A New Sense in Minimally Invasive Surgery
Sentiré is developing real-time chemical sensing technology designed to add a new layer of intraoperative awareness without disrupting surgical workflow.
Introducing a new category of intraoperative information.
Minimally invasive surgery depends on what can be seen through the camera's lens and inferred through instruments. But the surgical environment contains additional information that is not visible to the human eye.
Sentiré is developing technology designed to introduce real-time chemical sensing — an additional layer of awareness working quietly in the background alongside existing tools.
Designed to Work in the Background
SENSai™ interfaces with existing minimally invasive surgical workflows through standard access points and operating room infrastructure.
Designed for Seamless Integration
Sentiré's technology integrates with existing laparoscopic and robotic workflows, without requiring changes to surgical tools or techniques. SENSai™ is intended to operate continuously in the background, supporting intraoperative awareness and improving procedural efficiency.
Evaluating evolving patterns, not single data points.
The surgical environment contains dynamic chemical information that may reflect changing intraoperative conditions. Sentiré's SENSai™ is being developed to detect and interpret these signals as they occur.
Rather than focusing on a single data point, the platform is designed to evaluate evolving patterns within a complex surgical environment.
A core design principle is simplicity.
Sentiré's SENSai™ fits within existing laparoscopic and robotic workflows, operating alongside current surgical systems without adding unnecessary complexity. The goal is to enhance awareness while preserving the flow of surgery.
Building the Future of Intraoperative Sensing
Sentiré is developing a new sensing layer for minimally invasive surgery that expands beyond what surgeons can see and feel today.
Explore Applications →