The foundational technical framework supporting metaverse platforms, comprising cloud computing, edge networks, distributed systems, and computing power networks that enable scalable, low-latency delivery of immersive virtual experiences.
Semantic Classification
Content
Core Components
The “Holy Trinity”
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Cloud computing backbone
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Edge network distribution
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Distributed systems coordination
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Scalable infrastructure foundation
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Dynamic workload adaptation
Cloud Platform Role
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AWS and Azure maturation
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Digital infrastructure backbone
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Complex simulation hosting
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Virtual world support
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Interactive experience delivery
NVIDIA Omniverse Architecture
Cloud Computer System
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NVIDIA OVX for graphics
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Physics simulation capability
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NVIDIA HGX for AI workloads
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Graphics Delivery Network (GDN)
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Global distributed data centres
Edge Delivery
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Low-latency graphics delivery
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Metaverse graphics at edge
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High-performance streaming
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Global scale distribution
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Real-time rendering support
Computing Power Network
Three-Layer Architecture
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Infrastructure layer (base)
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Orchestration management layer
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Operation service layer
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Flexible computing services
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Low-cost power delivery
Digital Economy Role
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Early metaverse development support
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Vertical industry applications
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Computing resource distribution
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Service scalability
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Digital economy driver
Intel Three-Layer Model
Meta Intelligence Layer
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Unified programming model
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Open software tools
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Development standardisation
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Cross-platform compatibility
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Developer ecosystem support
Meta Ops Layer
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Infrastructure layer
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Compute delivery beyond local
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User resource extension
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Network optimisation
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Service orchestration
Meta Compute Layer
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Raw computing horsepower
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Experience powering
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Processing capacity
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GPU and CPU resources
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Hardware acceleration
Computing Power Requirements
Scale Challenge
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1,000x current computing needed
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Collective power increase
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Distributed architecture requirement
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Decentralised compute placement
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Current architecture limitations
Edge Computing Necessity
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Digital infrastructure at edge
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Bridge virtual/physical worlds
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User proximity deployment
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Large data set management
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Latency reduction critical
Security Architecture (2024)
High Availability Design
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Data encryption in transit
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Storage encryption
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ML for log analysis
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VPC flow log monitoring
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Data visualisation tools
Multi-Cloud Setup
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Dual cloud architecture
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Data centre redundancy
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Multiple cloud operation
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High security standards
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Resilience assurance
Network Technologies
Interconnectivity
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Diverse wireless networks
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Wired network integration
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Cloud/edge/end computing synergy
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Full potential operation
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Multi-technology convergence
Software-Defined Networking
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Control and data plane separation
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Adaptable network management
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Centralised control
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Greater scalability
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Demand responsiveness