Leadership from GEM Hospital frames OPERATION INFINITY as a transformative step in robotic surgery that breaks geographic barriers and optimizes clinical talent across the network.

The initiative was officially unveiled during GEM TECHNOSURG 2026 in Chennai, with around 1,000 surgeons and professionals in attendance, marking a high-profile launch.

The platform aims to decentralize access to world-class healthcare by bringing master surgeon expertise to regional patients and expanding surgical training opportunities for young surgeons.

The network enables real-time collaboration, diagnostic sharing, expert guidance, and cross-city support for complex procedures without delay.

GEM Hospital launches OPERATION INFINITY, the first interconnected dual-city robotic surgery network in India, linking Chennai and Coimbatore to enable real-time expert guidance and collaborative procedures across distances.

Senior GEM leaders say the network decentralizes premier medical expertise, enhances surgical safety and precision, and enables real-time training for next-generation surgeons through multi-city collaboration.

Educational benefits include real-time multi-city observations that enhance surgical training and skill development.

The AI-driven platform supports stability, precision in gastrointestinal and oncological surgeries, and broadens regional access for patients who previously needed to travel.

Key features include dual-console interconnectivity allowing cross-location surgeon participation, AI-powered support for predictive analytics and precision, and expanded patient access by reducing travel needs.

The initiative was inaugurated by Tamil Nadu Health Minister Dr. K.G. Arunraj, underscoring government involvement in advancing innovative healthcare technology.

OPERATION INFINITY demonstrates GEM Hospital’s commitment to delivering top-tier surgical precision across distances, proving geography is no longer a barrier to high-end care.

The event also featured participation from scientist Mylswamy Annadurai, highlighting broad support for robotics-driven healthcare advances.