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Digital Twin Operating System BLinkOS

Twin data integration and fusion platform

Rapid integration and fusion processing of dynamic perception data of the physical world based on big data, Internet of Things, cloud computing, and low code technologies

Twin scene construction tool

Relying on the virtual scene creation capability of UE editor, we assist users in quickly building high fidelity digital twin visualization scenes through lightweight plugins

Twin Visualization Development Platform

Based on low code, provide the ability to quickly build digital twin holographic 3D visualization applications and display large screen data analysis

Holographic 3D cloud rendering

Quickly, simply, and flexibly build interactive visualization applications based on holographic 3D API interfaces, and provide comprehensive multi terminal services with powerful real-time rendering and computing capabilities for graphics

Digitization

Providing positioning sensors and visual analysis capabilities to help customers achieve digital transformation of their business
Datafication

Providing data fusion, spatiotemporal data, and holographic 3D data to enhance customers' multi-source management capabilities
Visualization

Providing holographic 3D, visual rendering, and cloud rendering capabilities to make data insights clear at a glance
Intelligentization

Providing intelligent models based on the combination of mechanistic and statistical models (for assessment, optimization, and forecasting) to help customers improve quality and efficiency
Digital twinning

Providing a visual programming tool platform like building blocks to help customers quickly implement visual IoT and simulation verification applications

Digital Twin Application Field

Digital Twin Transportation

Digital twin transportation

Relying on Brilliant's Digital Twin Operating System, it serves the new infrastructure process of major transportation hubs, providing a visual digital base for various transportation entities, promoting the digital transformation and intelligent applications of the industry. It can accomplish the full life cycle management of transportation entities from planning and design to construction and operation maintenance.
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Digital Twin City

Digital Twin City

Based on the Brilliant digital twin operating system, a digital twin city is reconstructed in the digital space to match the physical city, promoting the digitization and virtualization of all elements of the city, real-time and visualization of the entire state, collaborative and intelligent management of urban operations, and achieving collaborative interaction and parallel operation between physical and digital cities. Through the construction and full sharing of digital twin cities, third-party vendors are supported to build various applications on the digital twin platform, achieving data-driven decision-making and fully integrating virtual and real aspects. This enables the operation, management, and services of cities to move from reality to virtuality, and can be modeled, simulated, evolved, and controlled in virtual spaces. At the same time, from virtuality to reality, it changes and promotes the optimal allocation of urban resource elements in physical spaces, opening up new models for the construction and governance of smart cities.
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Digital Twin Water Conservancy

Digital Twin Water Conservancy

Taking "digitalization, informatization, intelligence, and standardization" as the development direction, based on the Brilliant digital twin operating system, water conservancy objects such as rivers, lakes, reservoirs, hydropower stations, water gates, monitoring stations, and water intakes are thoroughly perceived, networked, widely shared, intelligently analyzed, and ubiquitous services are provided, providing a bottom support platform for water conservancy business such as water and drought disaster prevention and resistance, water resource development and allocation, water environment supervision and protection, river and lake ecological supervision and management.
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Digital Twin Energy

Digital Twin Energy

Using technologies such as the Internet of Things, big data, and visualization, complete the construction of a three-dimensional digital twin model for energy enterprises, as well as position perception of key monitoring objects such as personnel, vehicles, emergency supplies, and key facilities and equipment. Monitor the operation data of key equipment such as current, voltage, temperature, pressure, and alarm thresholds.
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