Building a bio big data platform based on a data bank for precision medicine research and bio-health industry innovation based on integrated bio big data, and establishing a data openness and utilization system.

Developing a high-performance supercomputing platform for virtual nuclear reactors to contribute to achieving the goals of world-class V-SMR development.

Developing next-generation device utilization technology for future computing and HPC platform functions.

Researching heterogeneous computing technology for massive computational numerical solvers and application software in science and engineering fields, and AI-converged simulation technology for engineering innovation in industry and public sectors.

Implementing and servicing the national supercomputer to respond promptly to massive computing demands and environmental changes.

Implementing multi-core quantum processor and super quantum computing technology that overcome the limitations of qubit scaling to contribute to achieving the grand leap goals of quantum science and technology.

Securing quantum information utilization technology using supercomputing, and creating use cases of quantum algorithms applied to various application problems, while verifying their utility.

Performing a central role in establishing national supercomputing governance as the National Supercomputing Center and innovating the national R&D process.

Establishing a swift support system for solving national and public challenges based on digital technologies (HPC/AI/Big Data).

Establishing a world-class hybrid environment and service framework integrating quantum computing with the national flagship supercomputing infrastructure to bolster domestic capabilities and catalyze the quantum ecosystem.