Experience the Future

of Data Visualization

See how virtual reality can accelerate your discovery, analysis, and scientific communication

Accelerate Your Discovery from Image Data

Unlock deep insights with immersive stereoscopic visualization, revealing hidden patterns and relationships that traditional 2D screens overlook.

Increase Analysis Throughput with 3D Annotation

A 3D rendering of a computed tomography (CT) scan of a human torso in syGlass, with the kidneys segmented using the 3D segmentation tool.

Enhance annotation and validation efficiency in complex 3D images. Utilize stereoscopic vision for precise annotations and swift error detection.

Elevate Your Teaching with Immersive Experiences

An image of an immersive narration in syGlass, showing a presenter's virtual avatar alongside meshes created from segmentation of neurons. A slide containing the title of a publication appears on the virtual screen behind the narrator.

Turn your 3D image data into impactful tools for outreach, scientific communication, community engagement, and education.

How syGlass Accelerates Your Science

A 3D rendering of a light sheet image of an embryo in syGlass.

Authentic Visualization

Understand your data fully by immersing yourself. Enter the cell, de-tangle the axons, and reach into the heart of the problem with stereoscopic visualization and 3D controllers.

A 3D rendering of a field of cells in a confocal image stack in syGlass. Cells have been segmented and appear in many different colors.

3D Segmentation

Volumetric segmentation has never been easier with syGlass. Reach out and paint specific structures, or unleash our deep neural networks for automated segmentation.

A confocal image stack rendered in syGlass, with each cell marked by a red point via the counting tool.

Cell Counting

Get perfect data with syGlass Cell Counting. Manual or automated, cell counting is fast and easy in syGlass. Easily spot missed cells or falsely labeled objects in 3D.

A close-up image of a 3D rendering of a light sheet image of a brain, rendered in syGlass using a cyan color mapping.

Video Creation

Become the director! Utilize the intuitive control scene to make your supporting videos faster and more beautiful. Create key-frame videos or narrations specifically for VR.

A time series image volume rendered in syGlass, with objects tracked through time. Each object's position in time is represented by a circle with a trail, with different colors to distinguish objects.

Tracking Over Time

4D data can be tricky to handle, but syGlass makes it a snap. Track objects through time and space, and export the resulting annotation in an open format.

An image of neurons being traced using virtual reality (VR) controllers in syGlass.

Object Tracing

Reconstruct even the most complex, dense fields of branching structures like neurons or arteries using our assisted 3D tracing tools.

A 3D rendering of a large light sheet image of a mouse brain in syGlass, with bounding boxes shown to illustrate the chunks of high-resolution data.

Big Data Handling

syGlass out-of-core rendering delivers fast, flexible, and seamless visualization and analysis of TB-scale image volumes—even on consumer-grade GPUs.

Four syGlass users, depicted by virtual avatars, in the multiplayer mode, sitting around a conference table with a 3D rendering of a heart, imaged via microCT, at the center. On the virtual TV screens behind the users is a heart illustration.

Multi-User Collaboration

Meet with collaborators, students, patients, and donors in an immersive virtual space where your image volumes, annotations, and slideshows are all at your fingertips.

Curious how syGlass can impact your research?

Validated by Researchers

A scientist in a dark room using virtual reality (VR) controllers to view his microscopy image data in syGlass.

syGlass has been cited in 100+ peer-reviewed research papers across a broad set of disciplines and use cases.

“ ..our minds are literally being blown right now! It’s so intuitive. You were right, the videos don’t do it justice... got to see it to believe it.”
— Postdoctoral Fellow, University College of London
“We found new structures we overlooked during 2D-screen analysis.”
— Senior Researcher, Institut de la Vision, Paris
“syGlass support has been nothing but amazing through this project.”
— Microscopy Core Facility Manager, Monash University

Get Started with syGlass Today