The Start of the 15th Five-Year Plan: Medical Safety Interaction Ushers in a "Contactless" Turning Point

On October 23, 2025, the "Proposal of the Central Committee of the Communist Party of China on Formulating the 15th Five-Year Plan for National Economic and Social Development," adopted at the Fourth Plenary Session of the 20th Central Committee, elevated the medical and health sector to new heights of high-quality development. It explicitly called to "implement the foundational capacity building project for medical and health services, advance the digital and intelligent construction of national health, and support the development of innovative drugs and medical devices."

This document highlights the core of medical innovation: it must aim to resolve the clinical "time-safety" contradiction. The operating room is a typical example – to reduce infection risk, many steps rely on circulating nurses to adjust and operate equipment during surgery. While this arrangement enhances the level of prevention and control, it also introduces waiting times and switching costs at process nodes.

The World Health Organization (WHO) clearly states that "contact transmission" is one of the main routes of surgical site infection.

The Lancet Infectious Diseases*, Volume 12, 2024, emphasized the importance of environmental and shared medical equipment cleaning and disinfection.

Touching non-sterile computer equipment during surgery poses a clear infection risk. Even if doctors change their gloves immediately after touching a screen, the process of removing and putting on gloves itself can cause contamination. A more hidden risk is that gloves can develop imperceptible micro-tears during surgery; once contact is made with a contaminated screen, pathogens can directly threaten surgical safety.

"Zero Contact": Making Healthcare Safer

In response to the urgent needs of hospitals for infection control and contactless operation, XHOLO has developed a suite of smart healthcare solutions covering the entire hospital scenario, centered around its self-developed Media-free Holography technology. These solutions run through the entire process of surgical centers, outpatient areas, public spaces, inpatient wards, and even logistics management, truly realizing the implementation of "contactless interaction" in multiple hospital scenarios.

· New Paradigm for OR Interaction: Bidding farewell to traditional information control methods, XHOLO brings Media-free Holography terminals into the operating room, projecting surgical images and data into the air. Doctors no longer need to repeatedly touch physical screens. They can interact directly with the images in mid-air to review data and examine images. This completely eliminates the infection risk associated with touching and also ensures surgical fluency and doctor focus.

>Media-free Holographic Multi-modality Image Viewer: At the Cardiovascular Multi-modality Digital Operating Room of Fuwai Hospital, Chinese Academy of Medical Sciences, this device assisted in completing the world's first multi-modality image fusion TAVR surgery.

· Media-free Holographic Control Panel: The Media-free Holographic Operating Room Integrated Control Panel is the core interactive hub for the future of surgical procedures. It fundamentally revolutionizes human-computer interaction in traditional operating rooms by generating high-resolution, touchable 3D holographic images in the air.

Media-free Holographic Operating Room Integrated Control Panel: Addressing the information coordination needs in complex surgeries, the Media-free Holographic Operating Room Integrated Control Panel integrates functions such as medical gas monitoring and environmental adjustment, achieving multi-dimensional data fusion and intuitive presentation.

· Contactless Services in Public Areas: In public areas of hospitals, such as self-service zones and elevator lobbies, XHOLO's contactless terminals also play a significant role. Patients and medical staff can perform operations like registration, inquiry, and floor selection through mid-air images without touching physical buttons. This greatly reduces the risk of cross-infection in high-traffic areas.

Contactless Devices: Currently, such contactless products have been deployed in multiple medical institutions including Wuhan Tongji Hospital, Peking University Hospital Shenzhen, Shaoxing People's Hospital, and Hefei First People's Hospital, effectively reducing the risk of nosocomial cross-infection, optimizing environmental hygiene, and providing a safer, more convenient medical experience for healthcare workers and patients.

Aerial Imaging: Breaking the Deadlock with "Contactless" Technology

The Media-free Holography technology developed by XHOLO offers a new approach to solving this problem. This technology can project the operation interface directly into the air. Doctors can perform operations through gestures without touching any physical screen. It's like having a "transparent" screen – visible but intangible. It is gradually changing the interaction methods in core medical scenarios like operating rooms and diagnostic rooms.

Medical scenarios are evolving from simple "digitalization" to deeper "spatial intelligence" – information appears where it is most needed, in the safest way, silently supporting every medical procedure.

XHOLO has successfully applied multiple smart healthcare solutions in clinical settings. As a primary drafter of the group standard "Product Specification for Surgical Navigation Systems," the company is translating its technological advantages into industry standards, continuously setting new benchmarks for medical safety.

 Primary Drafting Unit of the Group Standard "Product Specification for Surgical Navigation Systems" (T/CIET 629-2024) - XHOLO

How Should the Smart Hospital of the Future "Communicate" with Its Users?

What we offer is not merely a set of technological tools,

But a path towards a safer, more efficient medical future,

And a new paradigm for the entire industry to reference and build upon.

The future of smart healthcare is no longer about stacking screens, but about building deep connection and trust between doctors and patients, technology and information, diagnosis and decision-making in a more seamless and precise way.