LongServing Technology is a deep-tech company founded by Dr. Ko-Cheng Fang in 2010, focused on developing forward-looking technologies that address critical challenges and advance next-generation human civilization. Its cross-disciplinary ecosystem integrates X-Photon photonic materials, photonic quantum computing, artificial intelligence, biotechnology, advanced materials, semiconductors, and cybersecurity.

The company is advancing 2nm X-Photon photonic materials, photonic CPUs, photonic quantum chips, and all-optical memory, designed to overcome limitations of traditional silicon-based computing while delivering high-performance, energy-efficient solutions. These technologies target applications across AI model training, biotechnology, financial data processing, smart manufacturing, and intelligent robotics.

LongServing Technology also integrates scientific innovation with commercial development through its laboratory-grown Imperial Green jadeite initiative. Supported by a global patent strategy and its “Strategic Equity Hedging Agreement,” the company is pursuing international partnerships, manufacturing expansion, and global commercialization, while advancing photonic AI cloud computing, photonic smartphones, AI robots, and its stated path toward a Wall Street listing.

Exclusive Interview with Dr. Ko-Cheng Fang

Could you give us an overview of LongServing Technology's core solutions and the value they deliver to customers?

I founded the company with the core mission of addressing major challenges facing humanity through cutting-edge technology and advancing civilization toward the next generation.

We use X-Photon photonic materials to build a cross-disciplinary ecosystem encompassing photonic quantum computing, artificial intelligence, biotechnology, and advanced materials.

Our core solutions include photonic CPUs and photonic memory that break through the limitations of traditional silicon chips, providing more than 1,000 times the computing power while reducing energy consumption by 90%, addressing the power and cooling challenges faced by AI data centers. We also offer a cybersecurity protection system based on patents for cloud access and password locks.

We provide customers and global industries with extreme computing power, high security, and sustainable low-carbon performance, leading AI computing and the technology industry into a new era of photonics.

Your Photonic Quantum Chip technology is a key innovation. Could you explain its capabilities and potential industry applications?

Our photonic quantum chip technology is the core innovation that breaks through the bottlenecks of traditional chips. It utilizes our independently developed X-Photon insulating material and ceramic substrate, with an average wavelength of only 2 to 3 nanometers, overcoming the micron-scale limitations and scattering bottlenecks of traditional silicon photonics. Combined with 90-degree vertical refraction technology and Photonic Memory, it enables data to be processed and stored directly within the optical spectrum without electro-optical conversion, breaking through the “memory wall.”

In terms of performance and applications, this innovation delivers up to a 1,000-fold increase in computing speed while reducing energy consumption by 90%, significantly alleviating the power and cooling challenges faced by AI data centers. In the future, photonic quantum chips will support next-generation high-performance computing across large-scale AI model training, medical drug development, financial big data processing, smart manufacturing automation, and intelligent robotics.

How does LongServing's strong focus on R&D and intellectual property help maintain its competitive edge?

From the early stages of technology development, we initiated a global patent strategy covering key technologies, core architectures, and critical manufacturing processes, establishing a comprehensive intellectual property protection system.

We proactively secured multiple international patents in advanced cloud storage, anti-hacking mechanisms, and software password locks, including US 8060933B2 and US 7930745B2, laying a solid foundation for our cybersecurity technologies.

For our core 2nm X-Photon photonic materials and all-optical logic computing architecture, we have established strong technological barriers. By integrating core materials, computing architectures, and manufacturing technologies, we have created a high technological threshold that reduces the risk of technology imitation and reverse engineering.

We have also adopted the “Strategic Equity Hedging Agreement” model, transforming intellectual property from a traditional legal protection mechanism into an opportunity to establish strategic alliances and facilitate equity subscriptions with international technology enterprises and sovereign wealth funds.

Through the integration of R&D innovation, patent strategy, and business models, we have strengthened our long-term competitive advantages while providing capital momentum and strategic support for advancing toward a Wall Street listing and the commercialization of photonic chips.

LongServing works across AI, biotechnology, advanced materials, and semiconductor technologies. How do these areas complement one another?

Our core competitive advantage lies in deeply integrating artificial intelligence, biotechnology, advanced materials, and semiconductor technologies to establish a complete cross-disciplinary technology ecosystem.

These fields are interconnected: our 2nm X-Photon photonic materials overcome the physical limitations of traditional semiconductors and silicon photonics. Photonic chips and all-optical memory built with these materials lay the foundation for semiconductor innovation, providing more than 1,000 times the computing power of traditional electronic chips while offering low energy consumption.

This ultra-high computing power drives the evolution of artificial intelligence (AI) and provides substantial computational support for biotechnology, accelerating drug development, genetic analysis, and precision medicine.

By using materials science to drive semiconductor innovation and high-performance computing to empower AI and biotechnology, we break through single-industry limitations and provide safe, efficient, and sustainable solutions for next-generation technological infrastructure.

Could you share a recent innovation or milestone that best reflects LongServing Technology's capabilities?

A representative milestone of our cross-disciplinary R&D capabilities and core values is our 2-nanometer X-Photon photonic quantum technology and laboratory-grown jadeite.

We have developed photonic quantum chips and Photonic Memory that break through the limits of traditional silicon photonics and binary architectures. This technology enables data to be processed and stored directly within the optical spectrum without electro-optical conversion, breaking through the “memory wall,” delivering more than 1,000 times the computing power of traditional chips while reducing energy consumption by 90%.

In addition, we demonstrate the “perfect integration of science and art” by successfully developing the world’s exclusive laboratory-grown Imperial Green jadeite. In our laboratory, we simulate high-temperature and high-pressure conditions and precisely optimize the crystal structure to create sustainable gemstones achieving the quality of top-grade Imperial Green.

What sets LongServing Technology apart from other deep-tech companies, and what makes your solutions unique?

The biggest difference between LongServing Technology and other deep-tech companies is that we do not pursue short-term market trends. Instead, we focus on using forward-looking technologies to address major challenges facing the future of human civilization.

The uniqueness of our solutions lies in our successful development of X-Photon photonic materials, with an average wavelength of only 2 to 3 nanometers, combined with Photonic Memory. This technology breaks through the limits of traditional silicon photonics, enabling data to be transmitted and stored directly within the optical spectrum and breaking through the “memory wall.”

Compared with traditional electronic chips, we provide more than 1,000 times the computing power while reducing energy consumption by 90%, addressing the power and cooling crises faced by AI data centers worldwide.

In addition, we pioneered the “Strategic Equity Hedging Agreement,” transforming our cybersecurity patent portfolio into strategic collaborative assets and establishing a unique advantage that combines technological barriers with commercial momentum.

What future innovations or strategic initiatives will drive LongServing Technology's next phase of growth?

The key to LongServing Technology’s next stage of growth lies in combining disruptive, forward-looking technologies with a global commercialization strategy. Looking ahead, the company will focus on its flying platform (anti-gravity device) and floating metal technologies, expected to be unveiled within six months to one year.

At the same time, LongServing is accelerating the mass production of 2nm X-Photon photonic chips and all-optical memory, building high-performance, low-energy photonic AI cloud computing centers, and developing photonic smartphones and AI robots.

As part of its global strategy, the company has launched its first-round 20% equity financing to support a Wall Street listing and manufacturing expansion. Through its proprietary “Strategic Equity Hedging Agreement” and cybersecurity patents, LongServing aims to attract sovereign wealth funds from the Middle East and leading technology companies.

The company will also help transform traditional electronics OEM factories into photonic chip production lines and establish laboratory jadeite flagship stores in international cities such as Paris and New York, accelerating global commercialization.

Short Bio - Dr. Ko-Cheng Fang

Dr. Ko-Cheng Fang is the Founder, Chairman & CEO of LongServing Technology and a polymath inventor, entrepreneur, and visionary technology leader. With over two decades of groundbreaking innovation, he founded LongServing Technology in 2010 to translate forward-thinking ideas into solutions for the world’s most critical challenges. Guided by his belief that “true technological value lies in advancing human civilization,” Dr. Fang is dedicated to breaking technological boundaries, enhancing quality of life, and creating a sustainable, forward-looking future for generations to come. His work spans photonic quantum computing, artificial intelligence, biotechnology, advanced materials, and semiconductor technologies.

“LongServing Technology transforms breakthrough photonic technologies into secure, sustainable, high-performance solutions, addressing humanity’s greatest challenges while shaping the future of computing and innovation.”