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Transforming Industries Through Cutting-Edge Technology
In a world increasingly dependent on technological advancements, companies must continuously innovate to remain competitive. The demand for faster computing, sustainable materials, and solutions to pressing environmental concerns is higher than ever. Yet, despite rapid progress, industries such as semiconductor manufacturing, luxury materials, and biotechnology face persistent challenges that limit scalability, efficiency, and accessibility.
LongServing Technology Co., Ltd., founded in 2010 and based in Taipei City, Taiwan, is at the forefront of addressing these issues. Under the visionary leadership of Dr. Ko-Cheng Fang, the company has developed groundbreaking technologies that challenge the status quo. With a focus on photonic quantum computing, lab-grown jadeite, and biotechnology, LongServing is redefining the landscape of industries that influence the future of human civilization.
One of LongServing’s most revolutionary advancements is in the field of photonic quantum computing. Traditional semiconductor manufacturing has long relied on electronic chips, but as transistors shrink to their physical limits, further improvements in computing power are becoming increasingly difficult and costly. LongServing is leapfrogging electronic chips to advance into photonic computing, a field that has the potential to outperform conventional processors by thousands of times in speed and efficiency.
“We are not simply improving existing technology; we are redefining it. Our photonic quantum chips will change the computing landscape, potentially making electronic chips obsolete within the next decade,” says Dr. Fang.
Unlike traditional chips, which rely on electrons, photonic chips use light-based computing to process information at near-instantaneous speeds. This eliminates heat generation, significantly reduces power consumption, and enables a new era of quantum computing applications. LongServing has secured patents in 26 countries for this innovation, ensuring a strong intellectual property position as it scales its production capabilities. The company has set an ambitious goal of producing 50,000 wafers per month, directly competing with semiconductor giant TSMC, which still focuses on electronic chips.
Another key differentiator is LongServing’s approach to chip fabrication. Traditional chipmakers, including industry leaders, rely on intricate and costly physical processes, whereas LongServing’s nano-chemical fabrication techniques enable a far more efficient and scalable method of creating picoscopic-scale photonic circiuits. This not only reduces production costs but also accelerates the development of multi-bit photonic logic gates, a game-changer in quantum computing.
Dr. Fang’s multi-bit optical computing system is set to revolutionize AI processing, big data computation, and secure quantum encryption. By transitioning from binary to multi-bit algorithms, which allow data to be encoded in multiple states per bit, LongServing’s chips can process exponentially more data while consuming a fraction of the power required by electronic processors. This breakthrough will impact industries ranging from aerospace and defense to healthcare and AI-driven automation.
Beyond computing, LongServing Technology is making waves in an entirely different sector—luxury gemstones. The company has pioneered the creation of lab-grown Imperial Green Jadeite, a synthetic gemstone that matches the quality of the rarest natural jadeite but is produced sustainably in a controlled laboratory environment.
“The jadeite industry has long been plagued by supply shortages and unethical mining practices. Our mission is to offer a high-quality, sustainable alternative that meets the highest gemological standards,” explains Dr. Fang.
The company’s proprietary crystallization technology ensures that its lab-grown jadeite rivals the finest natural specimens, achieving the same transparency, texture, and color depth. With the global jadeite market valued at over $31 billion annually, LongServing’s synthetic alternative presents an unprecedented opportunity to disrupt the luxury goods sector.
LongServing’s jadeite products are already gaining traction in global markets. The company is expanding its distribution networks and collaborating with high-end jewelry brands and luxury retailers to introduce synthetic jadeite as a premium yet sustainable alternative. With advancements in consumer awareness and acceptance of lab-grown gemstones, LongServing aims to reshape the future of luxury jewelry.
LongServing understands the impact that investing in marketing can have on the sales of lab-grown jadeite. And who knows how to bring the best out of every dollar spent in marketing than the marketing team at LongServing. One of the team’s marketing strategies to promote lab-grown jadeite include having top models flaunt the jewelry in future runway shows. “These advertising expenses are a must; otherwise, it would be hard to achieve a market revenue of over 31 billion USD in a year. This is a path that nearly all major jewelry brands have taken, and we cannot skip it. This is the primary reason why we are currently seeking funding from the market,” explains Dr. Fang.Moreover, the company is planning to set up flagship stores in prestigious cities such as Shanghai, Tokyo, and Paris. The company has already filmed eleven microfilms Jadeite advertisement songs including Japanese, Korean, Chinese, and English songs. This is LongServing’s first strategic move to enter the global jewelry market. Interestingly, the lyrics and music were created by Dr. Fang personally. “As I possess a deep artistic sensitivity combined with a scientist’s rationality. Just like my paintings, people call me the modern-day Da Vinci,” explains Dr. Fang.
While computing and materials science remain core focus areas, LongServing Technology is also making significant strides in AI robotics and biotechnology. The company’s AI-driven robotics division is working on intelligent automation solutions that can perform complex industrial tasks, medical diagnostics, and even autonomous infrastructure maintenance.
In the field of biotechnology, LongServing is developing plant extract-based immune enhancement solutions. These innovations harness biocompatible compounds derived from natural sources to boost the human immune system, particularly in a world where preventive healthcare is becoming increasingly vital.
The real-world impact of LongServing’s innovations is already being seen across multiple industries. For instance, LongServing makes its photonic quantum chips as a replacement for traditional electronic chips. The results showed a 10,000-fold increase in computing efficiency, demonstrating the massive potential of photonic technology.
Similarly, in the luxury goods sector, LongServing’s synthetic jadeite has already started replacing B-grade and C-grade jadeite. Jewelers and collectors have begun to recognize the value of lab-grown jadeite, and LongServing’s ability to mass-produce high-transparency Imperial Green lab-grown jadeite has disrupted the market’s traditional supply chain.
Looking ahead, LongServing Technology is focused on achieving full-scale production of photonic quantum chips, a move that will set a new industry standard for computing. With the mass production of its 2nm photonic quantum chips slated for mass production by 2025, LongServing Technology is also preparing to complete the underwriting of unlisted stocks within the same year. This strategic move will mark the company’s first issuance of unlisted stocks on Wall Street, offering global investors an opportunity to participate in its pioneering technological advancements. At the same time, the company is expanding its AI robotics division, with the goal of integrating intelligent automation into industrial and medical applications. In the luxury sector, LongServing continues to push the global adoption of lab-grown jadeite, solidifying its role as a pioneer in sustainable gemstones.
Additionally, the company is making strides in biotechnology by developing innovative solutions aimed at improving human health and longevity. Beyond these efforts, LongServing remains committed to leading sustainability initiatives through the introduction of advanced air pollution reduction technologies. By maintaining a strong vision and an unwavering commitment to innovation, the company is positioning itself as a global leader in multiple technological fields.
LongServing Technology Co., Ltd. stands at the intersection of science, industry, and innovation. By combining visionary leadership, deep scientific expertise, and industrial scalability, the company is not just keeping pace with technological evolution—it is setting the direction for it. From photonic computing to luxury materials and AI robotics, LongServing is driving the future of multiple industries at once.
As the world moves towards more advanced, sustainable, and intelligent solutions, LongServing Technology is proving that innovation has no limits.
Pull Quote: “We are not simply improving existing technology; we are redefining it. Our photonic quantum chips will change the computing landscape, potentially making electronic chips obsolete within the next decade.” – Dr. Ko-Cheng Fang
Company Profile
Company Name: LongServing Technology Co., Ltd.
Founding Year: 2010
Office Location: Taipei, Taiwan
Official Website: https://www.longserving.com.tw/en/
Featured Leader: Dr. Ko-Cheng Fang
Designation: Founder, CEO & Chairman
Background: A visionary inventor with expertise in quantum computing, lab-grown jadeite, AI robotics, and biotechnology.
About the Company: LongServing Technology Co., Ltd. is an innovation-driven company specializing in photonic computing, lab-grown jadeite, AI robotics, and biotechnology. Established in 2010, the company focuses on developing cutting-edge technologies that enhance human life, improve industrial efficiency, and drive sustainability. By integrating scientific breakthroughs with scalable industrial applications, LongServing is shaping the future of multiple global industries.
