A Cloud-Based Quantum Computing Platform
Thailand has introduced Quantum Club Thailand, a national cloud-based platform dedicated to quantum computing. This innovative project, launched on Monday, offers researchers and companies in the country access to over 26 quantum computing systems located globally. What makes this initiative special is its approach: it doesn’t require quantum processors to be physically installed within Thailand.
Housed at True Digital Park in Bangkok, Quantum Club Thailand functions as a central hub for technological advancement. The project unites essential partners like the Ministry of Higher Education, Science, Research and Innovation, CP Group, True Corporation, Arise Ventures Group, and the Quantum Technology Research Initiative Consortium. It is supported by qBraid, a U.S.-based quantum computing platform that facilitates access to these remote systems.
The launch of Quantum Club Thailand coincides with growing regional developments in quantum science. Just a week before the Thai initiative, Australia and Japan signed a Memorandum of Understanding to strengthen their quantum cooperation. On the same day Thailand launched its platform, Fujitsu, Monash University, and CSIRO announced an agreement to give Australian researchers direct access to quantum systems in Japan.
During the launch event, Suphachai Chearavanont, Senior Vice Chairman of CP Group and True Corporation, outlined Thailand’s long-term goals. His vision is to position the country as a central hub for quantum innovation in Southeast Asia. The decision to focus on cloud-based access is a strategic one, influenced by the current state of quantum computing technology.
Modern quantum processors are in what Caltech physicist John Preskill describes as the Noisy Intermediate-Scale Quantum (NISQ) era. These systems, while promising, have high error rates and are not yet suitable for most commercial applications. A 2023 report confirmed that quantum computers currently offer advantages only in a few specific areas, such as logistics and telecommunications.
Instead of investing in costly quantum data centers that use experimental hardware, Thailand is prioritizing the development of a skilled workforce and robust research programs. The idea is to prepare the country so that when next-generation quantum computers become available in the 2030s, Thai engineers and businesses will be ready to implement them without delay.
How the Quantum Cloud Platform Works
qBraid's software development kit (SDK) forms the backbone of Quantum Club Thailand. This Python-based system handles the complete process of quantum job execution, from coding to analyzing results.
One of the SDK's most important features is the ConversionGraph, a tool that links programming frameworks such as Qiskit and Cirq. This system allows researchers to write code in one format and have it executed on a different system without needing to rewrite their work.
Thanks to this setup, Thai researchers can experiment with quantum processors from companies like IonQ, QuEra, Rigetti, and others. The platform eliminates the need for multiple API credentials and avoids the high costs involved in maintaining cryogenic hardware. Furthermore, the National Science Foundation has supported the project with a 300,000 grant aimed at improving hardware compatibility and encouraging a larger community of contributors.
Ekaraj Panjavinin, who oversees research at True Corporation, pointed out the platform’s potential to reduce barriers for Thai organizations. He emphasized that cloud-based access removes both the financial and technical challenges associated with maintaining quantum hardware.