Key Takeaways
- Zyx Technology is promoting its AI‑powered digital‑twin and design‑construction tools for Uzbekistan’s urban development and smart‑construction sectors.
- Core products—Zyx Space, Zyx CAD, and Zyx Dive—are already used by major Korean firms such as Samsung C&T, Daewoo Engineering & Construction, DL E&C, and Hanwha Ocean.
- The company envisions enabling earlier interior‑customization for homebuyers, reducing post‑construction remodeling waste and creating new revenue streams for builders.
- A pilot intelligent digital‑twin project in Seoul’s Gangnam‑gu district serves as a model for potential deployment in Tashkent and future Uzbek cities.
- Zyx Technology collaborates with roughly 30 Korean universities to train AI professionals and is extending similar education initiatives to Vietnam and Mongolia.
- The firm’s push into Central Asia reflects a broader strategy for Korean tech companies to deepen involvement in infrastructure projects across the region.
Introduction to the Forum and Zyx Technology’s Presence
At the Korea‑Uzbekistan Business Forum held in Tashkent on Tuesday, Choi Jong‑bok, chairman of Zyx Technology, outlined the company’s ambitions to introduce its artificial‑intelligence‑based digital‑twin solutions to Uzbekistan’s rapidly growing urban‑development and smart‑construction markets. Speaking before an audience of Korean entrepreneurs, Uzbek officials, and industry observers, Choi emphasized that Zyx’s technology could become a cornerstone for designing future cities and infrastructure projects in the Central Asian nation. His remarks underscored a mutual interest: Korea seeks new export avenues for its high‑tech offerings, while Uzbekistan looks for innovative tools to modernize its cities and improve construction efficiency.
Overview of Zyx Technology’s Core Products
Choi detailed the three flagship products that form the backbone of Zyx Technology’s portfolio. Zyx Space is an interior‑automation platform that leverages AI to transform analog drawings into digital formats, thereby accelerating design cycles and enhancing precision. Zyx CAD provides a computer‑aided design environment tailored for architecture, engineering, and construction workflows, integrating AI‑driven optimization features. Zyx Dive functions as a construction‑site management solution, offering real‑time monitoring, progress tracking, and resource allocation capabilities. Together, these tools create an end‑to‑end digital twin ecosystem that bridges design, execution, and operational phases of built‑environment projects.
Application in Korean Industry
According to Choi, Zyx Technology’s solutions have already gained traction among leading Korean conglomerates. Zyx CAD is employed by Samsung C&T for large‑scale architectural and infrastructure projects, benefiting from its AI‑enhanced drafting and clash‑detection capabilities. Zyx Dive is utilized by Daewoo Engineering & Construction and DL E&C to manage complex construction sites, improving safety compliance and reducing costly delays. In the defense and shipbuilding arena, Hanwha Ocean—one of the world’s premier shipbuilders and defense contractors—has replaced legacy foreign design software with Zyx Technology’s platforms, citing superior integration with AI analytics and local support. These endorsements demonstrate the reliability and scalability of Zyx’s offerings across diverse, high‑stakes sectors.
Specific Partnerships with Samsung C&T, Daewoo, DL E&C, and Hanwha Ocean
The chairman highlighted concrete examples of how each partner extracts value from Zyx’s tools. Samsung C&T uses Zyx CAD to streamline the design of high‑rise residential towers and mixed‑use developments, enabling faster iteration cycles and more accurate cost estimations. Daewoo Engineering & Construction deploys Zyx Dive on mega‑infrastructure sites such as highways and bridges, where the platform’s real‑time data feeds help supervisors allocate labor and materials efficiently. DL E&C applies the same solution to manage smart‑factory construction, benefiting from predictive maintenance alerts that minimize downtime. Hanwha Ocean’s adoption of Zyx’s design software in shipbuilding illustrates the technology’s flexibility; the AI‑driven hull‑form optimization reduces weight while maintaining structural integrity, translating into fuel savings and enhanced vessel performance.
Zyx Space and AI‑Driven Interior Automation
Beyond large‑scale construction, Zyx Space focuses on the interior design process—a stage often plagued by miscommunication between architects, contractors, and end‑users. By scanning hand‑drawn sketches or PDF plans, the AI engine converts them into editable Building Information Modeling (BIM) objects, automatically applying design rules, material libraries, and regulatory checks. This automation reduces manual rework, shortens approval timelines, and ensures that interior layouts adhere to building codes from the outset. Choi noted that the platform’s ability to generate multiple design alternatives in seconds empowers designers to explore creative options without sacrificing efficiency.
Potential Cooperation with Samsung C&T for Apartment Presale Customization
Choi revealed ongoing discussions with Samsung C&T about integrating Zyx Space into the apartment presale phase. The vision is to allow prospective homebuyers to visualize and personalize interior finishes—such as flooring, cabinetry, and lighting—before construction begins. By embedding these choices into the digital twin early, developers can lock in material orders, minimize change‑order requests during the build phase, and cut down on post‑construction remodeling waste. This approach not only enhances customer satisfaction but also opens a new revenue stream for builders through premium customization packages and value‑added services.
Digital Twin Solutions in Urban Design – Gangnam‑gu Case Study
To illustrate the broader urban‑planning potential of its technology, Choi cited Zyx Technology’s ongoing intelligent digital‑twin project in Seoul’s Gangnam‑gu district. The initiative creates a live, data‑rich replica of the neighborhood, incorporating building geometries, traffic flows, utility networks, and environmental sensors. City planners use this model to simulate the impact of new zoning regulations, assess flood‑risk mitigation strategies, and optimize public‑transport routes. The success of Gangnam‑gu’s digital twin has demonstrated how AI‑enhanced spatial analytics can lead to more resilient, livable cities—a framework Choi believes can be replicated in Tashkent and other Uzbek urban centers.
Vision for Tashkent and New Uzbek Cities
Expressing optimism, Choi said, “I look forward to the day when Tashkent and new cities in Uzbekistan are designed with our technology.” He envisaged Zyx’s digital‑twin platforms being employed from the master‑planning stage through to facility management, enabling Uzbek authorities to test infrastructure scenarios virtually before breaking ground. Such foresight could reduce costly redesigns, improve energy efficiency, and ensure that new developments meet sustainability targets. By integrating real‑time sensor data, the digital twin could also support smart‑city services like intelligent traffic management, waste‑collection optimization, and emergency‑response coordination.
Educational Initiatives and AI Talent Development
Recognizing that technology adoption hinges on skilled personnel, Choi highlighted Zyx Technology’s commitment to nurturing AI expertise. The company collaborates with approximately thirty Korean universities—including Seoul National University, Yonsei University, Korea University, Sungkyunkwan University, and KAIST—to offer joint research projects, internships, and specialized courses on AI‑driven design and digital‑twin technologies. These programs aim to equip students with practical experience in BIM, machine‑learning‑based optimization, and data‑analytics pipelines, thereby creating a talent pool ready to support both domestic and international projects.
Expansion of Education Programs to Vietnam and Mongolia
Choi announced that the educational outreach is not confined to Korea. Zyx Technology is extending similar training initiatives to Vietnam and Mongolia, where rapid urbanization is driving demand for advanced construction technologies. By partnering with local technical universities and vocational institutes, the company seeks to transfer knowledge on AI‑based design tools, foster indigenous innovation, and build a regional ecosystem capable of sustaining long‑term technology adoption. This strategy aligns with Korea’s broader foreign‑aid and capacity‑building objectives in developing markets.
Strategic Implications for Korean Tech in Central Asia
Zyx Technology’s push into Uzbekistan reflects a larger trend among Korean tech firms to diversify their export markets beyond traditional partners in Southeast Asia and Europe. Central Asia, with its growing infrastructure budgets and government‑led modernization campaigns, presents a fertile ground for high‑value‑added solutions. By establishing early‑stage relationships through forums like the Korea‑Uzbekistan Business Forum, Korean companies can shape procurement criteria, influence standards, and secure footholds before competitors entrenched in the region. Moreover, showcasing successful domestic references—such as the Gangnam‑gu digital twin—provides credible proof‑of‑concept that mitigates perceived risks for Uzbek decision‑makers.
Conclusion and Outlook
In summary, Zyx Technology’s presentation at the Korea‑Uzbekistan Business Forum outlined a comprehensive roadmap for introducing its AI‑powered digital‑twin and design‑construction solutions to Uzbekistan’s urban development landscape. The company’s proven track record with Korean industry leaders, coupled with its vision for early‑stage buyer customization, intelligent city modeling, and talent development, positions it as a compelling partner for Uzbekistan’s modernization ambitions. If the proposed collaborations materialize, Zyx could help Tashkent and emerging Uzbek cities achieve greater design efficiency, reduced waste, and enhanced livability—while simultaneously expanding Korea’s technological footprint across Central Asia. The forthcoming months will likely see further negotiations, pilot projects, and possibly memoranda of understanding that translate Choi’s optimistic vision into tangible outcomes on the ground.