SEEQC and Taiwan Quantum Industry Technology Promotion Office Strengthen Collaboration to Advance Quantum Technology
SEEQC, Inc. (“SEEQC” or the “Company”), a chip-based quantum computing company, has announced the signing of a Memorandum of Understanding (MOU) with Taiwan’s Quantum Industry Technology Promotion Office, establishing a framework for expanded cooperation across quantum technology development and the emerging global quantum supply chain.
The agreement was signed by Dr. Shu-Jen Han, Chief Technology Officer of SEEQC, during SEMICON Taiwan 2026. The MOU represents an important step toward strengthening collaboration between SEEQC and Taiwan’s growing quantum technology ecosystem and is designed to explore opportunities spanning technology development, product engineering, manufacturing, testing, validation, commercialization and supply-chain development.
Through the agreement, SEEQC and the Quantum Industry Technology Promotion Office will explore ways to connect SEEQC with relevant Taiwanese companies, research institutions and technology organizations. These connections could support technical exchange, commercial collaboration, joint development initiatives and other potential areas of cooperation as the quantum computing industry moves toward greater scalability and commercialization.
Connecting Quantum Computing With Taiwan’s Semiconductor Strength
Taiwan is recognized globally for its advanced semiconductor, electronics and manufacturing capabilities. As quantum computing transitions from research-focused development toward scalable commercial systems, these capabilities are becoming increasingly relevant to the development of quantum hardware, control electronics, packaging, fabrication and supporting infrastructure.
SEEQC sees Taiwan as an important component of its strategy to build a scalable global quantum ecosystem. By combining quantum technologies developed in the United States with Taiwan’s semiconductor and manufacturing expertise, the company aims to create additional pathways for technology development and supply-chain expansion.
“Taiwan has an extraordinary concentration of semiconductor, electronics and manufacturing expertise that can play an important role in the development of a scalable global quantum industry,” said Shu-Jen Han, Chief Technology Officer of SEEQC. “This MOU builds on the ecosystem SEEQC has already established in Taiwan and creates additional pathways to connect our technology and roadmap with the capabilities of Taiwan’s research and industrial community.”
The agreement builds upon SEEQC’s existing relationships and activities in Taiwan. The company has developed connections across several areas relevant to quantum computing, including room-temperature electronics, superconducting chip manufacturing and advanced CMOS interface development.
These technologies are particularly important as quantum computing systems require highly specialized hardware capable of controlling and reading quantum bits while operating within extremely demanding environmental and power constraints.
Supporting a Broader Quantum Supply Chain
One of the key objectives of the MOU is to explore opportunities for developing a broader and more integrated quantum technology supply chain in Taiwan.
Quantum computing requires expertise across multiple disciplines, including semiconductor design, superconducting materials, cryogenic electronics, advanced packaging, control systems, firmware and software. Developing these technologies at scale requires collaboration among specialized companies, research institutions and manufacturing partners.
Through its engagement with Taiwan’s quantum ecosystem, SEEQC aims to identify opportunities where local expertise can complement its existing technology and manufacturing capabilities.
Potential areas of cooperation include technology development and product engineering, as well as manufacturing, testing and validation. The parties may also explore commercialization opportunities and initiatives aimed at strengthening the supply chain required to support future generations of quantum computing systems.
The MOU can also help facilitate relationships between SEEQC and Taiwanese companies, universities, research organizations and technology providers. Such connections may support knowledge sharing, joint development programs and other collaborative activities as the quantum sector continues to mature.
SEEQC’s Chip-Based Approach to Quantum Computing
SEEQC is developing a chip-based infrastructure designed to address some of the challenges associated with scaling quantum computing.
The company’s platform combines superconducting Single Flux Quantum chips, cryogenic CMOS electronics, room-temperature control systems, firmware and software. The approach is designed to reduce system complexity while supporting the development of scalable and energy-efficient quantum computing architectures.
A major focus of SEEQC’s technology strategy is bringing more of the control infrastructure closer to the quantum processor. Conventional quantum computing systems can require significant amounts of wiring and electronics between room-temperature control equipment and cryogenic quantum processors. As systems scale, these requirements can create challenges involving power consumption, physical complexity, signal integrity and system integration.
SEEQC’s chip-based architecture seeks to address these challenges through highly integrated digital control technologies designed for operation at cryogenic temperatures.
The company’s digital quantum control technology, published in Nature Electronics, demonstrated an integrated qubit control system operating at millikelvin temperatures. The technology achieved gate fidelities exceeding 99.9% while operating at nanowatt-scale power consumption, highlighting the potential of integrated cryogenic control for future quantum systems.
Building Momentum Through Industry Engagement
The signing of the MOU follows Dr. Han’s participation in the Quantum Taiwan Forum – Full Stack, where he joined representatives from major international quantum and technology companies to discuss developments in quantum computing.
Participants included organizations such as IBM, Fujitsu, Google, NVIDIA, Xanadu and D-Wave, reflecting the growing international interest in Taiwan’s role within the emerging quantum technology ecosystem.
During the forum, Dr. Han presented “Quantum Computing on a Chip,” highlighting SEEQC’s approach to integrating quantum computing technologies into semiconductor-style architectures.
Dr. Han is also scheduled to participate in the “Quantum Computing Hardware: Technology Trends and Industry Opportunities” session on September 4. During the session, he will discuss SEEQC’s strategy of building a global alliance with Taiwan-based quantum research and development leaders.
His participation is expected to further highlight SEEQC’s efforts to establish a broader quantum technology and supply-chain ecosystem in Taiwan.
Expanding Global Quantum Collaboration
As quantum computing advances, collaboration between technology developers, semiconductor manufacturers, research institutions and government-backed innovation initiatives is expected to become increasingly important.
SEEQC’s collaboration with Taiwan’s Quantum Industry Technology Promotion Office reflects this broader industry trend. Rather than developing quantum technologies in isolation, companies are increasingly looking to build international ecosystems capable of supporting the full technology lifecycle, from fundamental research and chip development through manufacturing, testing and commercialization.
For Taiwan, participation in the emerging quantum economy provides an opportunity to build on its established strengths in semiconductor manufacturing, electronics and advanced technology development. For SEEQC, deeper engagement with the Taiwanese ecosystem can provide access to specialized capabilities and relationships that support its long-term roadmap.
The MOU provides a framework for both sides to explore these opportunities and develop potential partnerships that could contribute to the growth of the global quantum industry.
As quantum computing moves closer to commercial deployment, the ability to manufacture sophisticated quantum hardware at scale, integrate control technologies efficiently and establish reliable supply chains will become increasingly important. SEEQC and the Quantum Industry Technology Promotion Office intend to explore how their respective capabilities can contribute to these goals.
About SEEQC
SEEQC is building chip-based infrastructure for the quantum computing era. The company develops and manufactures digital technologies designed to make quantum computing more scalable, energy efficient and commercially viable.
SEEQC’s platform combines superconducting Single Flux Quantum chips, cryogenic CMOS electronics, room-temperature control systems, firmware and software to reduce system complexity and support scalable, fault-tolerant quantum computing.
The company’s digital quantum control technology, published in Nature Electronics, demonstrated an integrated qubit control system operating at millikelvin temperatures, achieving gate fidelities exceeding 99.9% at nanowatt-scale power consumption.
SEEQC works with organizations across the quantum computing ecosystem, including collaborations with NVIDIA, IBM and major government research institutions. The company operates advanced chip development and fabrication facilities in the United States and Europe.
More than half of SEEQC’s workforce holds Ph.D. degrees across physics, electrical engineering, materials science, computer science and related disciplines, supporting the company’s multidisciplinary approach to quantum technology development.
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