioelectronics opportunity.
Our Team
World-class neuroscience expertise combined with proven entrepreneurial and regulatory leadership.
Contact Us
Whether you're a clinician, investor, or potential partner - we'd love to hear from you.