Vibraint

The Virtual Brain for Neuroscience

CNS-Voyager™ is Vibraint's interactive 3D virtual brain platform. It is built to accelerate neuroscience research through integrative spatial biology. Researchers can look up the expression of any gene, map connectivity between brain regions, overlay anatomical boundaries, and combine datasets from multiple imaging modalities in one navigable framework. From activity maps to spatial transcriptomics, the entire brain in one place.

Who is CNS-Voyager™ for?

CNS-Voyager™ is designed with one goal in mind: To accelerate preclinical neuroscience.

PhD students and postdocs designing wet lab experiments or generating novel hypotheses, who need a fast, unbiased overview of what is already known about their brain region or circuit of interest.

Principal investigators looking to strengthen publications with richer spatial context, or to build the data-driven foundation for their next grant application.

Project managers and executives in biotech and pharma who need quantitative, brain-wide evidence to support go/no-go decisions and bring novel CNS therapies to market faster.

Integrate your own data in CNS-Voyager™

Vibraint's preclinical CRO service, LS-Journey™, integrates your own whole brain imaging datasets directly into CNS-Voyager™. Using iDISCO+ tissue clearing, light sheet microscopy, and AI-assisted image analysis, we deliver quantifiable results across 800+ brain regions, covering c-Fos brain mapping, drug biodistribution, disease pathology, and neuronal activity endpoints. Once your study is complete, data is uploaded to your private account, ready to explore, query, and export. From there, overlay your results with gene expression, connectivity, and activity data from the CNS-Voyager™ public library, all within the same reference space.

Explore Map of the Month

Get free access to a continuously growing library of interactive whole brain maps in CNS-Voyager™. Every month, Vibraint's scientists highlight a new dataset, showcasing the breadth of what whole brain imaging can reveal across neuroscience, drug discovery, and disease research.