{
  "hero": {
    "label": "HYBRID QUANTUM–AI COMPUTING PLATFORM",
    "title": "Building the Next Generation of Quantum–AI Infrastructure",
    "desc-1": "QAI is building a next-generation hybrid quantum–AI infrastructure that integrates quantum computing, AI supercomputing, and orchestration into a unified, production-ready platform.",
    "desc-2": "The platform is designed to support real-world experimentation, scalable deployment, and long-term operation across hybrid workloads."
  },
  "second-section": {
    "sub-title": "TECHNOLOGY & PLATFORM OVERVIEW",
    "title": "A unified hybrid platform orchestrating QPU, GPU, and CPU resources.",
    "desc": "QAI's Technology & Platform layer integrates quantum computing, high-performance GPU infrastructure, and classical compute into a single coordinated environment. Through centralized orchestration, users can execute quantum algorithms, hybrid quantum–AI workflows, and large-scale simulations without managing infrastructure complexity."
  },
  "third-section": {
    "sub-title": "PLATFORM ARCHITECTURE",
    "title": "A Unified Quantum–AI Platform Architecture",
    "desc": "QAI's platform is designed as a vertically integrated system that brings quantum computing, AI supercomputing, orchestration software, and dedicated infrastructure into a single, coherent architecture.",
    "main-content": {
      "item-1": {
        "title": "Quantum Simulation Platform",
        "desc": "A DGX-accelerated environment for developing and validating quantum and hybrid quantum–classical algorithms at scale."
      },
      "item-2": {
        "title": "Quantum Machine Learning (QML)",
        "desc": "A hybrid QPU–GPU framework for exploring quantum-enhanced machine learning models and integrated training workflows."
      },
      "item-3": {
        "title": "CUDA-Q & Hybrid Programming Framework",
        "desc": "A unified development layer based on NVIDIA CUDA-Q, enabling hybrid quantum–AI applications across QPU, GPU, and CPU resources."
      },
      "item-4": {
        "title": "Integrated Control & Orchestration Layer",
        "desc": "A centralized orchestration layer coordinating workload execution, scheduling, and optimization across the entire platform."
      }
    }
  },
  "fourth-section": {
    "sub-title": "PLATFORM ARCHITECTURE",
    "title": "Full-Stack Hybrid Quantum–AI Architecture",
    "desc": "QAI operates a full-stack hybrid architecture integrating quantum hardware, AI supercomputing infrastructure, orchestration software, and application layers into a single operational system. This enables coordinated execution across QPU, GPU, and CPU resources under unified control.",
    "main-content": {
      "item-1": {
        "title": "Hardware Layer",
        "desc": "Superconducting quantum systems, DGX SuperPOD GPU clusters, and classical CPU compute nodes form the physical foundation of the platform."
      },
      "item-2": {
        "title": "Middleware Layer",
        "desc": "Hybrid programming frameworks, quantum control systems, and simulation engines enable coordinated execution across quantum and classical environments."
      },
      "item-3": {
        "title": "Platform Layer (QAI Platform)",
        "desc": "Centralized orchestration, workflow automation, and resource scheduling unify quantum, AI, and HPC workloads into a single operational platform."
      },
      "item-4": {
        "title": "Application Layer",
        "desc": "Domain-specific applications and APIs support advanced research and enterprise use cases across science, industry, and engineering."
      }
    }
  },
  "fifth-section": {
    "sub-title": "ENGINEERING & ADVISORY CAPABILITIES",
    "title": "Expert Engineering for QAI's Hybrid Quantum–AI Platform",
    "desc": "QAI's hybrid quantum–AI platform is supported by a multidisciplinary engineering organization across quantum systems, AI/HPC infrastructure, data center engineering, and platform orchestration.",
    "content": {
      "item-1": {
        "title": "Infrastructure & HPC Engineering",
        "desc": "Engineering expertise supporting large-scale AI, HPC, and hybrid quantum workloads.",
        "bullets": {
          "item-1": "GPU cluster architecture and cabinet layout",
          "item-2": "Power density and workload performance modeling",
          "item-3": "High-bandwidth networking (InfiniBand, NVSwitch, NVLink)",
          "item-4": "Optimization for AI, inference, and HPC workloads"
        },
        "roles": "Solution Architects · HPC Engineers · GPU Systems Designers"
      },
      "item-2": {
        "title": "Data Center, Cooling & Systems Engineering",
        "desc": "Integrated facility and systems engineering for high-density compute and quantum infrastructure.",
        "bullets": {
          "item-1": "Cooling capacity planning and thermal optimization",
          "item-2": "Structural, electrical, and UPS redundancy design",
          "item-3": "High-density cabinet placement and airflow engineering",
          "item-4": "Storage architecture, backup, and disaster recovery"
        },
        "roles": "Data Center Architects · Cooling & HVAC Engineers · Systems Integration Specialists"
      },
      "item-3": {
        "title": "Quantum Hardware & Software Engineering",
        "desc": "Specialized engineering supporting quantum system deployment and hybrid execution.",
        "bullets": {
          "item-1": "Installation and environmental design for superconducting quantum systems",
          "item-2": "Qubit control hardware setup and calibration",
          "item-3": "Optimization of quantum and hybrid quantum–AI workflows",
          "item-4": "Integration with DGX-based simulation environments"
        },
        "roles": "Quantum Physicists · Quantum Hardware Specialists · Quantum Solution Architects"
      },
      "item-4": {
        "title": "Strategy, Policy & Industry Programs",
        "desc": "Advisory capabilities supporting long-term quantum–AI adoption and ecosystem development.",
        "bullets": {
          "item-1": "Quantum and AI policy analysis and R&D strategy advisory",
          "item-2": "Consortium and public–private partnership planning",
          "item-3": "Long-term quantum–AI research roadmapping",
          "item-4": "Industry-specific AI factory and POC program design"
        },
        "roles": "Policy Analysts · Strategic Advisors · R&D Program Consultants"
      }
    },
    "closing": "These integrated compute zones form a unified foundation for executing hybrid quantum–AI workloads within a single facility, with reliability and control built directly into the physical infrastructure."
  },
  "sixth-section": {
    "sub-title": "PLATFORM CONTROL & ORCHESTRATION",
    "title": "Unified Control & Orchestration Overview",
    "desc": "QAI's hybrid quantum–AI platform is governed by a centralized control and orchestration layer that coordinates quantum, AI, and classical resources for reliable execution, efficient scheduling, and sustained performance across hybrid workloads.",
    "content": {
      "item-1": {
        "title": "Hybrid Workload Orchestration",
        "desc": "Centralized orchestration of hybrid quantum–AI workloads across QPU, GPU, and CPU resources for coordinated execution of simulation, training, and optimization pipelines."
      },
      "item-2": {
        "title": "Resource Allocation & Optimization",
        "desc": "Dynamic allocation and optimization of compute, memory, network, and storage resources based on workload characteristics and system availability."
      },
      "item-3": {
        "title": "Monitoring & System Visibility",
        "desc": "Real-time visibility into system health, workload execution, and performance metrics across quantum systems, DGX SuperPOD clusters, and facility infrastructure."
      },
      "item-4": {
        "title": "Operational Reliability & Governance",
        "desc": "Enterprise-grade controls supporting access management, workload isolation, auditability, and long-term stability for production-scale hybrid quantum–AI environments."
      }
    }
  },
  "seventh-section": {
    "sub-title": "TECHNOLOGY & ECOSYSTEM",
    "title": "Built on Trusted Industry Technologies",
    "desc": "QAI's hybrid quantum–AI platform is built on proven, enterprise-grade technologies and open frameworks, ensuring performance, interoperability, and long-term ecosystem alignment. This foundation enables seamless integration across hardware, software, and industry partners."
  },
  "eighth-section": {
    "sub-title": "ENGAGEMENT & COLLABORATION",
    "title": "Engage with QAI's Technology Platform",
    "desc": "QAI collaborates with research institutions, enterprise partners, and technology organizations to deploy and operate hybrid quantum–AI systems in real-world environments."
  }
}