Exciting news! ๐
The Luxembourg daily newspaper Luxemburger Wort ๐ฐ featured Data Design Engineering (DDE) on its front page on March 13 and 14, 2025! ๐
DDE is recognized as a pioneer and leader in cutting-edge AI technology.
Check out the full article below for more details! โฌ๏ธ
๐ <3-Sentence Summary>
โ
Developing AI-driven autonomous machines and offline AI technology, applied in robotics, aerospace, and industrial sectors
โ
Showcasing AI solutions that operate without internet connectivity at CES 2025 (USA), Xponential Europe 2025 (Germany), and AW 2025 (Korea)
โ
Leading AI innovation across industries with high-performance AI, data security, and real-time decision-making technology'
Discover DDE’s groundbreaking technology on the global stage! ๐โจ
#DDE #DataDesignEngineering #LuxemburgerWort #Luxemburger #DOBBYAI #DOBBY #Technology #LMM #VLM #OFFLINE #ONDEVICE #EDGEDEVICE #EdgeAI #MOMA #AMR #AutonomousRobots #RobotTechnology
๐ Read the full articleโฌ๏ธ
---------------------------------------------------------------------------------------------------------------------------------------------------------
EN)
AI-driven technology
Autonomous Machines “Made in Luxembourg”
The company Data Design Engineering (DDE), founded in South Korea, has its headquarters in Luxembourg and aims to position the Grand Duchy as an industry leader in data-driven AI solutions.
Data Design Engineering sees itself as a pioneer in the introduction and application of high-tech AI. (Photo: DDE)
Ingo Zwank | editor
These are autonomous or semi-autonomous machines that, in a way, serve their masters: we are talking about androids, cyborgs, and humanoid robots—commonly known as the Terminator. And in a way, the developments of Data Design Engineering are heading precisely in this direction—toward autonomous machines.
Founded in 2014 in Seoul, Korea, Data Design Engineering (DDE) develops data-driven AI solutions and services to support global initiatives and organizations across various sectors, striving to create a better future.
A heat therapy device integrated into Dobby technology accurately interprets voice commands and assists in adjusting heat therapy for different body parts. (Photo: DDE)
The company quickly expanded as a startup into various countries such as Singapore—and now Luxembourg. “We have established our headquarters here,” says Benjamin Kim from the Business Development department at Data Design Engineering, based at Technoport Belval, in an interview with Luxemburger Wort.
Headquarters Relocated from South Korea to Luxembourg
Data-driven AI solutions and services cover a vast field—just as broad is the application of AI technology by Data Design Engineering. DDE leverages its success in AI adoption in South Korea to expand into foreign markets, offering technology transfer for similar industrial sectors.
With a minimal research and development footprint, DDE’s strategy utilizes its technological edge, distinguishing itself from competitors engaged in AI development.
“We Have a Technology That Can Be Precisely Tailored to Customer Needs” (Photo: Chris Karaba)
“Simply put: Since we own the fundamental technologies and foundational modeling, a customer—say, from the aerospace industry—can come to us, describe their needs, and we can tailor our technology precisely to those requirements,” says Ben Kim.
He highlights DDE’s expertise in developing AI solutions that are highly precise, fast, cost-efficient, and fully automated—without the need to modify existing systems.
The Luxembourg-based company, led by CEO James Kim, enables the development of algorithms covering the entire engineering process. DDE employs High-Performance Computing and conducts specialized algorithm training for this purpose.
“It All Depends on the Input Data”
“Our AI is fundamentally ecological, evolutionary, and human-centered. It can also replicate human expert behavior and thinking while analyzing causality with precision,” explains Kim. However, the sophistication and accuracy of AI systems still depend on the quality of input data. “We focus on the data itself before doing anything else,” he adds. Moreover, DDE’s AI solutions can function entirely offline in a fully autonomous manner.
“Thanks to our experience with advanced AI technologies, the development of proprietary solutions, and their application in innovative services and products, we have built deep expertise in AI-driven technologies,” says Kim. DDE specializes in “Intelligence on Edge Device Offline Technology” and has developed numerous applications to turn extraordinary ideas into reality.
An Autonomous Mobile Robot, integrated with Dobby technology, rapidly scans the workspace using built-in sensors, enabling precise mapping. (Photo: DDE)
The applications of artificial intelligence are virtually limitless—whether in an electric wheelchair, a military drone, or even a satellite. “We can deploy intelligence anywhere,” states DDE.
“Dobby” is Ready for Action
“Dobby”—not Arnold Schwarzenegger or T-800 (in reference to The Terminator)—is the demonstration model developed by Data Design Engineering.
(Photo: DDE – Data Design Engineering sees itself as a pioneer in the introduction and utilization of high-tech AI with Dobby.)
DDE’s AI models are designed to automatically detect and validate anomalies with the highest possible accuracy and quality. “Thanks to our extensive experience—not only in developing our own AI technologies but also in applying them to missions and projects—we have the expertise to transform collected data into high-quality, traceable results that can be translated into actionable measures,” explains the company.
With this, Data Design Engineering positions itself as a pioneer in the adoption and application of high-tech AI. The company has extensive experience across various industries in both the Asian and European markets. “DDE develops data-driven AI solutions and services that are highly precise, fast, and cost-efficient, while also being fully automated—without requiring modifications to existing systems,” says Kim.
31-Year-Old Kim Praises Strong Support in Luxembourg (Photo: Chris Karaba)
Data security is guaranteed
DDE’s expertise includes researching and developing algorithms for various data types, enabling the company to create customized algorithms for a wide range of scenarios. This capability allows for a synergistic convergence of different data types.
DDE specializes in cutting-edge fields, including space and Earth observation, aerospace engineering, robotics, natural language processing (domain-specific language models), predictive analytics, image processing, and voice cloning. “Our core strength lies in enhancing and optimizing Large Multi Models to ensure they run seamlessly on edge devices—even when operating offline.”
On the topic of data security, Kim explains: “Since our AI can operate entirely offline, there are no security concerns.” As there is no connection to a data center, the AI is inherently protected from external hacking due to its offline capability.
High Demand at International Trade Shows
“At CES 2025, we had the opportunity to showcase our technology as a Luxembourg-based AI company,” says Kim. DDE presented ‘Edge Device’ technology, which combines Large Multi Models—the groundbreaking aspect being its ability to function completely offline.
Currently, drones and autonomous vehicles—with few exceptions—rely on satellite systems, local GPS, 5G networks, or Wi-Fi for operation. “They are all connected to a system, and if someone disrupts the satellite signal, everything stops,” explains Kim. Autonomous systems, whether drones or robots, become useless once their connection is lost—‘they just stop,’” he adds.
A Drone Equipped with the DDE AI Chip Makes Its Own Decisions (Photo: DDE)
The solution developed by Data Design Engineering (DDE) ensures that all these vehicles can operate offline—without any network connection. For example, “a drone equipped with our AI chip makes its own decisions and executes the tasks it has been assigned with precision,” explains DDE. The system knows its exact position in the environment, allowing it to constantly adjust its decisions in real time.
AI as a Turning Point Across Industries
As a key industry partner, Kim highlights the company Gradel (Ellingen), which developed Gradel Robotic Additive Manufacturing (Gram). The firm specializes in custom machine development for mechanical and electromechanical solutions. Working with a state-of-the-art workshop, Gradel develops optimized solutions using the latest modeling technologies and FEM simulations. In the aerospace sector, its expertise lies in mechanical engineering and manufacturing.
At Xponential Europe 2025 in Düsseldorf, Data Design Engineering demonstrated how AI and “Dobby” can operate across various industries—completely independently and without an internet connection.
“Our technology is tested and ready,” says Kim. The defense and aerospace industries are seen as key application areas, as “offline AI technology can be implemented in any device and application”. “It takes just two to three months of development to integrate it. This will inevitably mark a turning point in industries such as aerospace and defense,” Kim concludes.
Artificial intelligence
Read the article below or on Luxemburger Wort
Exciting news! ๐
The Luxembourg daily newspaper Luxemburger Wort ๐ฐ featured Data Design Engineering (DDE) on its front page on March 13 and 14, 2025! ๐
DDE is recognized as a pioneer and leader in cutting-edge AI technology.
Check out the full article below for more details! โฌ๏ธ
๐ <3-Sentence Summary>
โ Developing AI-driven autonomous machines and offline AI technology, applied in robotics, aerospace, and industrial sectors
โ Showcasing AI solutions that operate without internet connectivity at CES 2025 (USA), Xponential Europe 2025 (Germany), and AW 2025 (Korea)
โ Leading AI innovation across industries with high-performance AI, data security, and real-time decision-making technology'
Discover DDE’s groundbreaking technology on the global stage! ๐โจ
#DDE #DataDesignEngineering #LuxemburgerWort #Luxemburger #DOBBYAI #DOBBY #Technology #LMM #VLM #OFFLINE #ONDEVICE #EDGEDEVICE #EdgeAI #MOMA #AMR #AutonomousRobots #RobotTechnology
๐ Read the full articleโฌ๏ธ
---------------------------------------------------------------------------------------------------------------------------------------------------------
EN)
AI-driven technology
Autonomous Machines “Made in Luxembourg”
The company Data Design Engineering (DDE), founded in South Korea, has its headquarters in Luxembourg and aims to position the Grand Duchy as an industry leader in data-driven AI solutions.
Data Design Engineering sees itself as a pioneer in the introduction and application of high-tech AI. (Photo: DDE)
Ingo Zwank | editor
These are autonomous or semi-autonomous machines that, in a way, serve their masters: we are talking about androids, cyborgs, and humanoid robots—commonly known as the Terminator. And in a way, the developments of Data Design Engineering are heading precisely in this direction—toward autonomous machines.
Founded in 2014 in Seoul, Korea, Data Design Engineering (DDE) develops data-driven AI solutions and services to support global initiatives and organizations across various sectors, striving to create a better future.
A heat therapy device integrated into Dobby technology accurately interprets voice commands and assists in adjusting heat therapy for different body parts. (Photo: DDE)
The company quickly expanded as a startup into various countries such as Singapore—and now Luxembourg. “We have established our headquarters here,” says Benjamin Kim from the Business Development department at Data Design Engineering, based at Technoport Belval, in an interview with Luxemburger Wort.
Headquarters Relocated from South Korea to Luxembourg
Data-driven AI solutions and services cover a vast field—just as broad is the application of AI technology by Data Design Engineering. DDE leverages its success in AI adoption in South Korea to expand into foreign markets, offering technology transfer for similar industrial sectors.
With a minimal research and development footprint, DDE’s strategy utilizes its technological edge, distinguishing itself from competitors engaged in AI development.
“We Have a Technology That Can Be Precisely Tailored to Customer Needs” (Photo: Chris Karaba)
“Simply put: Since we own the fundamental technologies and foundational modeling, a customer—say, from the aerospace industry—can come to us, describe their needs, and we can tailor our technology precisely to those requirements,” says Ben Kim.
He highlights DDE’s expertise in developing AI solutions that are highly precise, fast, cost-efficient, and fully automated—without the need to modify existing systems.
The Luxembourg-based company, led by CEO James Kim, enables the development of algorithms covering the entire engineering process. DDE employs High-Performance Computing and conducts specialized algorithm training for this purpose.
“It All Depends on the Input Data”
“Our AI is fundamentally ecological, evolutionary, and human-centered. It can also replicate human expert behavior and thinking while analyzing causality with precision,” explains Kim. However, the sophistication and accuracy of AI systems still depend on the quality of input data. “We focus on the data itself before doing anything else,” he adds. Moreover, DDE’s AI solutions can function entirely offline in a fully autonomous manner.
“Thanks to our experience with advanced AI technologies, the development of proprietary solutions, and their application in innovative services and products, we have built deep expertise in AI-driven technologies,” says Kim. DDE specializes in “Intelligence on Edge Device Offline Technology” and has developed numerous applications to turn extraordinary ideas into reality.
An Autonomous Mobile Robot, integrated with Dobby technology, rapidly scans the workspace using built-in sensors, enabling precise mapping. (Photo: DDE)
The applications of artificial intelligence are virtually limitless—whether in an electric wheelchair, a military drone, or even a satellite. “We can deploy intelligence anywhere,” states DDE.
“Dobby” is Ready for Action
“Dobby”—not Arnold Schwarzenegger or T-800 (in reference to The Terminator)—is the demonstration model developed by Data Design Engineering.
(Photo: DDE – Data Design Engineering sees itself as a pioneer in the introduction and utilization of high-tech AI with Dobby.)
DDE’s AI models are designed to automatically detect and validate anomalies with the highest possible accuracy and quality. “Thanks to our extensive experience—not only in developing our own AI technologies but also in applying them to missions and projects—we have the expertise to transform collected data into high-quality, traceable results that can be translated into actionable measures,” explains the company.
With this, Data Design Engineering positions itself as a pioneer in the adoption and application of high-tech AI. The company has extensive experience across various industries in both the Asian and European markets. “DDE develops data-driven AI solutions and services that are highly precise, fast, and cost-efficient, while also being fully automated—without requiring modifications to existing systems,” says Kim.
31-Year-Old Kim Praises Strong Support in Luxembourg (Photo: Chris Karaba)
Data security is guaranteed
DDE’s expertise includes researching and developing algorithms for various data types, enabling the company to create customized algorithms for a wide range of scenarios. This capability allows for a synergistic convergence of different data types.
DDE specializes in cutting-edge fields, including space and Earth observation, aerospace engineering, robotics, natural language processing (domain-specific language models), predictive analytics, image processing, and voice cloning. “Our core strength lies in enhancing and optimizing Large Multi Models to ensure they run seamlessly on edge devices—even when operating offline.”
On the topic of data security, Kim explains: “Since our AI can operate entirely offline, there are no security concerns.” As there is no connection to a data center, the AI is inherently protected from external hacking due to its offline capability.
High Demand at International Trade Shows
“At CES 2025, we had the opportunity to showcase our technology as a Luxembourg-based AI company,” says Kim. DDE presented ‘Edge Device’ technology, which combines Large Multi Models—the groundbreaking aspect being its ability to function completely offline.
Currently, drones and autonomous vehicles—with few exceptions—rely on satellite systems, local GPS, 5G networks, or Wi-Fi for operation. “They are all connected to a system, and if someone disrupts the satellite signal, everything stops,” explains Kim. Autonomous systems, whether drones or robots, become useless once their connection is lost—‘they just stop,’” he adds.
A Drone Equipped with the DDE AI Chip Makes Its Own Decisions (Photo: DDE)
The solution developed by Data Design Engineering (DDE) ensures that all these vehicles can operate offline—without any network connection. For example, “a drone equipped with our AI chip makes its own decisions and executes the tasks it has been assigned with precision,” explains DDE. The system knows its exact position in the environment, allowing it to constantly adjust its decisions in real time.
AI as a Turning Point Across Industries
As a key industry partner, Kim highlights the company Gradel (Ellingen), which developed Gradel Robotic Additive Manufacturing (Gram). The firm specializes in custom machine development for mechanical and electromechanical solutions. Working with a state-of-the-art workshop, Gradel develops optimized solutions using the latest modeling technologies and FEM simulations. In the aerospace sector, its expertise lies in mechanical engineering and manufacturing.
At Xponential Europe 2025 in Düsseldorf, Data Design Engineering demonstrated how AI and “Dobby” can operate across various industries—completely independently and without an internet connection.
“Our technology is tested and ready,” says Kim. The defense and aerospace industries are seen as key application areas, as “offline AI technology can be implemented in any device and application”. “It takes just two to three months of development to integrate it. This will inevitably mark a turning point in industries such as aerospace and defense,” Kim concludes.
Artificial intelligence
Read the article below or on Luxemburger Wort