Introducing

The Imaging Suite

Multimodal preclinical neuroscience data processing platform — regional quantification and multi-modal integration on your on-premises private cloud.

Used in landmark studies published in Nature and Cell journals by NIH researchers.

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Secure.

On-Premises.

Data Integration at Scale.

Institutional Control | Enterprise Performance

Extract More From Your Data

The Imaging Suite is the core platform — buy the modules you need, connect labs, visualize and quantify together.

Reliably integrate neuroscientific data across all scales—from anatomic to molecular.

Deploy on your infrastructure with hybrid on-premises private cloud — without sending data off-site.

Try the Interactive Viewer

Toggle modalities in the sample-space visualizer below.

Visualize.Together.

Toggle modalities, fly through sample-space reconstructions, and explore regional quantification outputs.

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3D Objects

View presets

Anatomic Imaging Module

Micro-CT · sample space

Spatial Omics Module

MERFISH · registered to sample

Cross-section depth

On-premises private cloud

Regional quantification, distribution analysis, and cohort review — in one viewer.

Built for giga-scale preclinical datasets your team already generates. Compare cohorts, export publication-ready views, and share securely across labs on your own infrastructure.

37Bone SegmentsSkull morphology

282Vascular SegmentsTopology-aware extraction

1,018Brain RegionsAllen CCFv3 · native sample space

Lab sharing

Private cloud

Air-gapped ready

Outputs include vessel diameter distributions, regional cell counts, connectivity graphs, and atlas-labeled metrics — all in native sample space.

Your workflow.Streamlined.

Micro-CT, light sheet, pathology, and spatial omics — plan the modules your lab needs. Each integrates in native sample space on your on-premises private cloud.

Configure View protocols

Scientific. Published.

Peer-reviewed research demonstrating the Imaging Suite's capabilities in advancing neuroscientific discovery.

Nature|2026

Highly dynamic dural sinuses support meningeal immunity

NIH researchers used The Imaging Suite to map cranial vasculature and reveal dural sinuses as dynamic regulators of fluid exchange, immune surveillance, and antiviral defence.

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Nature|2024

Venous-plexus-associated lymphoid hubs support meningeal humoral immunity

NIH researchers used The Imaging Suite to discover dural-associated lymphoid tissues (DALT)—previously unmapped immune structures vital for brain-border immune protection.

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STAR Protocols|2023

Visualization of murine in situ neurovascular interfaces

The definitive step-by-step protocol for in situ cranial vasculature visualization — standardizing workflows for the global research community.

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Cell Reports Methods|2021

Non-invasive in situ Visualization of the Murine Cranial Vasculature

NIH researchers used multi-modal integration of The Imaging Suite to reveal hidden vascular connections between the skull and brain.

Read Paper

View all publications

Research questions.
Explore in the Imaging Suite.

Solutions guide

Annotated neurovascular network graph analysis in the Imaging Suite

How can I map the brain, skull, and vessels without destroying my sample?

Combine multi-modal data to explore neurovascular interfaces in situ — intact and quantifiable.

Explore this workflow

Brain regional volume analysis in native sample space

How do I quantify regional brain volumes in the specimen’s own space?

Explore this workflow

Bone regional volume analysis with annotated skull regions

How can I measure bone morphometrics in situ?

Explore automatically generated 3D regional morphometrics while keeping the intact anatomic context.

Explore this workflow

Side-by-side cohort comparison in native sample space

How can I compare samples in my cohort to each other — or to a reference atlas?

Compare samples and atlases side-by-side, exploring automatically generated quantitative metrics and 3D visualizations.

Explore this workflow

Standards.Redefined.

Benchmark	The Imaging Suite	Legacy Standard
Reproducibility	Deterministic	Stochastic
Data Control	Institutional Control	Third-Party Dependent
Cohort Comparisons	Automated	Manual Intervention
Operational Cost	High-Efficiency OpEx	Linear Scale Pricing

Reproducibility

The Imaging SuiteDeterministic

Legacy StandardStochastic

Data Control

The Imaging SuiteInstitutional Control

Legacy StandardThird-Party Dependent

Cohort Comparisons

The Imaging SuiteAutomated

Legacy StandardManual Intervention

Operational Cost

The Imaging SuiteHigh-Efficiency OpEx

Legacy StandardLinear Scale Pricing

Full Market Analysis

The Imaging Suite | NeuroSimplicity

Introducing

The Imaging Suite

Secure.

On-Premises.

Data Integration at Scale.

Extract More From Your Data

Try the Interactive Viewer

Visualize.Together.

Regional quantification, distribution analysis, and cohort review — in one viewer.

Your workflow.Streamlined.

Scientific. Published.

Highly dynamic dural sinuses support meningeal immunity

Venous-plexus-associated lymphoid hubs support meningeal humoral immunity

Visualization of murine in situ neurovascular interfaces

Non-invasive in situ Visualization of the Murine Cranial Vasculature

Research questions.Explore in the Imaging Suite.

How can I map the brain, skull, and vessels without destroying my sample?

How do I quantify regional brain volumes in the specimen’s own space?

How can I measure bone morphometrics in situ?

How can I compare samples in my cohort to each other — or to a reference atlas?

Standards.Redefined.

Reproducibility

Data Control

Cohort Comparisons

Operational Cost

Research questions.
Explore in the Imaging Suite.