AI-powered subdural care coordination on the proven platform

Realities of subdural care today

Detecting and treating subdurals is challenging. Current care pathways are complex and rely on manual identification and triage.

  • Growing Diagnosis

    Due to the aging population and use of anticoagulation, subdurals are projected to become the most common cranial surgical pathway.

  • Treatment Delays

    Alerting the entire care team can take time and any delay in the workflow can significantly increase morbidity and mortality.

  • Inbound Referrals Difficult to Manage

    It’s challenging for spokes to share imaging with hubs as well as coordinate care for patients being referred or transferred.

  • Cost of Recurrent Subdurals is High

    132% higher than non-recurrent, resulting in 2030 projected costs of $4.8B for the US.1

    1. Balser, D., Farooq, S., Mehmood, T., Reyes, M., Samadani, U., 2015.

Synchronize subdural care with
intelligent care coordination

Viz SUBDURAL uses AI-powered alerts to promote collaboration among the entire care team to coordinate care, increase access to treatment and lower hospital costs.

AI-powered alerts

Automatic detection of suspected acute and chronic subdurals

High-fidelity image viewing

Review patient scans with the hyperfast 3D image viewer from mobile, desktop or radiology workflow

Screenshot of the app demonstrating HIPAA-complicant communicationScreenshot of the app demonstrating real time patient informationScreenshot of the app demonstrating high-fidelity image viewingScreenshot of the app demonstrating AI-powered alerts

Real time patient information

Examine detailed patient information and receive immediate updates as patient status changes as soon as it’s entered into the app or EHR

HIPAA-compliant communication

Coordinate care across teams and hospitals in a HIPAA-compliant environment

Viz SUBDURAL allows us to detect both acute and chronic subdural hemorrhages to better identify early treatment pathways. Having an algorithm that identifies both can allow us to take better care of our patients.
Jason Davies
Associate Professor of Neurosurgery and Biomedical Informatics

Benefits of AI in your workflow

A doctor looking at a brain scan on a computer monitor.

Detect more subdurals

Automatically identify acute and chronic subdural bleeds, then quickly notify the care team to mobilize in case an immediate intervention is necessary.

Illustration of doctor receiving alers on his mobile device

Increase access to treatment

Viz SUBDURAL optimizes your existing workflow by activating the right team member at the right time with the right information.

Illustration of an operating table

Improve outcomes for patients

Transfer data seamlessly through the secure, cloud-native platform and connect with the entire care team, minimizing treatment delays.

Reduce Hospital Costs

There is a growing healthcare burden related to Chronic Subdural Hematoma (cSDH). Recurrence is common and treatment costs for recurrent cSDHs is 132% higher than the treatment cost of non-recurrent. Clinical trials are investigating promising new cSDH treatments that positively impact hospital costs.



Current treatment methods associated with a higher total hospital cost compared to new treatment options

Post Acute Cost2


The treatment cost for recurrent CSDHs was 132% higher than the treatment cost of non-recurrent

Annual Payer Impact4


2030 cost of cSDH hospitalization in the US expected to be $4.8 billion3

  1. Catapano et al, J Neurointerb Surg. 2021 Dec *:neurintsurg-2021-018327.
  2. Rauhala, M., Helén, P., Huhtala, H. et al. Acta Neurchir 162, 2033-2043 (2020)
  3. Balser, D., Farooq, S., Mehmood, T., Reyes, M., Samadani, U., J Neurosurg. 2015 Nov;123(5):1209.
  4. Kalanithi, P., Schubert, Shibvanand, P. et al. Neurosurg. 2011 Nov;115(5):1013-8.

*Derived from projected incidence of cSDH in 2030 and hospital costs adjusted to 2% inflation to 2030.

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