THE PLATFORM
Intelligence that connects
the plan to the procedure.
Redefine is building the perception, learning and guidance infrastructure that connects surgical expertise to the physical world.
REDEFINE SURGERY / THE PLATFORM
COLLABORATIVE SURGICAL INTELLIGENCE
More than a camera.
More than a robot.
Navigation helps establish where things are. Surgical intelligence must also understand what is happening, what the surgeon is trying to achieve and how technology can help carry out the plan.
Our architecture connects these layers so that perception, software and physical tools can develop together. Partners can work with the modules relevant to their products rather than starting from a complete system replacement.
EXPLORE THE ARCHITECTURE
Four capabilities.
One connected loop.
From sensing anatomy to supporting an action, each layer creates the foundation for the next. Explore the platform concept.
The learning loop describes our development architecture and long-term vision. It does not represent autonomous clinical operation.
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Computer vision is being developed to understand anatomy and instruments in three dimensions, creating the spatial foundation for navigation.
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Structured procedure data connects what the surgeon sees, decides and does. The goal is to make expertise useful beyond a single operation.
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Patient anatomy, the surgical plan and procedural context inform guidance that supports the surgeon at the point of decision.
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A shared intelligence layer is designed to support navigated instruments, micro-robotics, handhelds and robotic arms.
THE TECHNOLOGY STACKS
Built as infrastructure.
Understand the surgical scene.
Computer vision creates a three-dimensional relationship between the anatomy, the surgical plan and the tools in the operative field.
Connect actions to context.
A useful learning system needs more than a recording. We are developing ways to structure procedure information so that a step, an action and its context can be understood together.
01 / Perception
A shared foundation that can support multiple instruments, robots, procedures and partner platforms.
Markerless anatomy registration
Anatomy and instrument pose estimation
Spatial context for navigation
Procedure and workflow understanding
Expert demonstrations and annotations
Governed data collaboration
02 / Procedure data
Turn experience into guidance.
Models are being developed to connect expert technique with patient anatomy and procedural context, supporting the future Surgical Mentor.
Learning from surgical expertise
Plan-aware guidance concepts
Personalization within surgeon control
03 / Surgical intelligence
Bring intelligence to the instrument.
A modular execution layer is designed to make the platform useful across different levels of physical assistance, from navigated manual tools to robotic systems.
Navigated instruments and adjustable guides
Micro-robotic and handheld concepts
Robotic arms and partner end effectors
04 / Physical collaboration
A PRACTICAL DEVELOPMENT PATH
Build the foundation.
Expand what it enables.
Each generation should solve a concrete surgical workflow problem and create a foundation for more capable systems.
01
Navigation
Establish the spatial foundation: anatomy registration, instrument tracking and alignment with the surgical plan.
02
Guidance
Connect that spatial context to surgical tools and adjustable guidance, supporting execution within the surgeon’s workflow.
03
Intelligence
Build toward context-aware mentorship and robotic collaboration, informed by expert surgical data.
DESIGNED FOR INTEGRATION
Keep your identity.
Add intelligence.
The platform is designed to integrate with partner products, clinical workflows and distribution models.
Choose the perception, guidance or robotic modules relevant to your product.
Co-develop anatomy- and procedure-specific workflows.
Define instrument, implant and user interface integration together.
Agree validation, regulatory responsibilities and commercial deployment.
Build a non-exclusive relationship around an agreed field of use.