nEUROviz
High Precision Diagnosis with NeuroViz
Our NeuroViz product empowers neurosurgeons to perform precise preoperative planning by protecting eloquent brain areas during surgery. Our solution provides advanced multidimensional analytics from structural and functional imaging data to simplify the complex brain surgery landscape. It supports neuroradiologists and oncologists in estimating volumetry information, assigning tumor subtypes, and determining various cortical and subcortical brain region of intertest (ROI) and establishing structural and functional connectivity. It also aids neurologists in making clinical manifestation about various other neurological disorders.
Our AI-driven technology enhances brain tumor diagnosis by analyzing medical images with greater than 92% sensitivity and 100% specificity. NeuroViz is deployed on-cloud and also on-premise to be accessed by healthcare centers. NeuroViz is HIPPA compliant and satisfies security concerns regarding data security on cloud server. The analytics result can easily be accessed on mobile and computers.
Our Services
Although, many of the tertiary care centres equipped with sophisticated surgical tools they are still lacking in advanced neuroimaging analytic tools crucial for neurosurgery, deep brain stimulation planning and assessment. Our service increase efficiency by several folds at the same time minimizes inter-reader variability in accessing clinical conditions. We offer on-cloud services in neuroimgaing analytics that cater to the diverse needs of neurosurgeons, neuroradiologists, neurooncologists and neurologists and provide positive patient outcomes.
Our Product
We are dedicated in making a global impact by achieving highest standards of safety, reliability, and efficacy through rigorous research and validation of our product. NeuroViz features offer comprehensive insights into neuroimaging, enabling precise diagnosis, treatment planning, and monitoring neurological conditions. NeuroViz's integration of advanced AI models and multi-dimensional rendering options enhance the understanding of complex brain structure and function, providing clinicians and researchers with powerful tools for improving patient outcomes.