In the current era of rapid iteration of Internet of Things (iot), AI, and 3D reconstruction technologies, digital twins have permeated from the niche field of the aerospace industry to all industries including construction, parks, culture and tourism, and municipal services, becoming the core support for enterprises' digital transformation.
According to data from the China Academy of Information and Communications Technology, the market size of digital twin solutions is expected to grow at a compound annual rate of over 30% in 2025. However, most enterprises are still Mired in the predicament of "high cost, poor precision, data disconnection, and difficult implementation" during the implementation process. Xinhe Hangyao Information Technology (Anhui) Co., Ltd. has been deeply engaged in the field of digital twin 3D display. Relying on its independently developed core technologies and full-process service capabilities, it has broken through the pain points and barriers of the industry, providing practical, high-value, and fully closed-loop digital twin 3D display solutions for customers in various industries, helping enterprises achieve digital upgrades from "virtual replication" to "value empowerment".
I. Industry Pain Points Directly Addressed: Identifying the Core Obstacles for the Implementation of Digital Twins
Although the current market for digital twin 3D display has seen a sharp increase in demand, the numerous shortcomings of traditional solutions have left most enterprises' digital investment in an awkward situation of "full ideals but harsh reality". The core pain points are mainly concentrated in four aspects, which are seriously disconnected from the actual business needs of enterprises:
1. The problem of data compatibility is prominent, resulting in "data silos"
Most enterprises have accumulated various formats of data (such as real-scene scanning data, BIM design data, 3DMAX model data, etc.) during the digitalization process. However, traditional solutions lack efficient data carrying capacity. Data from different sources and in different formats cannot be efficiently compatible and require manual format conversion, which is not only time-consuming and labor-intensive but also has a high error rate. It also leads to the inability of data to be interconnected and interoperable, forming data silos that operate independently, making it impossible to achieve a global perspective on data analysis and management, and restricting the realization of digital value.
2. There is an imbalance between modeling accuracy and efficiency, and the implementation cost remains high
The core of digital twins is "1:1 precise replication", but traditional solutions either rely on manual modeling, which takes months and incurs high labor costs, making it difficult for small and medium-sized enterprises to bear. Either the modeling accuracy is insufficient, with errors generally exceeding 50mm. It can only replicate the basic spatial form and fails to meet the actual business needs such as project acceptance, equipment comparison, and precise operation and maintenance. A large amount of human and material resources have been invested in the early stage, but in the end, it becomes a "good-looking but not practical" decoration, with a serious imbalance between input and output.
3. The fragmentation of technical capabilities makes it impossible to form a closed-loop service
Digital twin 3D display is a systematic project that integrates data collection, processing, intelligent analysis, 3D display, and decision-making assistance. However, most service providers only have single-link capabilities (such as only being able to model and only be able to perform displays), lacking the ability to integrate full-stack technologies. Enterprises need to separately connect with multiple service providers, which not only leads to high communication costs and poor connection, but also causes a break in the entire process, making it impossible to achieve a closed loop of "data - model - analysis - decision-making", and the digital value is difficult to be implemented in actual business scenarios.
4. The platform has poor integration, insufficient adaptability and scalability
The business scenarios of different industries and enterprises vary greatly, and their demands for 3D visualization platforms also differ. Most traditional solutions are "standardized products", lacking the ability for customized development and thus unable to be deeply integrated with the existing business systems of enterprises, such as operation and maintenance management systems, security monitoring systems, and IoT sensor systems. At the same time, the platform has poor scalability. When enterprises upgrade their business and expand their scenarios, they cannot quickly iterate and upgrade, and have to reinvest costs to rebuild the system, increasing the burden of digital transformation for enterprises.
Ii. Our Advantages: Breaking through with core technologies and full-process services
Based on its own technological accumulation and industry practice, Xinhe Hangyao, with "independent research and development as the core, full-process service as the support, and demand-oriented", has formed four core advantages, precisely solving industry pain points, building differentiated competitive barriers, and enabling digital twins to truly serve the actual business of enterprises
1. Independently develop the core foundation to break through the barriers of data compatibility
The company independently developed a multi-heterogeneous data carrier base, which can fully support common data formats on the market (including real-scene 3D data, BIM model data, 3DMAX model data, CAD drawing data, etc.), without the need for manual format conversion. It realizes the efficient collection, unified management and interconnection of multi-source data, breaking the "data silo" from the root. Relying on this carrier seat, real-time data updates and synchronization can be achieved, ensuring the dynamic consistency between virtual models and physical entities. This provides high-quality data support for subsequent intelligent analysis and auxiliary decision-making, significantly enhancing data utilization efficiency and reducing manual processing costs.
2. Comprehensive modeling and mold repair capabilities, balancing accuracy and efficiency
The company has a professional modeling team that is proficient in various modeling and repair techniques such as real-scene 3D models, BIM models, and 3DMAX models. Combined with its independently developed data processing algorithms, it has achieved a dual breakthrough of "high precision + high efficiency". The modeling accuracy can reach the centimeter level, perfectly replicating the detailed features of physical entities, meeting various high-precision requirements such as project acceptance, equipment operation and maintenance, and precise mapping. At the same time, the modeling process has been optimized, reducing the traditional modeling cycle of several months to just a few weeks, significantly lowering the cost of manual modeling and enabling small and medium-sized enterprises to easily implement digital twin projects.
3. Full-stack technology integration to build a closed-loop service capability
Unlike the single-link capabilities of traditional service providers, Xinhe Hangyao possesses a complete technical system covering multi-source data fusion, full-stack technology development, and intelligent data analysis. It can offer a full-process closed-loop service from data collection, processing, intelligent analysis, 3D display to auxiliary decision-making. There is no need for enterprises to connect with multiple service providers. We can take the lead throughout the project implementation process, achieving seamless connection in all links, ensuring the deep integration of the digital twin solution with the enterprise's business scenarios, and forming a positive feedback from "data - model - analysis - decision-making", truly converting digital value into the core competitiveness of the enterprise.
4. Customized integrated development to meet the needs of all industry scenarios
The company has a professional full-stack technical development team with strong customized development and platform integration capabilities. It can customize and develop exclusive 3D visualization platforms based on the business needs of different industries (such as construction, parks, culture and tourism, municipal works, industry, etc.) and different enterprises, achieving deep integration with the existing business systems, IoT sensing systems, and security monitoring systems of enterprises. At the same time, the platform has excellent scalability and can quickly achieve functional iteration and upgrade based on the business upgrade and scenario expansion of enterprises. There is no need to rebuild the system, which significantly reduces the long-term digital investment cost of enterprises and realizes "one-time investment, long-term benefits".
Iii. Core Architecture of the Solution: Full-process closed loop, empowering all business scenarios
Xinhe Hangyao's digital twin 3D display solution, with "data as the core, model as the carrier, technology as the support, and decision-making as the goal", builds a complete system of "five-layer architecture + full-process service", covering every link of digital twin implementation, ensuring that the solution is implementable, operable, and value-added, and is adapted to the diverse business needs of various industries.
(1) Core architecture: A five-layer system
1. Data acquisition layer: Multi-source data, comprehensive coverage
Relying on various collection methods such as unmanned aerial vehicle (UAV) aerial surveying, laser scanning, on-site investigation, and existing data import, we comprehensively collect multi-source information of physical entities, including spatial data, attribute data, and operational data, such as real-scene terrain data, building structure data, equipment operation data, and business process data, to ensure the comprehensiveness, accuracy, and real-time nature of the data. Lay a solid foundation for subsequent modeling and analysis.
2. Data processing layer: Efficient integration, precise optimization
Based on the company's independently developed multi-source heterogeneous data carrier, the collected multi-source and heterogeneous data are uniformly aggregated, standardized in format, cleaned and de-duplicated, fused and processed, and the accuracy is optimized. Invalid data is removed, incorrect data is corrected, and the interconnection and synchronous update of multi-source data are achieved. At the same time, by integrating intelligent data processing algorithms, the efficiency of data processing can be enhanced, the cost of manual intervention can be reduced, and the data quality can be ensured to meet the requirements of modeling and analysis.
3. Model construction layer: Precise replication, customized as needed
Based on the business requirements of the client, flexibly apply technologies such as real-scene 3D modeling, BIM modeling, and 3DMAX modeling to build a 1:1 precisely replicated 3D virtual model, perfectly restoring the spatial form, detailed features, and attribute information of the physical entity. At the same time, we offer professional model repair services. Based on data updates and business changes, we optimize model details in real time to ensure the dynamic consistency between virtual models and physical entities, and meet the precision requirements of different scenarios.
4. Three-dimensional display layer: Intuitive presentation and convenient interaction
Build a customized 3D visualization platform that supports multi-terminal display such as PC, mobile, and large-screen terminals, and realizes interactive operations such as panoramic roaming, detail zooming, and scene switching of virtual models. At the same time, it integrates video surveillance, real-time data and other information to achieve the interactive display of "virtual models + real-time data", allowing users to intuitively and conveniently view the operation status, spatial layout and related data of physical entities, breaking the limitations of traditional two-dimensional display.
5. Intelligent decision-making layer: Data empowerment, scientific decision-making
Relying on intelligent data analysis technology, in-depth mining and analysis of multi-source data in the platform are conducted to generate analysis results such as data reports, trend predictions, and abnormal early warnings. Based on the business scenarios of enterprises, targeted auxiliary decision-making suggestions are provided, such as project progress optimization, equipment failure prediction, park security early warning, and rational resource allocation, to upgrade digitalization from a "display tool" to a "decision support", truly empowering the business development of enterprises.
(2) Full-process closed-loop service
From project initiation to later operation and maintenance, Xinhe Hangyao offers a "one-stop full-process closed-loop service", providing full protection throughout the process to ensure the smooth implementation of the project and its continuous value realization: Demand research: Deeply understand the industry characteristics, business needs and pain points of the client, and formulate personalized solutions and implementation plans; Data collection: Form a professional collection team, adopt appropriate collection methods, and efficiently complete multi-source data collection work. Data processing and modeling: Relying on core technologies, complete data processing, model construction and detail optimization to ensure accuracy and efficiency; Platform development and integration: Customized development of a 3D visualization platform to achieve deep integration with the customer's existing systems and complete debugging and launch. Delivery training: Complete project delivery, provide professional operation training, and ensure that the client team is proficient in using the platform functions. Post-operation and maintenance: We offer long-term operation and maintenance services, including data updates, model optimization, platform upgrades and technical support, and respond promptly to customer demands.
Iv. Industry Adaptation Scenarios: Full industry coverage, empowering diverse demands
Xinhe Hangyao's digital twin 3D display solution, with its strong compatibility, customization capabilities and full-process services, is widely adapted to various industry scenarios. It has successfully provided implementation services for customers in multiple fields such as construction, parks, culture and tourism, and municipal works, achieving digital value upgrades.
1. The field of construction engineering
Build a digital twin model for the entire life cycle of construction projects, integrating BIM design data, real-scene construction data, progress data, etc., to achieve full-process empowerment such as engineering design visualization, construction progress control, quality acceptance, and operation and maintenance management, reduce construction risks, optimize construction progress, and save operation and maintenance costs. For example, in the Qingdao elevated road renovation project, through the integration of real-scene 3D and BIM, Significantly enhance design accuracy and scheduling efficiency.
2.The field of park management
Build a digital twin 3D display platform for the park, integrate multi-source data such as buildings, roads, greenery, equipment, and security in the park, and achieve functions such as panoramic visualization management of the park, equipment operation and maintenance monitoring, security early warning, and resource allocation, to improve the management efficiency of the park, reduce management costs, and be compatible with various types of parks such as industrial parks, commercial parks, and industrial parks.
3. The field of cultural tourism and cultural creativity
Build digital twin models of scenic spots, museums, cultural venues, etc., to achieve functions such as panoramic display of cultural and tourism resources, virtual Tours, and popular science of cultural content, enrich the forms of cultural and tourism experiences, expand the influence of cultural and tourism brands, and facilitate the digital upgrade of the cultural and tourism industry.
4. Municipal transportation field
Build digital twin models of municipal facilities, traffic roads, etc., integrate road condition data, monitoring data, maintenance data, etc., to achieve visual management of municipal facilities, real-time monitoring of traffic conditions, rapid handling of faults, etc., improve the efficiency of municipal management and traffic operation, and contribute to the construction of smart cities.
5. The field of industrial manufacturing
Build digital twin models of factories, production lines and production equipment, integrate production data, equipment operation data, etc., to achieve visualization of the production process, prediction of equipment failures, optimization of production efficiency, etc., and help industrial enterprises achieve intelligent production and operation and maintenance.
V. Company Commitments and Guarantees
Xinhe Hangyao has always been committed to providing customers with high-quality digital twin 3D display solutions with professional technical capabilities, rigorous service attitudes, and efficient execution efficiency, helping enterprises achieve effective digital transformation.
1. Technical support
We will continue to increase investment in research and development, delve deeply into core technologies such as multi-source heterogeneous data carrying, multi-source data integration, and intelligent data analysis, constantly optimize solutions and technical systems, ensure the advancement and stability of technologies, and provide long-term technical support for customers.
2. Quality assurance
Establish a strict project quality control system. From data collection, modeling, platform development to project delivery, every link is strictly reviewed to ensure the accuracy of data, the standardization of models, and the stability of the platform, meeting the business needs of customers.
3. Service guarantee
Form a professional service team to provide 7× 24-hour technical support and respond promptly to customer inquiries and demands. Establish a complete post-operation and maintenance system, regularly update data, optimize models and upgrade platforms to ensure that the project continuously generates value.
4. Cost guarantee
Relying on independently developed technologies and optimized project processes, we significantly reduce the costs of modeling and data processing. At the same time, we offer personalized customization services, allowing for the configuration of functional modules as needed to avoid ineffective investment. This enables customers to achieve digital upgrades at reasonable costs and enhance the input-output ratio.
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