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Digital Twin Technology Driving the Fusion of Reality & Data, NVDA/ WIMI Boost the Industry Development

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As digital twin technology continues to bridge the gap between the physical and digital worlds, relying on historical and real-time data along with machine learning models to achieve virtual representations of physical objects, significant advancements are witnessed in this realm.

Digital Twins and AI: Transforming Industrial Operations 

Major Upgrade for NVIDIA Omniverse

According to NVIDIA’s (NVDA) official website, a significant upgrade will be unveiled on the first day of the GTC conference on March 18th, showcasing new 3D models based on the OpenUSD standard for application in the Omniverse platform. This upgrade includes real materials and physical models to ultimately realize digital twins and construct the digital world.

It is reported that Samsung (SSNGY) will commence testing NVIDIA’s digital twin technology (based on the Omniverse platform) to enhance the yield of semiconductor chip manufacturing processes. Implementation of this technology in semiconductor chip factories is anticipated to reduce defects and enhance the yield of high-quality products.

Undoubtedly, as one of the core technological applications in the digital economy era, digital twins are continuously expanding their application space, creating new market value. According to reports from industry evaluation agencies, the digital twin market in China has already surpassed the hundred billion yuan mark, and it is projected to reach 37.5 billion yuan by 2025.

Digital Twin Industry Enters Growth Phase

Digital twin, revolving around the concept of “coexistence of virtual and reality,” differs from the concept of “cloning” in the biological field. Clones in the digital virtual space can achieve real-time bidirectional interconnection through the Internet of Things. It is precisely due to this characteristic that digital twins can provide support for precise and efficient simulation prediction by integrating underlying data information, thereby facilitating optimized decision-making in the real world.

Digital Twins Explained: A Guide for the Built Environment - 12d Synergy

In recent years, against the backdrop of rapid development in the digital economy and industrial internet, the digital twin industry is also gaining momentum. From the perspective of application scenarios, virtual simulation and detection analysis are currently the two core application scenarios of digital twins. Looking ahead, digital twin technology has broad development prospects in various industries, especially in the fields of smart cities, smart parks, smart factories, and smart buildings, where digital twins play pivotal roles.

 

WiMi Builds Multi-Domain Integrated Digital Twin Applications

Undoubtedly, the development of digital twin technology industry continues to advance, with a promising market outlook. Public information reveals that WiMi  Hologram Cloud(NASDAQ: WIMI) is one of the few leading technology enterprises in the industry that possess full-stack self-developed artificial intelligence technology and adapt digital twin technology. The company has conducted in-depth research and development in big data, the Internet of Things, cloud computing, and other fields. It has begun to extend its market applications into the digital information industry, smart industry, and digital twin industry.

Presently, leveraging its profound accumulation and technological precipitation in the field of technological construction over the years, WiMi is fully leveraging the product and technological advantages of leading companies in cloud computing, data centers, the Internet of Things, and ecological construction. It is gradually integrating new technologies with industries and continuously providing multi-scenario and digital solutions for industry customers, actively unleashing the potential of digital twin technology and making efforts in the intelligent digital transformation field.

It is worth noting that to further meet the development demands of socialization, personalization, service-oriented, and intelligence, WiMi will carry out virtual and real synergistic operations and efficient linkage in multiple domains and levels of scenarios. For example, with the increase in scenarios that combine VR, MR, and digital twins, WiMi can bring digital twin virtual offices to the scene, deepen the integration and evolution of digital technology and physical industries, and bring about a brand-new experience of reality and data integration, playing a significant role in the deepening stage of industrial transformation.

 

Conclusion

In conclusion, as a key technology and important tool for improving efficiency, digital twins can effectively play their role in model design, data collection, simulation, and other aspects, promoting digital industrialization and industrial digitization, and facilitating the integration and development of digital economy and real economy. Faced with the new requirements of technological innovation and innovation in reality, with the continuous iteration and innovation of related technologies and the continuous improvement of industrial ecology, there is reason to expect that digital twins, as representatives of new productive forces, will become the key to tapping into the market of billions.

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