Surgeon performs heart bypass from home via compact robot console

Imagine a heart surgeon performing a coronary artery bypass while sitting in an armchair at home, wearing a pair of lightweight glasses.

That just happened. SS Innovations International announced that it completed its first telesurgery using the SSi Mantra Tele Surgeon Console (TSC). Dr. Sudhir Srivastava, the company's founder and CEO, operated from his living quarters in New Delhi to perform a robot-assisted bypass on a patient roughly 185 miles away at Manipal Hospital in Jaipur, India.

An entire surgical console in an armchair

Traditional robotic surgery systems require massive command stations that hog entire operating rooms. The TSC takes the opposite approach by packing the full electronics suite directly into a compact, self-contained chair.

Surgeons put on lightweight 3D glasses for a magnified view and use magnetic sensor-based controls to guide the robotic arms. Because of its tiny footprint, hospital networks can place these consoles inside private physician offices or clinics without tying up physical OR real estate.

The system pairs with the broader SSi Mantra platform, which supports three to five modular robotic arms and more than 40 surgical instruments. A bedside vision cart gives local assistants the exact same high-definition view the remote surgeon sees.

SS Innovations has now logged 35 telesurgeries, including 10 remote cardiac procedures and 250 total cardiac interventions. In September, one of its surgeons performed a pediatric kidney surgery across nearly 1,000 miles. The company also completed an FDA human factors validation study last month, aiming for US clearance in early 2026.

Why it matters

We think this compact form factor addresses the real bottleneck in robotic surgery: physical footprint and cost. Bulky million-dollar setups from legacy vendors keep robotic access locked inside well-funded flagship hospitals. Shrinking the surgeon console into a standalone chair means rural clinics or community networks only need the patient-side cart on-site, while specialists can dial in from a regular office.

That said, home-based telesurgery introduces huge operational questions. Operating over commercial or residential broadband introduces latency and failover risks that hospitals spend millions to mitigate. While doing a coronary bypass from a private residence proves what is technically possible, scaling this setup beyond controlled clinical demonstrations will require bulletproof fail-safes and clear legal frameworks for who holds liability when a connection drops.