Insider Brief
- SEEQC has signed an MOU with Taiwan’s Quantum Industry Technology Promotion Office to expand cooperation across quantum technology development and the global quantum supply chain.
- The agreement covers potential collaboration in product development, manufacturing, testing, validation, commercialization and supply-chain development.
- SEEQC also plans to connect with Taiwanese companies, research institutions and technology providers as it expands its quantum technology ecosystem in Taiwan.
PRESS RELEASE – SEEQC, Inc. (“SEEQC” or the “Company”), a chip-based quantum computing company, today announced the signing of a Memorandum of Understanding (“MOU”) with Taiwan’s Quantum Industry Technology Promotion Office to expand cooperation and exchange across quantum technology and the emerging global quantum supply chain.
The MOU was signed by SEEQC Chief Technology Officer Dr. Shu-Jen Han during SEMICON Taiwan 2026. The agreement establishes a framework for SEEQC and Taiwan’s quantum ecosystem to explore collaboration across technology development, product development, manufacturing, testing and validation, commercialization and supply-chain development. Under the MOU, the parties may also facilitate connections between SEEQC and relevant Taiwanese companies, research institutions and technology capabilities, supporting technical exchange, commercial collaboration, joint development and other potential areas of cooperation.
“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 on SEEQC’s broader strategy to combine its U.S.-developed quantum technology with Taiwan’s semiconductor, electronics and advanced manufacturing capabilities. SEEQC has established relationships in Taiwan across room-temperature electronics, superconducting chip manufacturing and advanced CMOS interface development.
The signing follows Dr. Han’s participation in Quantum Taiwan Forum – Full Stack, where he joined representatives from leading international quantum and technology companies, including IBM, Fujitsu, Google, NVIDIA, Xanadu and D-Wave, to present Quantum Computing on a Chip. Dr. Han will also participate in Quantum Computing Hardware: Technology Trends and Industry Opportunities on September 4, where he will discuss SEEQC’s strategy of forming a global alliance with Taiwan-based quantum research and development leaders, including SEEQC’s work to build a broader quantum technology and supply-chain ecosystem in Taiwan.
Facts Only
* SEEQC signed an MOU with Taiwan’s Quantum Industry Technology Promotion Office.
* The objective of the MOU is to expand cooperation across quantum technology development and the global quantum supply chain.
* Potential collaboration areas include product development, manufacturing, testing, validation, commercialization, and supply-chain development.
* The agreement allows for facilitating connections between SEEQC and Taiwanese companies, research institutions, and technology providers.
* Dr. Shu-Jen Han, CTO of SEEQC, signed the MOU at SEMICON Taiwan 2026.
* The framework covers collaboration in technology development, product development, manufacturing, testing, validation, commercialization, and supply-chain development.
* The agreement supports technical exchange, commercial collaboration, joint development, and other potential cooperation areas.
* SEEQC has existing relationships in Taiwan regarding room-temperature electronics, superconducting chip manufacturing, and advanced CMOS interface development.
* The partnership builds on combining U.S.-developed quantum technology with Taiwan’s semiconductor and advanced manufacturing capabilities.
Executive Summary
SEEQC, a chip-based quantum computing company, signed a Memorandum of Understanding (MOU) with Taiwan’s Quantum Industry Technology Promotion Office to expand cooperation in quantum technology and the global quantum supply chain. The agreement establishes a framework for collaboration across product development, manufacturing, testing, validation, commercialization, and supply-chain development. This MOU also permits connections between SEEQC and relevant Taiwanese companies, research institutions, and technology providers to facilitate technical exchange, commercial collaboration, joint development, and other cooperative areas.
The signing occurred during SEMICON Taiwan 2026, with the agreement formalized by SEEQC Chief Technology Officer Dr. Shu-Jen Han. The cooperation is built upon SEEQC's existing relationships in Taiwan concerning room-temperature electronics, superconducting chip manufacturing, and advanced CMOS interface development. This strategic move seeks to combine SEEQC’s U.S.-developed quantum technology with Taiwan's semiconductor, electronics, and advanced manufacturing expertise.
Dr. Han noted that Taiwan possesses a significant concentration of semiconductor, electronics, and manufacturing expertise relevant to a scalable global quantum industry. The MOU aims to connect SEEQC’s technology roadmap with the capabilities of Taiwan's research and industrial community, building upon the existing ecosystem SEEQC has established there. This effort follows Dr. Han’s recent participation in international forums where he discussed forming a global alliance with Taiwan-based quantum leaders.
Full Take
The narrative centers on the strategic imperative of bridging technological gaps through cross-border integration, specifically positioning US quantum technology alongside Taiwan's established strengths in advanced semiconductor fabrication and electronics. The implication is that true scalability for global quantum technology requires an ecosystem approach rather than siloed development. The focus on supply chain development suggests a recognition that quantum hardware deployment depends not just on theoretical breakthroughs but on robust, distributed manufacturing and testing capabilities.
The pattern observed is the strategic leveraging of established regional expertise to unlock broader technological trajectories. This move operates under the assumption that combining proprietary technology with deep industrial infrastructure creates a more resilient and globally relevant competitive position. The underlying tension lies between maintaining technological autonomy (SEEQC's U.S.-developed core) and achieving functional reality through industrial symbiosis (Taiwan’s manufacturing base).
The missing piece for deeper understanding involves the long-term governance and equitable distribution of benefits within this proposed ecosystem. If cooperation is to yield sustained results, the framework must account for how knowledge transfer and commercial advantages will be structured, ensuring that connections facilitate genuine integration rather than mere transactional exchange. What are the implicit power dynamics in this arrangement between a technology developer and an advanced manufacturing hub? And what metrics will define the success of this supply-chain evolution beyond the scope of immediate product development?