Digital Twin Operating System BLinkOS is a product series independently developed by Boning Co., Ltd., integrating technologies such as GIS, BIM, IoT, simulation, AI, and big data. It combines data collection, processing, management, analysis, visualization, and intelligent application services into one, achieving the digitalization of the physical world, constructing a digital twin base that runs in parallel with the physical world, providing one-stop services for the rapid construction of digital twin applications, creating digital infrastructure for new infrastructure, and empowering the digital transformation and intelligent upgrading of the entire industry.

The Twin Visualization Development Platform is one of the important sub-products of BLinkOS and is a low-code data visualization development platform independently developed by Boning Co., Ltd. for the rapid construction of digital twin holographic 3D visualization applications and large screen data analysis and display. Adopting a microservices architecture and leveraging Boning Co., Ltd.'s existing twin scene construction tools and holographic 3D rendering services, it has established various standard visualization suites and service specifications, achieving plug-and-play functionality for components, allowing users to quickly build personalized visualization applications.

Twin Visualization Development Platform

Based on a deep understanding of various industries, Brilliant Co., Ltd. has built-in a variety of industry-specific components, basic components, and scene interaction components in the Twin Visualization Development Platform. It supports users in importing various 2D and 3D scenes and then building pages, binding data, and configuring interactions through mouse drag-and-drop, completing the design of visualization pages. It also allows the use of built-in templates for quick page construction, helping users to rapidly achieve visual modeling of their own business scenario data. It is a low-code development platform for twin visualization that does not require programming configuration.

Application Scenarios

The Twin Visualization Development Platform is one of the main sources for 3D scenes in visual business platforms or visualization projects. It supports the import, parsing, and restoration of 3D scenes based on twin scene construction tools. It provides standardized features for 3D scenes and models, including: scene rotation, scene layers, measurement tools, weather control, time control, model highlighting, view switching, scene roaming, etc. Data and action interactions for 3D scenes and models are achieved through parameterized configuration.

Rapid construction of personalized chart panels is an essential requirement when designing and developing visualization applications. The platform offers a variety of chart panel components, including: bar charts, line charts, pie charts, donut charts, scene charts, radar charts, dashboards, funnel charts, images, text, tables, etc. It also provides functions for setting the properties of chart panels, configuring data, and setting interactions.

Efficiently building and reusing visualization applications to reduce development costs is an urgent practical need. The platform provides a library of high-quality case examples, allowing users to select similar application cases for rapid construction during application development. It supports saving existing visualization applications as high-quality case examples, enhancing the reusability of large-screen styles and designs. It also supports publishing visualization applications as JS file packages, facilitating their integration and use in external projects by developers.

Core Advantages

High-Quality Model Rendering:

The platform supports both local and cloud rendering of models, utilizing cloud rendering technology to deliver high-quality model rendering that closely replicates the original model without consuming local device resources. This allows for the visualization application to be viewed anytime, anywhere through a web browser.

Variety of Component Panels:

With a variety of built-in graphical components and leveraging Boning Co., Ltd.'s years of technical experience in scenarios such as transportation, airports, and rivers, the platform offers multiple industry-specific components to meet the professional graphical component display needs of most industries. Users can select the appropriate component styles, drag and drop them onto the page canvas, and modify the component's appearance, data sources, and interactions to build personalized visualization pages that meet business scenario requirements.

Multiple Model Interactions:

The platform includes a variety of interaction components with models within the scene. In debug mode, users can configure the interaction components and their interaction methods with the scene, creating a visualization application that has interactive capabilities with the scene.

Through this platform, users can import 3D scenes from Boning's twin scene construction tools and add models to the scene by dragging and dropping. They can bind model data and drag in various industry components and interaction components built into the visualization platform. Users can set the properties, data, and interaction methods of components as needed to build personalized visualization platform applications. The platform has the advantages of low learning difficulty, simple operation, and flexible component pairing. The twin visualization development platform also comes with several classic case examples, covering different application scenarios across various industries. Using these classic case templates saves users time in application design and improves application quality, helping customers quickly gain insights into the value behind their business data.

Boning's digital twin platform provides an efficient and easy-to-use digital twin visualization development engine for the entire industry, including a series of supporting tool components and model resources. It offers end-to-end technical solutions for companies without a professional digital twin visualization team, significantly lowering the development threshold for digital twin applications. It eliminates a lot of repetitive foundational work in modeling, development, and implementation, saving on cost investment, and allowing partners to develop their own digital twin applications and digital twin scenarios with low barriers and high efficiency.