SEMILIVE LIBRARY · 7 PROCEDURES · PCNL
Neither a passive recording nor a broadcast you cannot stop. Every mosaic™ capture is stepped through with the Remote, in the order the surgeon worked.
semilivesurgery.com is a surgical training platform that uses multi-screen recordings of real procedures, captured without editing, to train surgeons as close to reality as possible.
Our original capture technique, the mosaic recording™, combined with the semilive player, lets you relive a surgical procedure by choosing your camera angle at any moment, inside a Zoom conference room accessible 24/7 from anywhere in the world.
Learners choose the procedure they wish to revisit and take full control of the playback using the Remote. At their own pace. With their peers.
Additionally, one or more sessions with the surgeon who performed the procedure can be scheduled to go further and ask questions during a masterclass.
Our proprietary multi-screen capture method records every angle simultaneously, without editing, giving you the raw, unfiltered surgical reality.
The semilive player restitutes surgery as if it were happening live. Full temporal control, free angle selection, at the pace of the learner.
Via semilivecontrol.fr, learners take full command of the diffusion: pause, rewind, switch camera, drive the case. Broadcast into the shared Zoom room in real time.
A scheduled live session with the operating surgeon. Open Q&A, technique discussion, and in-depth review of the cases from the current programme.
Three reasons why surgical teams choose semilivesurgery.com over traditional replay or live surgery sessions.
This training method mirrors compagnonnage, the most established form of surgical teaching, placing the learner alongside the expert step by step.
Unlike live surgery sessions, there are no disruptions to the surgical environment, no ethical concerns about patient exposure, and no performance pressure for the operating surgeon.
The freedom to choose your angle of view reproduces what more complex and expensive systems like VR offer, at a fraction of the complexity.
From account creation to driving a live operative case, the platform is designed for surgeons, by surgeons.
Create an account and access the platform
Enter the live Zoom meeting room and meet other surgeons
Open the Remote via semilivecontrol.fr
Drive the semilive case as you want, choose your angle at any moment
Choose another case from the catalogue and keep going
Dr Nadia Abid · Urology Department, Hospices Civils de Lyon
A scheduled session with Dr Nadia Abid, open for live discussion and questions about the operative cases from this programme.
Live Zoom session covering all 7 cases from the current programme. Open Q&A, technique discussion, and access strategy review. Date to be confirmed. Register your interest to be notified.
semilivesurgery.com is a surgical training platform using multi-screen recordings of real procedures (mosaic recording™) combined with the semilive player. Surgeons relive operations live, choose their camera angle, and discuss with peers inside a shared Zoom conference room, 24/7, from anywhere in the world.
A masterclass is a scheduled session with one or more expert surgeons, open for live discussion and questions about one or several operative cases proposed during the current training period.
The Remote is accessible via semilivecontrol.fr. Once inside the Zoom session, you take full control of the semilive player: pause, rewind, switch between camera angles, and drive the case at your own pace. All participants in the Zoom room see the same diffusion in real time.
semilivesurgery.com is designed for surgeons in training and practising surgeons who want to deepen their technical knowledge through immersive, realistic case review, without the ethical and logistical constraints of live surgery observation.
Standard surgical videos are edited, single-angle, and passive. The semilive player gives you full temporal control and free choice of camera angle across a multi-screen mosaic recording: the closest equivalent to standing in the operating room, at a fraction of the complexity of VR systems.