
KREO: Quantum Computer
for Hybrid Data Centers
SDT's Quantum Computer Series
The KREO series is SDT's commercially-deployed quantum computing platform, built through end-to-end Quantum Design & Manufacturing (QDM) — encompassing quantum system architecture, control hardware, system integration, and operating software.
KREO SC-20 brochure

KREO:
Quantum Computer
for Hybrid Data Centers
Superconducting Quantum Computer
KREO SC-20 is SDT’s superconducting quantum computer designed to accelerate complex problem-solving, supporting hybrid computing and data center environments.
KREO SC-20 brochure

KREO: Quantum Computer
for Hybrid Data Centers
SDT's Quantum Computer Series
The KREO series is SDT's commercially-deployed quantum computing platform, built through end-to-end Quantum Design & Manufacturing (QDM) — encompassing quantum system architecture, control hardware, system integration, and operating software.
KREO SC-20 brochure
KREO SC-20
SDT's Superconducting Quantum Computer
SDT's Superconducting Quantum Computer
SDT's Superconducting Quantum Computer
South Korea’s First Commercial Quantum-AI Hybrid Data Center
Operating live in the heart of Seoul’s Gangnam business district, KREO SC-20 is South Korea’s first commercial 20-qubit superconducting quantum computer. Officially launched in February 2026 with the support of leaders from both public and private sectors including NVIDIA, Microsoft Korea, and LG Electronics, this facility brings quantum computing out of the lab and straight into the enterprise world as a tangible, industrial-grade solution.
Built on SDT’s proprietary Full-Stack QDM (Quantum Design & Manufacturing) capabilities, KREO establishes a tightly integrated hybrid workflow. By directly coupling a state-of-the-art superconducting QPU from our partner Anyon Technologies with NVIDIA DGX B200 GPU systems, the architecture leverages NVIDIA NVQLink technology to enable real-time, high-fidelity feedback. This sets a new benchmark for computational performance, specifically engineered to accelerate advanced AI workloads and deliver a practical path toward true quantum advantage.
Enterprises can seamlessly access this immense computing power through QuREKA, our all-in-one hybrid quantum cloud platform. By unifying GPU and QPU resources into an intuitive, ready-to-use development environment, QuREKA provides an immediate commercial on-ramp for reliable, enterprise-grade quantum-AI hybrid computing. It delivers a secure, fully managed infrastructure for designing, testing, and scaling hybrid workloads with confidence. Pioneering the next era of computation, the KREO series is breaking through traditional bottlenecks, driving transformative progress for industries facing complex computational challenges.
Operating live in the heart of Seoul’s Gangnam business district, KREO SC-20 is South Korea’s first commercial 20-qubit superconducting quantum computer. Officially launched in February 2026 with the support of leaders from both public and private sectors including NVIDIA, Microsoft Korea, and LG Electronics, this facility brings quantum computing out of the lab and straight into the enterprise world as a tangible, industrial-grade solution.
Built on SDT’s proprietary Full-Stack QDM (Quantum Design & Manufacturing) capabilities, KREO establishes a tightly integrated hybrid workflow. By directly coupling a state-of-the-art superconducting QPU from our partner Anyon Technologies with NVIDIA DGX B200 GPU systems, the architecture leverages NVIDIA NVQLink platform to enable real-time, high-fidelity feedback. This sets a new benchmark for computational performance, specifically engineered to accelerate advanced AI workloads and deliver a practical path toward true quantum advantage.
Enterprises can seamlessly access this immense computing power through QuREKA, our all-in-one hybrid quantum cloud platform. By unifying GPU and QPU resources into an intuitive, ready-to-use development environment, QuREKA provides an immediate commercial on-ramp for reliable, enterprise-grade quantum-AI hybrid computing. It delivers a secure, fully managed infrastructure for designing, testing, and scaling hybrid workloads with confidence. Pioneering the next era of computation, the KREO series is breaking through traditional bottlenecks, driving transformative progress for industries facing complex computational challenges.

Inside KREO: The Hybrid Engine
Inside KREO: The Hybrid Engine
Inside KREO: The Hybrid Engine
KREO is built on a tightly integrated quantum-classical architecture combining the quantum processing unit (QPU), SDT's Qubit Controller Unit (QCU), and NVIDIA DGX B200 GPU systems — interconnected via NVIDIA's NVQLink platform for low-latency quantum-GPU communication. Developers can orchestrate complete end-to-end workflows — data preprocessing, AI model inference, quantum kernel execution, and post-processing — without managing heterogeneous infrastructure.


NVIDIA NVQLink
more
Ultra-low latency connectivity between QPUs and GPUs for real-time hybrid quantum computing.

CUDA-Q
Build and run quantum algorithms with CUDA-Q to accelerate your quantum-classical workloads across scientific and industrial domains.

Quantum-AI Infrastructure
SDT’s Quantum-AI Hybrid Data Center
SDT’s Quantum-AI Hybrid Data Center
SDT’s Quantum-AI Hybrid Data Center


Is your data center quantum-ready?
Don't navigate the quantum transition alone. Let our experts design a customized, reliable adoption roadmap that seamlessly integrates with your existing infrastructure.

Is your data center quantum-ready?
Don't navigate the quantum transition alone. Let our experts design a customized, reliable adoption roadmap that seamlessly integrates with your existing infrastructure.

Is your data center quantum-ready?
Don't navigate the quantum transition alone. Let our experts design a customized, reliable adoption roadmap that seamlessly integrates with your existing infrastructure.
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