Dr. Ko-Cheng Fang LongServing Technology Co., Ltd. Inventor, Founder, and Chairman: “We are now witnessing the future of the technology industry. A revolutionary era is upon us, with photonic quantum chips poised to replace current electronic chips entirely within the next three to five years.”

The Silicon Review

At the forefront of LongServing Technology Co., Ltd. is Dr. Ko-Cheng Fang—Inventor, Founder, and Chairman—a visionary whose groundbreaking innovations bridge the gap between imagination and reality. Unlike traditional tech leaders, Dr. Fang’s journey is uniquely inspired by extraordinary past life memories, including extraterrestrial experiences, which have fueled his relentless pursuit of cutting-edge advancements that shape the future. With a foundation rooted in transformative ideas, LongServing Technology is dedicated to developing revolutionary solutions that span multiple industries, from cybersecurity to synthetic gemstones and quantum computing.

Dr. Fang’s early innovations were ahead of their time. In the formative years of the digital age—before the rise of smartphones—he foresaw the challenges of data security. Recognizing that computer memory was vulnerable to hackers, Dr. Fang conceptualized the idea of “networking and virtual databases” to safeguard confidential information—a vision that materialized into what we now call “the cloud.” To secure this virtual data, he also designed the “password lock” system, laying the groundwork for secure data access. His ingenuity caught the attention of the U.S. Department of Homeland Security, which requisitioned his patented technology to bolster national cybersecurity infrastructure and anti-terrorism efforts. While Dr. Fang generously donated this technology for the greater good, it paved the way for advancements in firewall security and smartphone ecosystems, even as his contributions remained unacknowledged.

Driven by the realization that innovation alone is insufficient without financial support, Dr. Fang established LongServing Technology Co., Ltd. as a sole proprietorship. He sought to generate sustainable revenue that would fuel his research ambitions. Identifying the untapped potential in the synthetic gemstone market, Dr. Fang undertook one of the most ambitious challenges in material science: the development of gem-grade synthetic jadeite. While global giants such as General Electric (GE) and prominent Chinese research institutions struggled to overcome the complexities of jadeite synthesis, Dr. Fang achieved a historic breakthrough. In 2024, LongServing Technology successfully unveiled high-quality synthetic jadeite, achieving unparalleled transparency and fineness—a feat widely covered by international media. With commercial production now underway, the company has attracted partnerships from global agents, positioning itself within an industry valued at over $30 billion annually.

Looking to the future, LongServing Technology is set to redefine the boundaries of technological innovation. With revenues from synthetic jadeite commercialization, Dr. Fang aims to accelerate the research and production of multi-bit photonic quantum computing chips—a critical milestone for next-generation AI applications. His vision also extends to the design and development of humanoid robots, with detailed concepts and prototypes already unveiled on the company’s official platform. Under the leadership of Dr. Ko-Cheng Fang, LongServing Technology Co., Ltd. is more than just a tech enterprise—it is a gateway to the future. The company welcomes collaborations with major manufacturers, venture capitalists, and innovators worldwide, whether through joint operations, patent licensing, or strategic partnerships. By aligning visionary ideas with actionable innovation, LongServing Technology stands poised to lead humanity into the next era of technological evolution.

Gem-Grade Man-Made Synthetic Jadeite Technology’s Potential and Application

Dr. Fang has introduced groundbreaking advancements in synthetic jadeite to address the increasing market demand amid dwindling natural resources. For centuries, jadeite—hailed as the “king of jade”—has been highly sought after for decoration and collection, particularly in Eastern markets. However, its natural formation is exceedingly rare, and supply struggles to meet global demand. Notably, Myanmar, the world’s largest jadeite producer, accounted for $31 billion U.S. dollars in output in 2014, nearly half of its GDP. Yet, its jadeite mines are steadily depleting, creating scarcity and driving prices for top-quality varieties, such as the imperial-grade Laokeng jade, to tens of millions of RMB—placing them beyond reach for most collectors and buyers. Recognizing this gap, Dr. Fang pioneered a new synthetic jadeite variety that combines “jadeite and Shuimozi,” scientifically known as pyroxene jade and albite jade. This innovation maintains the signature glistening effect, vibrant chromium coloration, and gem-level hardness (6 to 7), while significantly reducing costs.

Unlike inferior dyed or treated alternatives (commonly known as B-type or C-type goods), LongServing’s synthetic jadeite offers gem-quality brilliance comparable to imperial-grade natural jadeite. With its affordability and scalability, synthetic jadeite presents immense potential—filling market gaps, ensuring value retention, and offering lucrative opportunities for manufacturers, consumers, and investors alike. LongServing’s technology can achieve mass production at low costs, with projected annual revenues exceeding $31 billion U.S. dollars and net profits reaching $27 billion U.S. dollars. This advancement is not only poised to revitalize the gemstone industry but also boost job creation, GDP growth, and economic development on a global scale.

Dr. Fang’s Optical Quantum Multi-Bit Operations

Dr. Fang’s work in photonic quantum multi-bit operations offers a revolutionary solution to the limitations of AI robotics powered by conventional binary semiconductor chips. He highlights the current inadequacies of AI robots in autonomous learning—an issue that hinders their ability to replace human labor in high-level, complex tasks. While robots can easily manage basic functions such as cleaning or transporting goods, their inability to think independently prevents them from undertaking roles requiring sophisticated decision-making, such as process monitoring in advanced manufacturing plants or operating in high-stakes scenarios like law enforcement.

Dr. Fang draws attention to TSMC’s ongoing labor challenges, where human engineers endure 24-hour shifts to manage advanced processes—an issue not yet solvable by today’s AI technology. While fully automated factories are emerging in companies like Tesla and Foxconn, TSMC’s reliance on human expertise highlights the limitations of AI systems that still operate on low-level binary algorithms (0s and 1s)—a method absent in nature’s autonomous learning processes. According to Dr. Fang, the evolution of AI robotics hinges on replacing binary algorithms with photonic quantum chips capable of enabling true autonomous learning. With LongServing’s innovative patents, including the Multi-bit Optical Computing System and Picoscopic Scale Circuit Pattern, he envisions an era of AI robots with advanced cognitive abilities arriving within the next 3-5 years, not decades.

Dr. Fang also emphasizes the economic and practical implications of this breakthrough. The industry must look beyond gimmicky AI robots trained for rudimentary tasks like making coffee or sweeping floors—roles that could easily be handled by robotic arms or low-cost labor. True AI robotics, as Dr. Fang foresees, will redefine industries by addressing complex challenges: performing dangerous rescue missions, anticipating tactical scenarios in law enforcement, and managing intricate manufacturing processes without human intervention. This future, powered by LongServing’s photonic quantum technology, promises to unlock new possibilities and eliminate reliance on outdated binary computing. As Dr. Fang aptly puts it, “Why waste resources on technologies destined to be obsolete when we can work together for the future of mankind?”

“Dr. Ko-Cheng Fang”- Remember the name!!!

Drawing inspiration from historical figures like Leonardo da Vinci and Nikola Tesla—who tirelessly pursued their crafts and left indelible marks on humanity—Dr. Fang views technology not as a means of financial gain but as a tool to transform lives and shape the future. Comparing his work to the unseen yet impactful contributions of past inventors, Dr. Fang reflects on his own groundbreaking innovations, such as the development of lock apps and contributions to cloud computing. Despite the lack of widespread recognition, he remains steadfast in his pursuit, driven by passion and an artist’s relentless creativity. “If there were no dreamers like us,” he says, “the world would not be as happy or advanced as it is today.” It is through platforms like The Silicon Review that his contributions gain the recognition they deserve, and Dr. Fang believes that one day, when photonic quantum computing and advanced AI come to life, the world will remember the foundation he laid.

LongServing Technology’s innovations extend beyond borders, with Dr. Fang actively seeking global collaborators who share his passion for optical quantum technology. From software and IC design to advanced chip manufacturing, Dr. Fang emphasizes the scale of transformation required for this technological shift—a shift he compares to the revolutionary work of Bell Labs and the rise of the iPhone. He envisions a new golden age for humanity, driven by photonics, where the baton of technological leadership passes to a new generation of innovators, researchers, and visionaries. Dr. Fang calls on research institutions, Nobel Prize aspirants, and forward-thinking investors to join this movement, recognizing that the photonics industry is on the cusp of transformative growth. “The future of this technology is like a forming hurricane,” he says, urging partners to contribute financially, intellectually, and creatively to build a robust photonics industry chain. By fostering collaboration and uniting global efforts, Dr. Fang and LongServing Technology aim to usher in an era of unprecedented technological advancement.

Path Ahead for LongServing Technology Co.

Currently a private company, LongServing’s primary revenue stream comes from the commercialization of the world’s first man-made gem-level and imperial green-level synthetic jadeite. With global expansion in mind, the company is actively recruiting experienced agents worldwide to drive this innovative product’s market penetration. Based on recent projections, the synthetic jadeite market is expected to achieve an annual turnover of $30 to $40 billion at full maturity, with an extraordinary net profit rate exceeding 80%—a figure comparable to the annual profits of industry giants like TSMC.

Dr. Fang envisions taking LongServing public in the near future, after which he plans to shift focus toward the development of photonic quantum chips—a transformative technology for the next generation. To accelerate this mission, Dr. Fang welcomes collaboration in various forms, including licensing, co-development, and investment partnerships. With patent licenses secured across 20 to 30 major industrial countries, LongServing is poised to recruit top talent for this ambitious technological leap. If all proceeds according to plan, the company expects to produce its first 1-nanometer photonic quantum chip within one to two years, followed swiftly by mass production. Notably, LongServing’s manufacturing process eliminates the need for highly complex photolithography machines or vacuum cleanroom environments, positioning the company to achieve production milestones faster than industry norms.

Dr. Fang emphasizes that with global talent and enthusiastic participation, LongServing can advance its timeline and prepare for its public debut. As the company approaches this pivotal moment, LongServing Technology is set to redefine technological innovation and leave a legacy for generations to come.