CLINICAL APPLICATIONS
Orthopedics first.
Expertise without boundaries.
We are starting where anatomy, instruments and implants create a clear foundation for surgical perception and guidance—then building toward a broader intelligence layer for open surgery.
REDEFINE SURGERY / CLINICAL APPLICATIONS
WHY ORTHOPEDICS
A concrete place
to make intelligence useful.
Orthopedic surgery connects three-dimensional anatomy, a patient-specific plan and precise physical actions. It is a natural starting point for a platform that needs to understand the surgical field and help carry a plan into execution.
Our development approach is anatomy-specific. A common technology foundation can be reused, while the instruments, workflows, interfaces and evidence are developed for the particular procedure.
DEVELOPMENT FOCUS
Common infrastructure.
Procedure-specific solutions.
Shoulder
A founding partner focus, connecting surgical planning, anatomy understanding and guidance for shoulder arthroplasty.
Knee
A development area for vision-based anatomy registration and guidance, with a path toward compact robotic assistance.
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The areas below describe development and collaboration interests. They are not cleared indications or available clinical products.
Shoulder-specific registration and navigation
Implant and instrument workflow integration
Collaboration with Catalyst OrthoScience
Femur and tibia perception and registration
Alignment of surgical plans and instruments
Navigated and robotic guidance concepts
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Hip
An application area for combining spatial understanding with partner-specific planning and instrument workflows.
Anatomy and instrument orientation
Plan-to-procedure alignment
Guidance integration feasibility
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Foot & ankle
A development opportunity for compact, procedure-specific assistance where footprint, instrument access and precision matter.
Compact robotic positioning concepts
Adjustable patient-specific guidance
Partner-led procedure selection
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THE CARE SETTING MATTERS
Designed around
where surgery happens.
Hospital and ambulatory workflows place different demands on equipment, setup, space and support.
We are pursuing adaptable, portable technologies and a range of physical interfaces so the solution can be matched to the procedure and setting. Clinical performance and workflow benefits must be validated in each application.
Operating room fit
Design around line of sight, instrument access, sterile workflow and the way the team moves through the case.
Appropriate assistance
Use navigated manual tools, compact robotics or arm-based configurations according to the surgical task.
Repeatable deployment
Consider setup, training, service and integration alongside the core technology.
BEYOND THE FIRST APPLICATION
Follow the clinical need.
Our broader vision extends to open surgery and to procedures where better perception, guidance or robotic collaboration could address an important workflow problem.
We are interested in surgeon-led exploration of arthroscopy, endoscopy and reconstruction, including procedures where technology might help reduce the surgical exposure. These are exploratory areas that begin with clinical problem definition.