Advanced Image Guided Neurosurgery Planning
Our Vision
Our vision is to transform neurosurgical planning and assessment of complex neurological disordered to improve surgical outcomes and diagnostic accuracy
Our Mission
Our mission is to deliver a state-of-the-art, image-guided neurosurgery planning platform worldwide, transforming surgical precision and patient safety
Solutions
Brain Tumor
Accurate delineation of the tumor core from surrounding edematous tissue is essential to achieve safe and maximal resection. Brain tumors are often highly infiltrative, extending into surrounding white-matter pathways and lying in close proximity to functionally active regions, major blood vessels, and critical cortical and subcortical structures. Damage to these eloquent regions can result in significant postoperative neurological deficits.
NEUROVIZ, a state-of-the-art image-guided neurosurgical planning platform, addresses this challenge by precisely mapping tumors alongside critical neuroanatomical and functional structures and enables neurosurgeons to plan and execute surgeries with greater confidence, precision, and safety.
- Tumor delineation sensitivity: 92%
- Validated on: 600+ patient datasets
Brain communication pathways
White matter fiber tracts are the communication pathways that connect different eloquent brain regions. By visualizing these tracts, surgeons understand which regions must be preserved to maintain essential functions such as movement, speech, or vision.
NEUROVIZ accurately identifies the spatial relationship between brain tumors or lesions and adjacent white matter fiber tracts, providing critical insight for surgical decision-making. By visualizing critical pathways in relation to the lesion, NEUROVIZ enables neurosurgeons to determine the safest surgical corridor to access deep-seated targets while minimizing the risk of tract disruption. This precise planning is especially vital when operating near eloquent regions, where even minor injury can result in permanent neurological deficits.
Cerebrovascular System
Accurate delineation of the cerebral vascular system is critical for the diagnosis and management of neurovascular anomalies. Conditions such as arteriovenous malformations (AVMs) and aneurysms demand precise identification of vascular anatomy to minimize intraoperative risk.
NEUROVIZ enables high-fidelity visualization of cerebral blood vessels in relation to surrounding brain structures, supporting meticulous preoperative planning and risk assessment. By providing a clear understanding of vascular morphology, flow-related anomalies, and their spatial context, NEUROVIZ helps surgeons plan safer, more effective neurovascular interventions while reducing the risk of hemorrhage and neurological deficits.
Resting State Functional Network
Resting-state networks (RSNs) represent synchronized brain activity at rest. RSNs mapped motor, language, visual, default mode, and attentional networks without requiring patient to perform. Disruption of these networks is commonly observed in neurological conditions such as brain tumors, epilepsy, and neurodegenerative disorders, and their identification is critical for preserving function during surgical intervention.
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NEUROVIZ automatically generates patient-specific RSNs and integrates them with tracts, and tumor and provide a unified planning environment. NEUROVIZ assists neurosurgeons in identifying regions that must be preserved.
Customized integrative platform
NEUROVIZ seamlessly integrates multimodal MRI, CT, white matter tracts, functional mapping, and vascular imaging to support high-precision decision-making across neurosurgery. The platform enables clinicians to visualize and quantify complex relationships between tumors, white matter pathways, eloquent brain regions, and cerebral vasculature in both 2D and interactive 3D views. Its modular architecture allows surgeons/radiologist to tailor analytics, visualization layers, and reporting outputs based on specific clinical needs and surgical objectives.
