Our Solution

Ocuvera’s industry-leading predictive abilities are powered by state-of-the-art artificial intelligence (AI) and customized computer vision algorithms. Trained using over 250,000 hours from the world’s largest video database of real hospital patients, these algorithms detect patient movements that predict getting out of the bed or chair without assistance. AI means that the Ocuvera system is completely automated – no nurses or monitoring technicians need to actively watch patients.

The entire Ocuvera sensor clicks into a dock mounted on the wall of the hospital room. Sensors can easily be moved between docks, so you can be sure Ocuvera is always monitoring the patients that need it most.

The Ocuvera system was ergonomically designed to be simple for nurses to use and easy to store. The sensor weighs just 3 pounds. It is not a trip hazard: no carts are needed since the sensor mounts on the wall. Ocuvera’s storage carousels can hold up to 12 sensors in the space needed for a single IV pole.

Ocuvera uses a state-of-the-art three-dimensional camera, which is ideal for capturing every detail of a patient’s movements and the hospital room, day or night, while preserving privacy. Nurses using Ocuvera are able to view streaming video in different color settings.

The system’s interface is a touchscreen attached to the camera. Here, nurses can quickly and easily start, stop, and pause patient monitoring sessions.

Nurses can receive and respond to video alerts from anywhere on the floor with Ocuvera-provided or hospital-supplied smartphones. Nurses see, hear, and speak to their patients from anywhere and at any time.

Nurses can keep an eye on their patients with always-on streams from each patient room for up to 80 rooms. Nurses can see, hear, and speak to patients from the monitoring station too. Streams work in the dark and preserve patient privacy.

The Ocuvera portal lets you see detailed reports, from when the system was used, to which rooms are being monitored, to how fast nurses responded to alerts.