We are developing a surgical robot for minimally invasive spinal surgery based on an innovative tracking system. Unlike optical tracking, our tracking system does not have line of sight issues. It is compact enough to be attached to individual anatomical segments (vertebrae, ilium or sacrum). Surgical landmarks are thus faithfully positioned in space and time throughout the duration of the surgery. Our aim is to provide spinal surgeons with a performance they can depend on for the most precise surgical procedures. Our team consists of experienced executives in surgical robotics, navigation and spinal surgery, with marketing, regulatory and R&D experience. In addition, we are supported by local industrial partners and a startup factory in Grenoble - an area where robotics surgery was pioneered in the 1980s.