PRODUCT VALUE

Break the data silos

People, vehicles, and assets are fully connected, achieving full integration of data, full visibility of status, full management of business, and full controllability of events.

Reduce operation costs

Build an open cloud-native service architecture, provide standardized APIs, and convenient development toolkits.

Create industry innovation

Deeply cultivate the industry and innovate the application of twin abilities based on the different perspectives and needs of medical, nursing, patient, and management.

Revitalize campus assets

Provide a platform operation management model to achieve dynamic iteration of digital assets.

CHALLENGES AND RESPONSES

Weak 3D spatial ability

Most of them are two-dimensional management systems, with weak spatial information management capabilities.

AES(All Elements Scene)

Diversified model data fusion to quickly build smart healthcare digital twin scenarios.

Lack of digital twin standard management

Traditional building automation systems and medical systems have not been integrated with digital twin technology, and there is no twin standard management system.

IOC(Intelligent Operations Center)

Sort out industry universality requirements and provide basic industry versions

Insufficient application coverage

Increased demand for secondary development, hoping to provide platform products.

WDPAPI+Medical Industry API

Respond to secondary development needs and provide API capabilities for flexible expansion.

Need more industry innovation

Hope to supplement the industry's innovative applications through digital twin simulation.

ISE(Infinite Simulation Engine)

Solve homogeneous & low-quality competition, and assist in deep application innovation in the industry.

Multi hospital district management

Districts are scattered, functions are complex, and asset management is difficult.

Asset Management Platform

Accumulate digital twin building space assets & medical equipment assets, and drive continuous business innovation with data.

Localization demand

The demand for localization is increasing day by day, and there is an urgent need for adaptation.

Digital Twin Innovation Alliance

Support innovation in stages, respond to localization needs, and solve safety concerns.

Weak 3D spatial ability

Most of them are two-dimensional management systems, with weak spatial information management capabilities.

AES(All Elements Scene)

Diversified model data fusion to quickly build smart healthcare digital twin scenarios.

Lack of digital twin standard management

Traditional building automation systems and medical systems have not been integrated with digital twin technology, and there is no twin standard management system.

IOC(Intelligent Operations Center)

Sort out industry universality requirements and provide basic industry versions

Insufficient application coverage

Increased demand for secondary development, hoping to provide platform products.

WDPAPI+Medical Industry API

Respond to secondary development needs and provide API capabilities for flexible expansion.

Need more industry innovation

Hope to supplement the industry's innovative applications through digital twin simulation.

ISE(Infinite Simulation Engine)

Solve homogeneous & low-quality competition, and assist in deep application innovation in the industry.

Multi hospital district management

Districts are scattered, functions are complex, and asset management is difficult.

Asset Management Platform

Accumulate digital twin building space assets & medical equipment assets, and drive continuous business innovation with data.

Localization demand

The demand for localization is increasing day by day, and there is an urgent need for adaptation.

Digital Twin Innovation Alliance

Support innovation in stages, respond to localization needs, and solve safety concerns.

ARCHITECTURE

BENCHMARKING CASES

Support innovation in stages, respond to localization needs, and solve safety concerns

The hospital is a first class general hospital integrating medical treatment, teaching, scientific research and disease prevention. This time, high-precision digital twin modeling was carried out on the hospital branch area, from the perspective of medical, nursing, patient, and management, comprehensively managing security, transportation, energy, equipment, medical space, and other directions. Digital twin technology was applied to various fields such as medicine, education, research, and management, achieving the synergistic effect of human, material, and event elements in the hospital, improving the medical experience, diagnosis and treatment efficiency, operation and management level, and innovative application.

A Disease Control Center in Central China

The project aims to build a digital twin base for the Center of Disease Control, gather data from various departments internally, support scientific research collaboration, and empower refined management; The platform analyzes and displays the progress of various disease control work to the outside world, highlighting the effectiveness of work in various fields, meeting the needs of work reporting and external communication, and creating a window for the public to understand disease control work.