3D Digital Twin Cockpit

CIM Introduction

CIM -- Digital Twin Intelligent Operation and Maintenance Platform integrates new technologies such as big data, Internet of Things, cloud computing, BIM applications, artificial intelligence, wireless communication, etc., and combines 3D digital twin to achieve interconnection and interoperability of various application subsystems, as well as big data functions such as data integration and modeling. It fully leverages the high-order business value of data and realizes intelligent linkage, graphic visualization, real-time control, efficient operation and other customer values for business management and control. The system provides connection management between people and things, and between things, fully leveraging the potential value of the Internet of Things.

Based on the powerful data alerting, rendering alerting, and AI reconstruction engine capabilities of the PaaS layer, we achieve the aggregation, access, and fusion governance of multi-source heterogeneous data in cities. We realize unified resource management and application scenario assembly of standardized results data after governance, and achieve unified service registration and monitoring operation and maintenance management of 2D and 3D map services and scene services. We also achieve integrated visualization query and analysis of 2D and 3D data. While completing the full lifecycle management of spatiotemporal data, multiple business application scenarios in urban operation and management are supported through open API interfaces, providing cities with digital management capabilities across all spaces, elements, specialties, processes, and lifecycles.

Including connecting buildings, security/fire protection, space/assets, parking lot management, personnel visitors, employee attendance, etc. Derived from smart parks/campuses, it can be combined with smart classrooms/conference rooms, apartments, canteens, and other consumer cards. Provide unified IoT connectivity management services, establish project information models: manage sensor devices and connections, and provide linkage services for project applications.

Overall Architecture

Functional Features

High fidelity rendering

Highly realistic 3D scene rendering effects help customers better showcase data, products, and scenes in a more vivid and realistic way, thereby enhancing user engagement and decision-making effectiveness

Floor layout at a glance

Detailed floor drawings delve into the floors of the building, showcasing IoT equipment, service facilities, security facilities, safety exits, etc. in detail, and keeping abreast of the operational status of IoT equipment and security facilities in a timely manner

Panoramic Overview Visualization

The overall layout of the park and the surrounding transportation routes are clear at a glance, supporting 2D/3D switching, layer display and hidden, and real-time monitoring and management of line and surface quantity, which can be browsed and operated freely

Real time and efficient device management

Real time monitoring and management of equipment, allowing for observation from any angle and distance, enabling quick positioning and obtaining detailed information of target devices, ensuring safe operation of equipment, and saving energy and manpower

Data security is controllable

By means of permission management, access control, data encryption, etc., ensure that only authorized users can access and operate data, preventing unauthorized access and operation

Twin simulation

Assist clients in predicting, optimizing, and providing decision support through digital simulations of real-world scenarios

Open sharing

By providing open and shared service capabilities through standardized SDK/API interfaces, it can be integrated with other systems and applications to achieve more efficient information sharing and collaborative work

Multi-source data fusion

Support the aggregation and access of mainstream spatiotemporal data types such as BIM, GIS, and IoT, achieving the fusion, storage, and unified management of multi-source heterogeneous data

Intelligent display of personnel information

IOC Visualization

A one-stop solution for data visualization, using digital twin technology to map the physical world and monitor important indicators such as people, vehicles, objects, events, environment, and safety. It is used for operational management and decision support, empowering user business systems.

Situational awareness

By displaying the operational status through a panoramic display on the large screen, monitoring various business data, and achieving comprehensive perception and sustainable operation of the building space

Equipment big data analysis

Collect data from various systems, including systems or devices such as people, vehicles, objects, events, environment, safety, etc., integrate and analyze them, display them, and visualize big data

Visualization of Energy Data

Including intelligent lighting, environmental monitoring, air conditioning, elevators, water and electricity usage, data visualization, etc

Intelligent display of personnel information

Intelligent collection, processing, and visual display of massive personnel management information. Including visitor management information, security management information, and property management, etc

3D digital twin

Multi scenario configuration

By combining 2D and 3D scenes, 3D building simulation scenes, and 1:1 restored simulated floors, various equipment (such as air conditioning, lighting, elevators, access control, etc.) can achieve dimensional leaps, making real-time status more accurate and equipment status clearer. The data and status are clearly visible, allowing the system to have ultimate performance, effectiveness, and usability

Natural environment simulation

Support setting up rendering effects for various natural phenomena such as snow, rain, clouds, as well as natural environments in different time periods such as lighting, day, and night; Not only that, it also supports adding unique scene rendering effects such as optical flow, allowing you to experience the ultimate experience of the four seasons in just one minute

Full angle 3D scene roaming

The BIM operation and maintenance/3D visualization system can roam indoors and outdoors in first person roles, including automatic and manual roaming. It can view indoor equipment and facilities and manage indoor equipment. Support users to roam, zoom in/out, rotate, and explore 360 degree 3D scenes from any angle, as well as automatically patrol along any path

Multi source data collaboration

Realize the fusion storage and unified management of multi-source heterogeneous data, fully support the efficient aggregation and access of current mainstream spatiotemporal data types such as BIM (Building Information Modeling), GIS (Geographic Information System), IoT (Internet of Things), etc., effectively achieve the organic fusion storage of multi-source and heterogeneous data, and realize centralized, unified, and standardized management of them