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QX
Asia’s First 50-Qubit Quantum Cloud Service

Q Platform

Quantum program development and execution environment
Quantum simulators and SDK provided
Quantum Platform as a Service (QPaaS)

An innovative quantum computing platform
based on the principles of quantum mechanics,
allowing efficient quantum program development
through its SDK. QPaaS delivers
differentiated quantum services.

Q Platform

QPaaS Service

Through integration with Q Platform, the service connects to APIs of QPUs such as IBM, IonQ, and Rigetti,
offering multi-QPU resources tailored to specific industries.

Service Summary

Service Features

QPaaS Architecture

We assemble the essential components of superconducting quantum computers in-house
and drive independent technological innovation.

QPaaS (Quantum Platform as a Service) is Norma’s proprietary cloud-based quantum computing service,
built upon our self-developed Q Platform environment.

로드맵

Q Platform Architecture

User-Friendly Development Environment
Powerful simulation tools to improve quantum accessibility and productivity

Q Platform
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Key Features

  • Rich Functionality
    & Efficient Development

    • Provide programming modes for different developer levels
    • Offer features like cloud-native IDE services and Git integration
    • Advanced paid services for quantum technology experts
  • Easy to Use,
    Quick to Deploy

    • Tutorials covering optimization, machine learning, and quantum simulation
    • Fast execution of complex calculations using interference and entanglement
  • Open Source
    & Open Drive Innovation

    • Supports PennyLane for quantum computing & machine learning
    • Compatible with Qiskit and third-party simulators
    • Provides free educational and research resources

Core Capabilities
for Commercial Quantum Computing

Quantum SDK

End-to-End Support From quantum circuit design to execution

양자 회로 설계부터 실행까지 포괄적 환경 제공
  • Quantum algorithm languages & libraries
  • Tools for modular quantum logic development
Compute Resources

Optimized Simulation Environment

최적화된 시뮬레이션 환경 제공
  • Custom simulators using state vector, context awareness, GPU acceleration
  • Information on simulator type, qubit support, and state data
Job History

Execution Log Tracking & Enhanced Workflow

실행 로그 추적·검색을 통한 작업 효율성 향상
  • Track, analyze, and reuse tasks to reduce cost
  • Diagnose and resolve issues through execution logs
  • Visual tools and detailed views for efficiency
Development
and Simulation

Visualize data through a user-friendly interface

사용자 친화적인 인터페이스를 통한 시각화 데이터 제공
  • Provides customization tools to build quantum algorithms
  • User-friendly interface
  • Hardware and simulator execution with unary operations
  • Real-time error checking and debugging
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