GEYEDANCE final in-vivo tests successfully completed

We are pleased to report the successful conclusion of the final in-vivo tests for GEYEDANCE, conducted in Diest, Belgium.

Our developed features and technologies were thoroughly assessed by several surgeons, providing us with important critical data and confirming their effectiveness in supporting retinal procedures.

These tests underscore the potential impact of our innovations, marking a significant achievement for the project.

Thank you to all who contributed to this big milestone. We look forward to seeing how the results from GEYEDANCE can enhance surgical precision and outcomes in the future.

Latest News

New GEYEDANCE publication in IEEE Transactions on Biomedical Engineering

The GEYEDANCE project is pleased to highlight a newly published study on IEEE Xplore titled: “Robust Distance Estimation with Out-of-distribution Detection in Ophthalmic Surgery” released in February, 2026. This new IEEE‑published work introduces a deep learning method that improves micrometer‑scale instrument‑to‑retina distance estimation, a key factor for patient safety in ophthalmic surgery. Validation on ex …

New GEYEDANCE publication in IEEE Transactions on Biomedical Engineering Read More »

GEYEDANCE final report successfully completed

We are proud to announce the successful completion of the GEYEDANCE project (Project No. 101070443), titled “AI Guidance for Robot-Assisted Eye Surgery”, funded by the European Union’s Horizon Europe research and innovation programme. Project duration was 36 months, from September 2022 until August 2025 – the final project review with external experts took place in October …

GEYEDANCE final report successfully completed Read More »

GEYEDANCE publication at the IEEE Robotics and Automation Letters

We are pleased to highlight a recent IEEE publication from the GEYEDANCE project: “Distance-Based Shared Control for Vitreoretinal Surgery”. The work introduces a robotic assistance approach that uses real‑time distance sensing to help surgeons navigate safely around fragile ocular structures. This research aligns strongly with GEYEDANCE’s mission to enhance surgical precision through human‑centred intelligent robotic …

GEYEDANCE publication at the IEEE Robotics and Automation Letters Read More »

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