This year, the collective stand of the MVS group of companies was presented at the exhibition, which, according to the established tradition, was located in Pavilion No. 2 on the left at the entrance to Hall 3.
The area of the MVS group’s stand at this year’s exhibition was increased, and its concept of “MVS Digital Operating Room” – light, airy, space, innovative – was a continuation of the style of the stand last year.



In 2024, the MVS group of companies combined several product lines: MVS digital operating rooms and intensive care units (Medical Visual Systems Ltd.), the production of TMG endoscopic racks (Tuge – MVS Group Ltd.) and the developer of the Medikt cloud platform (Medical Cloud Systems Ltd.). As part of this integration, four specialised zones were created at the exhibition stand, as well as an augmented reality zone, which demonstrated the most innovative solutions to the forum guests. In addition, special attention was paid to the exhibition “Servers and control units” at the stand.
Digital Operating Room
The Digital Operating Room area occupied a central place on the stand and was fully reproduced as it functions in reality in hospitals with key medical equipment, and included the latest version of the MVS Platform software. This allowed the guests of the forum to demonstrate the actual functions of the system in real hospital workflows.
Monitors of various functional purposes were presented: a monitor for the management of engineering systems and medical equipment, monitors for displaying connected video sources, an operating nurse workstation monitor, an online scoreboard with a schedule of operations and monitoring the loading of operating rooms, monitors for video streamings of operations and video communication with the operating room, various information boards.





The MVS digital operating room is a platform for integrating medical equipment and digital services, an ecosystem that opens the doors to the operating room for developers of solutions related to surgical processes. Such integrations were implemented and presented to the guests of the forum at the MVS booth as part of the Healthcare 2024 exhibition. Integration with an Emaled surgical lamp with an integrated video camera, an OPT operating table, and a holographic navigation system.

A new solution for visualising the main metrics of the operating unit was also presented at the stand, which makes it possible to evaluate the effectiveness of hospital work related to surgical activities. Special attention was paid to the surgery of the future, where the main focus is on data-based security.

During the forum, a film about the MVS group of companies was shown on the big screen of the Digital Operating Room area.
Digital Intensive Care Unit
The Digital Intensive Care Unit (ICU) stand area, a new MVS solution, attracted both forum guests and leading Russian media. It is a software and hardware complex that allows recording from surveillance cameras and bedside equipment along with digital vital signs of patients continuously 24/7 from intensive care units with subsequent archiving.


In addition, the program allows you to accumulate information from ventilators, infusomats and has other parameters. The electronic complex coordinates the electronic appointment sheet, the nurse’s worksheet and the management of invasive devices. The automated collection of electronic reports is stored on the server of the medical organisation. Doctors on duty can switch from patient to patient, view the history and online video sources using the integrated player.


TMG Video Endoscopic System
In this part of the stand, the forum guests could get acquainted with the new generation TMG video endoscopic system, as well as learn all about the latest global trends in digital endoscopy, test the quality of 4K optics in 3D format, including using ICG technologies (fluorescent navigation laparoscopy).


Cloud platform "Medikt"
This year, the MVS Group’s booth hosted the launch of a new MVS product, the specialised Medikt platform, where surgeons, equipment manufacturers and innovation developers can find convenient services for effective interaction and profitable cooperation. The Medikt allows you to create a surgeon’s personal video archive, develop a personal brand, establish communications with medical communities and equipment manufacturers, and share surgical experience.



Augmented Reality
In the Augmented Reality area of the MVS exhibition stand, the forum guests had the opportunity to feel like a surgeon of the future, try on augmented reality glasses and chat with a virtual surgical assistant.




The exhibition "Servers and control units"
A separate part of the stand was occupied by the exhibition “Servers and control units”.
When most specialists enter the MVS digital operating rooms and intensive care units, they pay attention to centralised control panels, ergonomics, and functionality. Behind this is a powerful hardware and software complex, control units, server racks, printed circuit boards – all components are proprietary and are manufactured at the MVS Group plant in St. Petersburg. In this area, it was possible to see what was “under the hood” of the MVS systems.




Business program at the stand of the MVS Group of companies
The team of the MVS group of companies held a large number of meetings, discussions and presentations, which were filled with vivid emotions and intense energy.
On December 2, Kamila Zarubina, Vice President and Managing Director of the Cluster of Biological and Medical Technologies, Skolkovo Foundation, visited the MVS Group stand. Camilla got acquainted with developments in the field of digital surgery and intensive care, new-generation TMG surgical video endoscopic stands, Medikt cloud storage of surgical interventions, and operation unit efficiency analytics with great interest.



At the end of her visit, Camila shared her opinion on digital healthcare trends and the rapid development of the MVS group of companies over the past 5 years.
Also on this day, an agreement was signed between MVS (Medical Visual Systems Ltd.) and the Pirogov National Research Medical Center of the Russian Ministry of Health on participation in the project to create an AI model for LCHE (laparoscopic cholecystectomy) with recognition of the stages of surgery.

On December 3, an agreement was signed at the MVS Group stand between Medical Visual Systems and Nanjing TUGE Healthcare Co., Ltd. on the implementation of solutions in the field of endoscopic video systems and integrated solutions for operating rooms. The signing was also attended by Evgeny Borisov, member of the Board of Directors of Medical Visual Systems and Director of Development of the private investment company Kama Flow, and Sergey Gaivoronsky, Investment Director of Kama Flow, as well as representatives of the Russian Direct Investment Fund (RDIF).


One of the main events of the day was also the signing of an agreement between Medical Visual Systems and the developer of AI services, the Third Opinion Platform.

In the near future, an intelligent video analytics system from the Third Opinion Platform will be integrated into the Digital Resuscitation software and hardware complex developed by MVS.
AI Monitoring uses a neural network to analyse the events taking place in the intensive care unit around the clock. It recognizes the disconnection of life support devices, the patient’s recovery from anesthesia, seizures, and other life-threatening conditions. The system also monitors the implementation of patient care protocols, prevents patients from falling out of bed and forming pressure sores.
Unwanted events are notified immediately. AI monitoring is able to send notifications to the nursing station and the medical staff’s wearable devices. Video analytics helps to avoid situations with risks to the health and life of patients that arise due to blunting the attention of a healthcare professional due to prolonged staring at monitors.
The use of both Digital Intensive Care and AI Monitoring systems will make it possible to fully control all factors that threaten the health and life of patients in Russian intensive care units, which means that it will improve the quality and speed of medical care.
The fourth Scientific and Educational Forum “YOUNG MEDICINE” was held as part of the Russian Healthcare Week. The Forum is a key event in the field of medicine and healthcare, providing young scientists with a unique opportunity to receive expert opinions on a wide range of medical issues. The main directions of the event include advanced biotechnologies, the introduction of innovative medical solutions and interdisciplinary approaches.
On December 5, the MVS Group’s stand was visited by the finalists of the All-Russian Scientific School of YOUNG MEDICINE competition, led by Ekaterina Dibrova, President of the V.P. Filatov Foundation, Academician of the Russian Academy of Natural Sciences, member of the Expert Council on Healthcare under the Federation Council Committee on Social Policy. Kirill Zaputryaev, founder of MVS and Director of Development, told the young scientists about the MVS group of companies and conducted a tour of the main areas of the stand: digital operating room, digital intensive care, etc.

During the international scientific and practical forum “Russian Healthcare Week-2024”, several official delegations visited the MVS stand. Among them are representatives of government authorities, as well as media representatives, including Channel One, Rossiya—1, Rossiya-24, NTV, Izvestia newspaper, the association of “Fast-growing technology companies”national champions, etc.


Business program of the scientific and practical forum "Russian Healthcare Week-2024" with the participation of MVS
On December 4, a round table “Introduction of new technologies in practical healthcare” was held at the Expocentre Fairgrounds Congress Center, organised by the Chamber of Commerce and Industry of the Russian Federation.

The round table was moderated by German Sergeyevich Klimenko, Chairman of the Council of the Digital Economy Development Fund, Co-Chairman of the Council of the Chamber of Commerce and Industry of the Russian Federation for the Development of Information Technologies and the Digital Economy.
The event discussed the best practices of using domestic innovative solutions in medical organisations, which will improve the quality of patient care and optimise the work of medical staff.
Mikhail Kaputin, Director of Medicine at MVS, spoke among the participants of the round table, who spoke about the importance of videotaping surgical procedures and creating video archives of operations.

According to the speaker, video recording in the operating room is necessary to improve the quality of doctors’ education and patient treatment, to document and create medical devices based on artificial intelligence. For its implementation, it is necessary to resolve a number of legal, technical and administrative issues. It is important to create a video recording and data storage infrastructure. But its absence is not the main obstacle to routine video recording in the operating room.
Igor Orlov, Deputy Chief Medical Officer of St. Petersburg State Medical Institution St. Luke’s Clinical Hospital, shared his experience in MVS digital operating rooms. Digital operating rooms are a tool for the effective work of the entire surgical team and allow you to build time management and video management in the operating room. In the hospital’s operating rooms, simultaneous video recording of operations is conducted from all connected sources. Without interrupting the video recording inside the operating room, you can view the previous stages of the operation, mark up the video during recording, and check the security checklists. Video streamings of operations on the MVS platform allow you to monitor the operation without entering the operating room. St. Luke’s Clinical Hospital maintains a single video archive of operations, which is stored in one place on the server. There are a large number of operating rooms in the Russian Federation, but not all are equipped with digital operating rooms. We need to move in this direction, introduce and train doctors to work in them.
