Zimmer Biomet Launches Surgeon-Guided Autonomy To Advance Intelligent Orthopedic Surgery

Built on a simple principle: transfer surgeon burden, not control, Surgeon-Guided Autonomy envisions intelligent systems that translate surgeon-defined intent into action across surgical planning, execution and recovery while preserving the surgeon's expertise, judgment and control.

The introduction will take place during Zimmer Biomet's sponsored symposium: The Future Is Now — From Kinematic Alignment to Intelligent Surgery at the Annual Meeting of the American Association of Hip and Knee Surgeons (AAHKS). The symposium will address topics of the unmet needs in orthopedics, share an integrated kinematic alignment philosophy in practice and introduce Surgeon-Guided Autonomy, alongside its new framework: Predict. Perform. Recover.

The company will also introduce a new awareness campaign: Surgeon-Guided AutonoMe. The intentional spelling emphasizes the campaign's focus on intelligent surgical systems that put the surgeon at the center and work toward one outcome: more autonomy for the surgeon, not from the surgeon.

The new category

The philosophy of Surgeon-Guided Autonomy inverts the traditional relationship between surgeons and their OR technology. It puts the surgeon where they should be, at the center, instead of asking surgeons to do more around technology. The vision is that with Surgeon-Guided Autonomy, intelligent surgical systems should take on more of the burden, translating clinical intent into action across planning, execution and recovery, while preserving surgeon judgment and control.

To meet Zimmer Biomet's definition of Surgeon-Guided Autonomy, the technology should:

Understand surgeon intent;
Execute on behalf of the surgeon;
Keep the surgeon in command and control;
And create a learning loop, connecting what happens in surgery to how patients recover, so each case can inform the next plan.
Zimmer Biomet's Vision for the Category Framework:

Surgeon-Guided Autonomy is built around three connected moments in the care journey, linked in one continuous loop:

Predict — Know where you're going before you begin. Autonomously analyze patient-specific data, simulate surgical options and recommend personalized plans aligned with the surgeon's goals and patient expectations.
Perform —Translate the surgeon's plan into autonomous execution of defined surgical tasks, with continuous monitoring and surgeon oversight.
Recover — Autonomously analyze recovery data, identify patients deviating from expected progress and deliver actionable insights to the care team—while informing future surgical planning.