The collaboration will bring together robotic-assisted intraoperative imaging, advanced surgical navigation, and Mixed Reality visualization technologies into a unified ecosystem designed to enhance clinical precision, improve surgical workflows, and support advanced surgeon education in functional neurosurgery.

The initiative comes at a time when neurological conditions have become the leading cause of ill health and disability worldwide. According to the World Health Organization, more than 3 billion people globally, over 40% of the world’s population are living with neurological disorders. Parkinson’s disease is among the fastest-growing neurological conditions, while epilepsy continues to affect around 50 million people worldwide, with India accounting for a significant share of the global burden. As demand for advanced interventions such as Deep Brain Stimulation (DBS) and epilepsy surgery continues to grow, the need for highly precise treatment approaches and greater access to specialist expertise has become increasingly urgent. Through this collaboration, Brainlab and KIMS Hospitals, Bengaluru, aim to create a regional centre of excellence that will advance clinical capabilities, strengthen knowledge exchange, and support the adoption of precision-guided functional neurosurgery across South Asia.

Mr. Vinicius Dessoy Maciel, President, Brainlab, Munich, Bavaria, Germany, said, “The establishment of South Asia’s first Brainlab Functional Neurosurgery Reference Centre & Training Hub marks an important milestone in expanding access to advanced neurosurgical technologies and education. By bringing together innovative imaging, digital surgical workflows, and structured clinical training within a single reference centre, this collaboration will help accelerate the adoption of precision-guided functional neurosurgery and support the development of future-ready surgical expertise across the region.”

Brainlab has more than 35 years of experience advancing precision medicine through software-driven technologies used in neurosurgery, digital surgery, medical imaging, and radiation oncology. The company’s solutions are deployed in thousands of healthcare institutions across more than 120 countries, helping clinicians improve surgical accuracy, workflow efficiency, and patient outcomes.

Speaking on the collaboration, Dr. R. Chinnadurai, Regional Medical Director and Chief of Adult Medical Intensive Care & Emergency Services at KIMS Hospitals, Bengaluru, said, “Through our S.H.I.F.T. (Smart Healthcare Innovation for Functional Treatment) initiative, KIMS Hospitals is creating a new blueprint for functional neurosurgery in South Asia. we are creating a new model for functional neurosurgery that brings together Robotic-assisted intraoperative imaging with Loop-X®, advanced surgical navigation through Curve®, and Mixed Reality visualization technologies and clinical expertise within a single integrated ecosystem.  This initiative is a core part of our ongoing commitment to elevating specialized healthcare infrastructure. This is not simply an upgrade in technology, but a redefinition of how care is delivered. Functional neurosurgery demands extraordinary precision and consistency, and that cannot be achieved through isolated tools or fragmented systems. This center will enable surgeons to train and operate within a connected, technology-enabled environment, ultimately helping deliver safer, more predictable outcomes for patients across South Asia.

I would also like to take this opportunity to thank our incredible team of doctors: Dr. Ravi Mohan Rao B, Dr. Raghuram Gopalakrishnan, Dr. Guruprasad Hosurkar, and Dr. Dinesh Nayak S. Without their support, we wouldn’t have been able to achieve this milestone or get to where we are today, added Dr. Chinnadurai.

Through this collaboration, Brainlab and KIMS Hospitals, Bengaluru aim to create a leading Center of Excellence for functional neurosurgery in South Asia, bringing together cutting-edge technology, world-class clinical expertise, and structured training programs to elevate standards of care, foster innovation, and meet the growing demand for advanced neurological treatments.