EEG
Brain activity as data.
Neumage transforms EEG, medical imaging, and multimodal brain data into AI-ready representations for research, biomarker discovery, and neurotechnology.
EEG captures brain activity as signals. MRI captures structure. DTI reveals connectivity. fMRI captures functional changes.
Each modality comes with different acquisition systems, formats, preprocessing pipelines, and representations.
Neumage is building the infrastructure to process, represent, and connect these different views of the brain.
From raw neural signals and medical images to multimodal representations and AI models.
Brain activity as data.
Brain structure as data.
Multiple views. One computational space.
Every stage transforms complex brain data into increasingly useful computational representations.
Infrastructure designed to move from heterogeneous raw data toward reusable representations, models, and multimodal intelligence.
Foundation models
Multimodal models
Biomarker models
Classification
Prediction
Signal processing
Neuroimaging processing
Quality control
Registration
Feature extraction
Cross-modal alignment
Feature fusion
Representation fusion
Multimodal embeddings
Data APIs
AI APIs
Fusion APIs
Developer SDKs
By unifying high-resolution structural MRI volumes, rapid electrophysiological EEG waves, and functional connectivity maps into a single joint embedding space, Neumage connects disparate views of brain function.
Neumage brings these representations into a unified multimodal computational framework.
We develop the computational foundations required to work with increasingly complex brain data.
Infrastructure for researchers, neurotechnology teams, clinical research groups and companies building intelligent medical technologies.
Computational infrastructure for neuroscience research.
Tools for cohorts, biomarkers and multimodal research studies.
Infrastructure for EEG, BCI and neural interfaces.
Technology infrastructure for intelligent medical applications.
A programmable infrastructure layer for brain-data applications.
Talk to us ↗$ load("subject_001.edf") ✓ quality_control ✓ preprocessing ✓ representation ✓ embedding embedding: [0.14, -0.22, 0.81 ...] status: COMPLETE
As brain data becomes increasingly multimodal, the opportunity is not simply to analyze individual signals or images. It is to build increasingly comprehensive computational representations of brain structure, activity, and change over time.
Work with us on the next generation of brain AI infrastructure. Explore EEG, medical imaging, processing, and multimodal fusion through our interactive demo.