01
Live cortical projection
The 10–20 system and custom anatomical frameworks rendered on the participant's head, not on a diagram taped to the wall.
Perceive · Design · Create
Spatial Computing in New Dimensions.
Our flagship platform - Neurodesy - provides a Dynamic, Adaptable, and Customizable experience for mobile imaging technology like fNIRS and EEG.
Flagship Platform
Neuroimaging in a
New Dimension.
Neurodesy turns mobile neuroimaging setup into an interactive extended reality experience. Researchers visualize cortical projection models — including the international 10–20 system and custom anatomical frameworks — directly on the participant, in real-time.
Digital assets dynamically adjust as the participant or the researcher moves — giving an intuitive reference for placing EEG electrodes, fNIRS optodes, and other neuroimaging hardware.
- Design custom probes before you ever touch a cap.
- Guide placement with dynamic anatomical overlays.
- Document participant-specific configurations.
- Export digitizations for analysis or replication.
One Coherent Platform
Visualization, Design, and Documentation — Unified.
Neurodesy reduces dependence on disconnected tools and manual procedures, so researchers move from probe design to participant setup with greater clarity, consistency, and confidence.
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Dynamic anchoring
Overlays hold their alignment as the participant shifts and the researcher walks around them — no re-registration ritual between steps.
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Custom probe builder
Build, save, and reuse probe designs across participants and sites.
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Placement records
A digital record of how a configuration actually sat on each participant.
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Open export
Positions leave the platform in formats your analysis pipeline already reads.
Landmark tracking mesh
Reliable · Repeatable
High-quality data starts at setup.
Neurodesy supports consistent setup procedures by letting researchers detect, track, record, and export probe positions in real time. Instead of relying on photographs, handwritten measurements, or visual estimation, teams capture a digital record of every configuration.
Saved designs can be revisited, modified, and exported — standardizing procedures across participants, sessions, investigators, and study sites, and supporting transparent reporting and reproducible practice.
- Standardize across sessions, investigators, and sites.
- Verify placements instead of estimating them.
- Teach the workflow to students and research assistants faster.
Neurodesy does not replace established measurement protocols or researcher judgment. It strengthens them with an interactive spatial framework for placement guidance and documentation.
Research without boundaries
Built for the rooms research actually happens in.
A customizable architecture that travels — from a university laboratory to a community clinic or a remote field site, wherever traditional imaging infrastructure is unavailable or impractical.
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Laboratory
Precision probe design and documented, repeatable setup for core protocols.
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Clinic
Faster, calmer setup for populations where long procedures are difficult.
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Classroom
Train students and research assistants on a visible, spatial reference.
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Community
Portable workflows for data collection outside dedicated imaging suites.
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Field
Coordinated protocols across collaborating institutions and remote sites.
Developmental research
Design age-specific fNIRS arrays and shorten setup with infants, children, and other participants for whom traditional procedures can be challenging.
Clinical & ageing populations
Document participant-specific placements where anatomy varies and repeat sessions need to line up with what came before.
Multi-site collaboration
Share a single canonical probe configuration so every partner institution runs the protocol the same way.
Take the side quest
Bring your work into the next dimension.
We are collaborating with scientists & research groups on major capabilities of Neurodesy. If you believe your work could benefit from Extended Reality, or Custome Development — we would love to hear about it.