Submit industrial perspectives and proposals to national policy committees promoting the industrialization of quantum technologies.

Advance contributions to international standardization through collaboration among industry, government, and academia.

Coordinate testbeds to validate use cases developed by subcommittees.

Share R&D trends through collaboration with academia and promoting
technological development.

Build and maintain international partnerships, aligning Q-STAR activities with global quantum initiatives.

Define strategic direction and future initiatives for Q-STAR, including research priorities and industrial adoption milestones.

Organize and share information on legal, regulatory, and compliance issues related to the development and implementation of quantum technologies

Promote talent development and training programs to build a skilled workforce for the quantum industry.

Assist quantum startups with mentorship, resources, and partnership
opportunities to accelerate commercialization.

Explore the creation of new systems, services, and businesses through the application of quantum superposition.

Develop use cases for optimization and combinatorial problems utilizing quantum-inspired technologies (Ising machines) in industrial fields.

Identify social challenges through the business application and demonstration of quantum cryptographic communication.

Explore and deepen use cases in the fields of urban development and social infrastructure and develop experimental and demonstration fields.

Develop use cases that include the advancement of components and materials supporting quantum technologies

Align quantum technology development with sustainability goals

Explore next-generation computing technologies by validating algorithms and applications that combine quantum computing and high-performance computing (HPC).