The software can be used to better monitor and improve the efficiency of healthcare services
The software provides a real-time overview of important integrated data and visualization of historical data. The software enables the necessary information based on location, including positioning, route finding in buildings, equipment positioning and the current situation.
DATA COLLECTED IN REAL TIME
Collected data includes: an overview of the patient’s condition; real-time positioning of patients; lists of tasks for staff with a specified time; inputs of various sensors from devices and nurses to determine working hours and the condition of devices; positioning of moving objects equipped with beacons and much more.
The data is visible across floor plans
For example, during a doctor’s visit, it is possible for the doctor to check the patient information and see how many patients are on the corresponding floor or department.
Collected data is displayed dynamically
All data can be sorted and filtered. Through the system, work tasks can be shared or work done and tasks can be reported. The system definitely simplifies the exchange of information that takes place when changing shifts, because it gives the new nurse or doctor on duty all the information about the patients, their situation and the tasks performed by the staff.
With the help of the software, it is possible to assign job calls to employees
If the employee is in an active state with his portable device, it is possible to assign him a task and make a call. The employee can accept or refuse.
3D HOSPITAL SOFTWARE TECHNICAL SPECIFICATIONS
Virtual, augmented and mixed reality technologies
It is clear that in a virtual reality (VR) environment, the designer can feel the real environment of the facility. In a 3D environment, it is possible to achieve a depth perspective that is not possible in a 2D view. Virtual, augmented and mixed reality technologies are used to visualize the floor plan of the facility in 3D. Virtual reality is one of the ways of visualizing the future, and the 3D display of spaces and things is a part of augmented reality, without which it is not possible to create augmented reality. The developed platform is based on WebGL technology, so the software can be used with any modern web browser and integrated with any web-based software. WebGL technologies are used for visualization, which can create a real 3D view.
3D HOSPITAL SOFTWARE TECHNICAL SPECIFICATIONS
Universal API
To collect various data in real time, about all relevant operations. For example, patient data, performed medical processes, task lists with assigned time estimates, various sensor inputs from devices to detect operator working time, positioning of moving objects and patients, etc. The software is upgradeable and scalable. Visual aids to speed up the process of 3D floor plans. The developed software can be embedded in any web-based application (MES systems, equipment monitoring, analytical software) and all collected data, including location data, can be presented based on floor plans.
CONVENIENCE OF VISITING THE MEDICAL FACILITY FOR PATIENTS
The kiosk and the software are easy to use for the patient visiting the medical facility
TOUCH SCREEN AND MAP VIEW CHANGE
The 3D map kiosk has a touch screen. It is also possible to change the map to 2D and 3D views.
VOICE CONTROL AND ZOOMING
The 3D map has the ability to zoom in and the software can be operated by voice.
QR CODE AND INFO
The software can also be used on your personal device. To use, on a personal device, you must scan the QR code. With the help of the software, it is possible for the patient to register for an appointment and receive operational information of the medical institution, such as the opening hours of the canteen, information related to sampling and administration.
FINDING THE BEST ROUTE
The software finds, for example, the route with the best possible passability for patients in a wheelchair, given that it is not possible to use stairs.