Dr. Fang Kecheng's Interview with CEO Vision

A New Era Of Innovation: LongServing's Breakthrough Revolution In Technology And Beyond

In the rapidly advancing wave of modern technology, it is rare to encounter a technological leader capable of fusing scientific rationality with artistic creativity. Dr. Ko-Cheng Fang, Chairman and Chief Executive Officer of LongServing Technology Co., Ltd., stands as one of the few who embody this unique combination.

Not only is he an inventor whose expertise spans engineering, medicine, and cybersecurity, but he also embodies the spirit of a modern-day “Renaissance,” as demonstrated through his work in laboratory-cultivated jade and interdisciplinary innovation — earning him the title of the “Contemporary Da Vinci.”

Dr. Fang firmly believes that the core of future technology lies in breakthroughs in computational power. Guided by this vision, he designed the world’s first multi-bit photonic chip and pioneered picometer-level chip fabrication processes, securing patents across 26 countries. His inventions have not only demonstrated remarkable foresight but have also been successfully applied to key sectors including healthcare, automation, and cybersecurity.

From assisting the U.S. Department of Homeland Security in developing firewall frameworks to designing autonomous medical robots capable of independent AI decision-making, Dr. Fang’s cross-disciplinary mindset and relentless innovation have profoundly shaped the modern technological landscape. With an unwavering pursuit of excellence and a vision aimed toward the Nobel Prize, he continues to inject new perspectives and boundless energy into global science and technology.

About “CEO Vision”

This exclusive interview with Dr. Ko-Cheng Fang was featured in CEO Vision, a digital media platform focused on global business leadership and innovation management, positioned with the mission of “Insight Into the Future of Business.”

The publication provides in-depth CEO interviews, industry trend analyses, and strategic case studies to support executive decision-making. Its content emphasizes practical leadership and digital transformation, with special features on cutting-edge topics such as artificial intelligence and the green economy. CEO Vision also releases annual business rankings, such as “The 10 Fastest-Growing Companies.” Its readership primarily includes multinational executives, investors, and entrepreneurs.

•Original feature article “on The CEO Vision”:

https://theceovision.com/a-new-era-of-innovation....../

•Recognized as one of “The 10 Best Companies to Watch in 2025”:

https://theceovision.com/....../10-best-companies-to....../

The Following is the Translated Interview

LongServing Technology Co., Ltd. is a pioneering enterprise at the forefront of innovation, actively advancing the frontiers of optical computing, robotics, and laboratory-grown jade technology. Under the visionary leadership of its founder, Dr. Ko-Cheng Fang, the company is spearheading the development of multiple cutting-edge technologies that are shaping the future of the medical, automotive, and electronics industries.

Through its unwavering commitment to research and development and substantial investment in innovation, LongServing is strategically positioned for exponential growth. The company is preparing to enter Wall Street and expand its global presence, signaling its ambition to establish itself as a world-class leader in next-generation technology.

The Inspiration Behind LongServing

The inspiration for founding LongServing Technology arose from Dr. Fang’s long-term dedication to meditation and spiritual practice. Through profound meditative experiences, he discovered that he possessed memories from previous lives. According to his recollection, he originated from the planet Ohm, once serving as a ruler of ancient Earth.

When Earth faced its fourth extinction event, he led early humans to escape aboard spacecraft, relocating to the Moon and establishing a base within its interior. At that time, the Earth was an incandescent fireball. Later, they ventured again to distant star systems to ensure the continuation of human civilization.

This extraordinary experience filled Dr. Fang’s mind with extraterrestrial scientific knowledge. Whenever he observed images or patterns, he could recall their structures and underlying principles. Motivated by this, he founded LongServing Technology to bring to life the advanced technologies he retained in his memory.

He began by tackling the world’s most challenging scientific problems to substantiate his extraterrestrial heritage — first focusing on laboratory-cultivated jade, a market exceeding NT$1 trillion (approximately USD 31 billion), aiming to become one of the wealthiest innovators of the future. Since 2024, he has attracted extensive media attention.

In 2025, China Central Television (CCTV) extended an invitation for an exclusive interview, though he accepted only written correspondence. The reason was that LongServing was preparing for a far greater challenge — to compete with the world’s semiconductor giant, TSMC. While most are still focused on electronic chips, LongServing has already embarked on the research and development of 2-nanometer photonic chips, aiming to propel human technology to a transformative new stage.

A New Frontier in Automation and Robotics with LongServing

LongServing Technology demonstrates a distinctive technological advantage in the realm of automation and robotics. While traditional humanoid robots rely on binary-based electronic chips constrained by physical limitations, LongServing’s pioneering photonic computing chip processes information through light, achieving speeds comparable to neural signal transmission in the human brain. This breakthrough allows its systems to simulate brain-like functions, overcoming the inherent boundaries of binary computation.

In contrast to conventional computers that must convert “81” into a string of binary digits, the human brain comprehends its meaning instantaneously. LongServing’s patented “multi-bit optical computing” technology enables data to be expressed in decimal form, rendering three-dimensional images that more closely mimic human cognition. Furthermore, by utilizing light wavelength frequencies and nanometer-scale quantum dot technologies, the company’s chips possess color perception capabilities similar to that of human vision.

However, manufacturing such chips presents immense challenges. The human brain itself is a complex network of chemical signal transmissions, not an arrangement of metallic circuits. To replicate this level of precision, LongServing developed a patented “picometer-scale chip fabrication process,” capable of producing chips at an atomic-level scale. By combining this fabrication method with photonic chip architecture, the company aims to surpass existing AI and quantum chip leaders, creating the world’s most realistic and powerful GPU core for next-generation humanoid robots.

Transforming Industries with Advanced Robotics

Empowered by AI-driven robots that possess human-like cognitive abilities, LongServing Technology is poised to bring disruptive innovation across multiple sectors, particularly within the electronics and automotive industries. These intelligent robots operate with computational speeds surpassing those of the human brain, enabling them to perform complex tasks entirely autonomously.

For instance, they can independently pilot vehicles, withstand the high gravitational forces experienced by fighter jets, and make rapid, self-guided decisions without relying on preloaded data. Equipped with advanced visual and spatial recognition capabilities, these robots can execute low-altitude flight maneuvers and navigate intricate environments with precision.

Their titanium-alloy exoskeletons and sealed optical pathways allow them to perform critical missions in extreme conditions, such as nuclear disaster zones or high-radiation environments, where human access is limited or unsafe.

LongServing has already secured photonic chip patents in 26 industrially advanced nations, laying a solid foundation for global implementation of its technology. The company envisions developing a new generation of interconnected and self-constructing robots capable of not only performing industrial tasks but also building manufacturing facilities themselves — a vision that redefines the future of intelligent automation.

Revolutionizing Industries with Advanced Robot Technology

Through its groundbreaking multi-bit optical computing chips, LongServing Technology’s robotics innovations are set to deliver transformative benefits across diverse industries, especially in the fields of electronics and medical devices. In the healthcare sector, these robots’ high-speed computational capabilities allow them to execute ultra-precise surgical procedures with exceptional accuracy.

When equipped with advanced optical modules, the robots can capture three-dimensional medical images and function as diagnostic scanners for human organs. By integrating X-ray or other imaging technologies, they can conduct internal examinations and instantly transmit data to the core GPU for real-time analysis and interpretation.

Furthermore, through secure cloud connectivity, these intelligent robots can collaborate synchronously on complex surgical operations — such as multi-organ removal or transplantation — in ways that were previously impossible. They can also be deployed in high-risk environments such as radiation zones, infectious disease containment areas, and biochemical hazard sites, drastically reducing the exposure risk for human medical professionals.

Unlike conventional Delta robotic arms that require manual calibration of weight, distance, and force, LongServing’s robots are embedded with genuine artificial intelligence, enabling autonomous decision-making and execution. Their performance far exceeds that of traditional mechanical arms, which merely serve as tools to assist human operators.

Transforming Medical Device Manufacturing with Automation

Manufacturers in the medical device industry are expected to achieve significant advancements through the implementation of LongServing Technology’s automation solutions. The company’s highly sophisticated robots are equipped with an integrated software platform that can seamlessly interface with existing medical systems.

With this integration, physicians can input their professional expertise and procedural knowledge into the system, allowing the robots to take over repetitive, labor-intensive, and precision-demanding tasks. This enables medical professionals to redirect their focus toward high-value research, innovation, and patient-centered care, ultimately improving treatment outcomes and accelerating the pace of medical advancement.

By combining automation with human expertise, LongServing’s approach not only enhances production efficiency and product reliability but also ushers in a new era of smart manufacturing in the medical field. The company envisions a future where intelligent robotics and automated systems work hand in hand with healthcare professionals to redefine global standards in medical technology.

Driving Innovation through Research and Development

At the heart of LongServing’s success lies its founder’s unique problem-solving philosophy. As a recipient of the International Inventors Association Lifetime Achievement Award, Dr. Ko-Cheng Fang approaches innovation from an unconventional, interplanetary perspective. He often poses the question: “If this problem existed on another planet, how would it be solved?” — a mindset that consistently inspires groundbreaking solutions beyond the boundaries of Earthly technology.

One notable example is his revolutionary approach to cybersecurity. Drawing inspiration from the strict anti-hacking laws of his claimed extraterrestrial civilization, Dr. Fang designed a high-security network architecture that was later patented and publicly released. This design became one of the foundational frameworks of modern cloud computing and was even adopted by the U.S. Department of Homeland Security.

To sustain ongoing research and development, Dr. Fang also pioneered the creation of laboratory-cultivated jade, establishing a stable revenue source for the company. Building on this foundation, he has directed efforts toward bringing advanced robotic technologies into practical Earth applications. However, recognizing the limitations of existing semiconductor technologies, he went on to design the world’s first multi-bit photonic chip, followed by the creation of the world’s first picometer-scale chip through a groundbreaking chemical synthesis process.

Despite initial skepticism, these photonic chip technologies eventually gained global recognition — earning patents in 26 countries and drawing attention from leading semiconductor corporations such as TSMC. These patents in picometer-scale chip fabrication have granted LongServing a decisive competitive edge in the technological domain, forming a powerful engine for the company’s future growth.

A Vision for Global Leadership

LongServing Technology’s future vision is both ambitious and forward-looking. The company’s primary goal is to become a global leader in advanced technology—surpassing even today’s most prominent industry giants such as TSMC. To realize this objective, LongServing plans to complete the development and mass production of its 2-nanometer optical computing chip within the year.

In parallel, the company intends to gradually release a portion of its equity, with the ultimate goal of becoming publicly listed on Wall Street. To facilitate this process, LongServing plans to offer between 10% and 30% of its shares and is actively seeking partnerships with experienced underwriting teams and leading financial institutions.

Beyond its technological pursuits, LongServing is also expanding into the luxury sector, particularly through its division dedicated to laboratory-grown jade. The company aims to establish flagship boutiques in major luxury capitals around the world and to launch large-scale marketing initiatives, including high-end fashion shows led by top international models.

To strengthen its global brand identity, LongServing has already invested in multiple promotional projects—among them, the production of eleven multilingual microfilm advertisements themed around laboratory-grown jade. These creative campaigns have significantly enhanced the company’s market visibility and brand prestige.

Dr. Ko-Cheng Fang, the company’s founder, exemplifies the rare fusion of artistic creativity and scientific rigor. His multidisciplinary works—including painting and design—embody a Renaissance-like integration of art and science. Many commentators have referred to him as a “modern-day Leonardo da Vinci,” a testament to his capacity to harmonize innovation, aesthetics, and intellect in both technology and art.

A Testament to Innovation: The Taiwan Excellence Award

LongServing Technology’s laboratory-cultivated jade has been honored with the prestigious Taiwan Excellence Award, a national recognition that celebrates exceptional innovation and outstanding product achievement. This honor not only signifies an acknowledgment of LongServing’s technological and creative excellence at the national level but also strengthens the company’s credibility in the marketplace, enhancing confidence among both investors and consumers worldwide.

For Dr. Ko-Cheng Fang, however, this achievement represents only the beginning. His ultimate goal is to secure the Nobel Prize in Science for his groundbreaking work on the multi-bit quantum photonic chip project. This revolutionary technology holds the potential to transform multiple industries, continuing his long-standing contributions to human cybersecurity and cloud computing infrastructure.

Over two decades ago, Dr. Fang designed a foundational firewall architecture for the U.S. Department of Homeland Security, which became a crucial element of the global cybersecurity framework. Today, his pursuit of the Nobel Prize symbolizes his unwavering dedication to innovation and his aspiration for global recognition of his scientific contributions.

Through continuous advancement in both artificial intelligence and quantum-scale photonic computation, LongServing Technology is not only redefining technological possibilities but also reaffirming Taiwan’s position as a global leader in next-generation innovation.

Empowering Future Leaders in Automation and Robotics

As the founder of LongServing Technology, Dr. Ko-Cheng Fang believes that the greatest challenge facing the future of automation and robotics lies in the computational limitations of existing chips. He emphasizes that for robots to truly surpass the capabilities of the human brain, they must no longer depend on traditional binary-based processors.

To overcome this bottleneck, Dr. Fang highlights the importance of advancing both hardware and software simultaneously. LongServing’s proprietary multi-bit algorithms have significantly enhanced computational efficiency at the software level, while its patented picometer-scale chip fabrication process offers a cost-effective alternative to the use of expensive extreme ultraviolet (EUV) lithography systems.

Dr. Fang envisions that multi-bit optical computing will eventually transcend conventional binary electronic computation, emerging as a superior alternative to current quantum-bit technologies. LongServing’s optical computing architecture effectively addresses the major challenges faced by quantum computers, including their massive size, signal instability, and complex error correction processes.

This technological vision provides a clear direction for the future of the industry. Through a systematic program to cultivate a new generation of scientific and engineering leaders within the company, Dr. Fang aims to guide his team toward sustained innovation—overcoming the existing barriers of automation and robotics, and shaping the next era of intelligent machinery for humanity.