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Home / Uncategorized / The team showcased “Real-time Surgical Keypoint Detection” at the MICCAI COLAS Workshop, collaborating with Johns Hopkins, Stanford, and Children’s National Hospital.

The team showcased “Real-time Surgical Keypoint Detection” at the MICCAI COLAS Workshop, collaborating with Johns Hopkins, Stanford, and Children’s National Hospital.

By Optosurgical Admin inUncategorized
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Optosurgical Admin
  • Optosurgical’s collaboration with Johns Hopkins University, Stanford University, and Children’s National Hospital was highlighted on the cover of Science Robotics.
    Previous PostOptosurgical’s collaboration with Johns Hopkins University, Stanford University, and Children’s National Hospital was highlighted on the cover of Science Robotics.
  • Next PostOptosurgical presented research on AI-driven 3D depth estimation for single-camera multi-angle near-infrared fluorescence visualization at WMIC 2025.
    Optosurgical’s collaboration with Johns Hopkins University, Stanford University, and Children’s National Hospital was highlighted on the cover of Science Robotics.

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Optosurgical participated in ISITES 2026 in Washington, D.C., where we presented our 3DMAV technology.
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Optosurgical participated in ISITES 2026 in Washington, D.C., where we presented our 3DMAV technology.

Optosurgical participated in SPIE Photonics West 2026, engaging with global leaders in photonics, imaging, and medical technology.
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Optosurgical participated in SPIE Photonics West 2026, engaging with global leaders in photonics, imaging, and medical technology.

Optosurgical collaborated with MBA students from NYU Stern’s Entrepreneurship and Startup Association (ESA).
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Optosurgical collaborated with MBA students from NYU Stern’s Entrepreneurship and Startup Association (ESA).

Optosurgical presented research on AI-driven 3D depth estimation for single-camera multi-angle near-infrared fluorescence visualization at WMIC 2025.
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Optosurgical presented research on AI-driven 3D depth estimation for single-camera multi-angle near-infrared fluorescence visualization at WMIC 2025.

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