# Is Thailand's Cloud-First Quantum Strategy Building Real Research Capacity?

Thailand's Siam Quantum Square — launched in January 2026 — is now the anchor of the country's first formally designated Thai Quantum Partnership, following an agreement signed on September 7, 2026, between Chulalongkorn University and South Korea's Qunova Computing Inc. The three-year Memorandum of Understanding commits both parties to joint seminars, researcher exchanges, and collaborative research projects in quantum computing. It is notable less for any hardware commitment than for what it reveals about Southeast Asia's approach to the [NISQ](https://quantumintel.tech/glossary/nisq) era: skip domestic hardware, build human capital through cloud access and international partnerships, and position universities as the industrialization bridge.

The agreement was signed by Prof. Dr. Wilert Puriwat, President of Chulalongkorn University, and Dr. Jaewan Kim, Chief Product Officer of Qunova Computing, representing the company's Founder and CEO Dr. June-Koo Kevin Rhee. The signing was preceded by a morning workshop in which researchers from Qunova Computing and the Korea Advanced Institute of Science and Technology (KAIST) presented to Chulalongkorn students and faculty — a format that suggests genuine technical exchange rather than a ceremonial photo opportunity.

---

## What the MoU Actually Commits Both Sides To

The agreement has three stated objectives: organizing joint seminars and academic conferences; facilitating exchanges of scientists, researchers, and personnel; and conducting joint research projects in quantum computing and related fields. The source material does not specify funding amounts, qubit targets, or application domains — so any precise financial framing would be speculative.

What is verifiable is the institutional structure. On the Thai side, the Siam Quantum Square within Chulalongkorn's Department of Physics serves as the primary coordinating center. The Square already lists a substantial partner roster: [IBM Quantum](https://quantumintel.tech/companies/ibm), the Quantum Technology Foundation (Thailand), Western Digital, Siam Commercial Bank, and Japan's National Institute of Advanced Industrial Science and Technology (AIST). Adding Qunova Computing and a KAIST connection extends the network into South Korea's quantum ecosystem, which has been building industrial-grade quantum software and applications expertise distinct from the dominant US and European hardware narratives.

On the Korean side, Qunova Computing's Chief Product Officer emphasized the company's "many years of industrial and commercial experience in quantum technology" — a claim worth noting because it positions Qunova not as a research spinout but as a commercially oriented entity. The source does not provide founding dates, revenue figures, or specific technology platform details (modality, qubit count, or gate fidelity benchmarks), so readers should treat the "commercial experience" characterization as self-reported until independently verified.

---

## Thailand's Cloud-First Bet: Strategic Logic and Its Limits

Thailand's decision to pursue quantum computing via cloud platforms rather than domestic hardware construction is explicitly stated in the source material and deserves analysis on its merits.

The case for cloud-first is straightforward: building superconducting transmon processors requires dilution refrigerator infrastructure, cleanroom fabrication, and materials science pipelines that take years and hundreds of millions of dollars to establish. Nations without existing semiconductor fabrication ecosystems — and Thailand does not have one at the quantum hardware scale — face an enormous overhead cost to get to the first qubit, let alone the hundreds of [logical qubits](https://quantumintel.tech/glossary/logical-qubit) needed for fault-tolerant computation. Cloud access to IBM, IonQ, or other vendors compresses that timeline for algorithm development and talent training considerably.

The risk is equally clear: cloud-dependent quantum research develops software and applications expertise but no hardware sovereignty. When geopolitical pressures shift cloud access terms — a pattern already visible in semiconductor supply chain policy — countries without domestic hardware capabilities have limited leverage. Chulalongkorn's president addressed this directly, stating the university aims to develop "our own quantum chips," suggesting the cloud-first posture is intended as a bridge rather than a permanent architecture. Whether the Qunova partnership accelerates that chip development ambition is not specified in the MoU terms as reported.

---

## KAIST's Role and the Korea–Thailand Quantum Corridor

The inclusion of KAIST researchers in the pre-signing workshop is significant context. KAIST has been a consistent contributor to quantum error correction theory and quantum information science in Asia, and its informal presence in this partnership — even without a formal agreement — suggests the Qunova relationship may carry deeper academic connections than an MoU with a single company typically would.

A panel discussion titled "Thailand–Korea Collaborations on Quantum Technology: From Academia to Use Cases," moderated by Assistant Professor Dr. Salinporn Kittiwatanakul of the Siam Quantum Square, signals an intent to move toward application domains. Use cases in quantum finance (Siam Commercial Bank is already a Siam Quantum Square partner) and quantum-enhanced materials research (Western Digital partnership) are plausible near-term targets, though the source does not confirm any specific application roadmap.

---

## What This Means for the Broader Regional Trajectory

Southeast Asia has largely sat on the periphery of quantum investment activity, which has concentrated in the US, EU, China, Australia, and Japan. Thailand's structured approach — a national cloud-first policy, a university-anchored hub, and a growing network of bilateral partnerships — represents a replicable model for mid-tier economies entering the quantum space.

The Chula–Qunova agreement is the most visible bilateral quantum research MoU Thailand has announced publicly. If the three-year term produces peer-reviewed research output or a co-developed quantum application with measurable performance benchmarks, it would substantially validate the cloud-first strategy. If it yields only conference proceedings and researcher visits, it will illustrate the limits of MoU-driven quantum capacity building without hardware investment.

For investors evaluating Qunova Computing, the partnership signals active international expansion of the company's academic network, which is consistent with a company building toward a commercial quantum software or quantum-as-a-service position rather than a hardware-sale model.

---

## Key Takeaways

- Chulalongkorn University and South Korea's Qunova Computing signed a **three-year MoU** on September 7, 2026, establishing Thailand's first Thai Quantum Partnership.
- The agreement covers joint seminars, researcher exchanges, and collaborative research — no hardware commitments or funding figures were disclosed in source materials.
- Thailand's **Siam Quantum Square**, launched January 2026, serves as the coordination hub and already partners with IBM Quantum, AIST (Japan), Western Digital, and Siam Commercial Bank.
- **Thailand's explicit cloud-first strategy** avoids domestic hardware construction in favor of cloud-platform access — a pragmatic but sovereignty-constrained approach.
- KAIST researchers participated in a pre-signing workshop, suggesting deeper Korean academic ties than the formal MoU alone implies.
- Chulalongkorn's president articulated an ambition to develop domestic quantum chips, indicating the cloud-first posture is intended as a transitional strategy.

---

## Frequently Asked Questions

**What is the Chulalongkorn–Qunova Computing MoU?**
It is a three-year Memorandum of Understanding signed on September 7, 2026, between Chulalongkorn University in Thailand and Qunova Computing Inc. of South Korea. It commits both parties to joint seminars, researcher exchanges, and collaborative quantum computing research projects, coordinated through Chulalongkorn's Siam Quantum Square.

**What is Siam Quantum Square?**
Siam Quantum Square is an academic quantum technology hub within Chulalongkorn University's Department of Physics, launched in January 2026. It serves as Thailand's primary center for quantum computing research under the country's cloud-first quantum strategy, and partners include IBM Quantum, Japan's AIST, Western Digital, and Siam Commercial Bank.

**What is Qunova Computing?**
Qunova Computing Inc. is a South Korean quantum technology company led by Founder and CEO Dr. June-Koo Kevin Rhee. Its Chief Product Officer, Dr. Jaewan Kim, signed the MoU on behalf of the company. The company claims industrial and commercial quantum experience, though specific technology platform details are not disclosed in available source materials.

**Why is Thailand pursuing a cloud-first quantum strategy?**
Thailand lacks the domestic semiconductor fabrication infrastructure required to build quantum hardware cost-effectively. A cloud-first approach allows Thai researchers to access quantum processors through platforms like IBM Quantum while building algorithm expertise and human capital. The stated long-term goal includes eventually developing domestic quantum chips.

**What is KAIST's connection to this partnership?**
KAIST (Korea Advanced Institute of Science and Technology) researchers participated in a workshop held alongside the signing ceremony, presenting work to Chulalongkorn students and faculty. KAIST does not appear as a formal signatory to the MoU, but its involvement suggests informal academic ties that may deepen the Korea–Thailand quantum collaboration beyond the Qunova bilateral agreement.