This is Viz Neuro™.

A comprehensive suite of AI-powered solutions designed to improve neurovascular outcomes.

Assure the delivery of prompt and efficient patient care through streamlined multidisciplinary workflows and seamless coordination across networks.

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AI-powered care coordination. At your fingertips.

Receive AI alerts of suspected disease within minutes

View AI-enhanced 3D CTA imaging wherever you are

Collaborate with entire care team in real time

Review relevant patient information any time

Most studied. Comprehensive neurovascular portfolio.

LVO

Large vessel occlusion

Reduces time to treatment and futile transfers

  • Automatically detects and triages suspected large vessel occlusions (LVO)
  • Proven to reduce door-in-door-out (DIDO) and door-to-groin (DTG) times
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Should they stay or should they go? Stroke transfers across a hospital network pre- and post-implementation of an automated image interpretation and communication platform

The implementation of an automated image interpretation and communication platform was associated with increased CTA use, more transfers treated with EVT, and potential economic benefits.

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3D CTA

Enhances vessel visualization

  • Removes bone and venous noise from CTAs to improve vessel clarity
  • Delivers reliable, actionable results within minutes for meaningful time savings
neuro-comprehensive-ctp

Computed tomography perfusion

Reduces motion artifact

  • Automatically analyzes CTP images of the brain with quantified color-coded perfusion maps
  • AI-powered motion artifact correction resulting in 50% fewer motion artifact errors vs. other CTP vendors
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A comparison of two automated CTP algorithms for estimation of core infarct

There was not a statistically significant difference in calculated rCBF<30% volumes between Viz or Rapid, compared to the manually segmented volumes from the 24 hour diffusion MRI.

Hemorrhage

Detects hemorrhage and measures hyperdense regions

  • Automatically detects all types of suspected ICH across all institutions
  • Automatically outlines and measures hyperdensities, lateral ventricles and midline shift for faster assessment
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Optimizing Intracerebral Hemorrhage Management and Interhospital Transfer With Viz ICH Plus AI Technology

This case study explores the integration of Viz ICH Plus into a centralized program called the Neuroemergencies Management and Transfer (NEMAT) program of a large urban healthcare system.

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neuro-comprehensive-aneurysm

Cerebral aneurysm

Increases aneurysm detection

  • Automatically detects suspected cerebral aneurysms in computed tomography angiography (CTA)
  • Find, follow, and consult with patients with a previously undetected cerebral aneurysm
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Validation of an automated machine learning algorithm for the detection and analysis of cerebral aneurysms

The described Viz.ai Aneurysm CNN performed well in identifying the presence or absence of IAs in an independent validation imaging set. Further studies are necessary to investigate the impact of the software on detection rates in a real-world setting.

Count on precision every time.

When precision is crucial, rely on Viz Neuro to deliver unparalleled performance. Viz.ai is the sole AI leader committed to consistently assessing and disclosing product performance even after its introduction to the market.

Algorithm

Sensitivity

Specificity

LVO

96%

94%

ICH

85%

99%

ANEURYSM

94%

94%

SUBDURAL

91%

96%

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