Cerevia builds a closed‑loop, image‑guided neuromodulation platform that combines functional MRI, AI‑driven personalization, and machine learning to treat dementia. Its compact Ladybug™ Sanctuary unit delivers safe, non‑invasive brain stimulation that can be deployed in academic centers, neurology clinics, and memory‑care facilities, enabling precision brain‑health therapy at scale.
Funding
Funding not disclosed
Founders
Product
Problem
Dementia patients often receive limited therapeutic options, and existing treatments lack precision targeting of brain networks, leading to variable efficacy and slow disease progression monitoring.
Solution
Cerevia offers a closed-loop neuromodulation platform that integrates functional MRI imaging with AI-driven personalization and machine learning to deliver targeted, non‑invasive brain stimulation. The compact Ladybug™ Sanctuary unit brings this technology to academic centers, neurology clinics, and memory‑care facilities, enabling clinicians to apply precision brain‑health therapy at scale. Real‑time fMRI feedback guides stimulation parameters, while adaptive algorithms tailor treatment to each patient’s neural network profile. This approach aims to improve therapeutic outcomes for dementia by directly modulating disease‑relevant brain circuits in a safe and repeatable manner.
Target Audience
Primary customers are neurology clinics, academic medical centers, and memory‑care facilities seeking advanced, image‑guided therapies for patients with dementia.
Features
- Integrated functional MRI for real‑time visualization of brain network activity during therapy
- AI‑based personalization engine that adjusts stimulation protocols to individual neural signatures
- Machine‑learning analytics that continuously refine treatment parameters based on patient response
- Compact, clinic‑ready Ladybug™ Sanctuary hardware delivering safe, non‑invasive neuromodulation
- Closed-loop control loop that synchronizes imaging feedback with stimulation delivery
- Scalable deployment model suitable for academic, neurology, and memory‑care settings