MACHINE ASSISTED SURGICAL CARE
Our research aims to provide rigid scientific evidence in our creations, encouraging the scientific community to better embrace innovative practice.
Computer Vision
Optimising computer vision architecture of intraoperative surgical guidance
Mixed Reality
Maximising training opportunities and preoperative planning by incorporating MR
Natural Language Processing
Using NLP to improve electronic workflow and documentation
3D Printing
Creating new tools to enhance telemedicine care of neurosurgery
The Surgeon-Machine Interface (SMI)
Using groundbreaking
computer vision technology, the SMI can see, learn, and give back novel analytics to the surgeons intraoperatively, in realtime.
STATE-OF-THE-ART SEGMENTATION
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NOVEL METRICS
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THE AUTONO DIGITAL PRODUCTS
We’ve developed an app so that each vehicle can drive autonomously and make decisions based on real-time information and situational awareness.
ADVANCED CYBER SECURITY
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REAL-TIME INFORMATION
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