.png){kind=logo}
.png)
The brain is extraordinarily complex and delicate. It defines who we are, including our intelligence, personality, and consciousness. Removing lesions within our brain has enormous risk.
Neurosurgery relies on large openings in the skull and complex procedures which can lead to longer recovery times, complications and long lasting impact on quality of life.
Surgeons currently rely on static images for guidance. During surgery there is no real-time imaging feedback to safely navigate within the brain.
We are developing minimally invasive biopsy and surgical techniques for brain lesions, enabling clinicians to diagnose and treat without large skull openings and significantly reducing patient trauma.
Our framework includes high-fidelity simulators for clinician training and rigorous economic assessments to ensure global scalability. We aim to transform complex neurosurgeries into routine, safer, and more accessible interventions.
SEISMIC combines ultrasound and X-ray imaging for live, high-precision surgical navigation. This minimally disruptive imaging provides real-time feedback, ensuring accuracy without disrupting the surgical workflow.
