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NuNet Whitepaper
NuNet Whitepaper
  • NuNet Whitepaper
  • Summary
  • 🌎Global Computing Infrastructure
    • Current State: data and computing silos
    • A flexible, decentralized computational universe
  • 🌐System architecture
    • Overview
    • Computational and Functional Principles
      • Context Awareness
      • Mobility
      • Value Exchange
    • Supported functionalities
      • Mobile Computational Processes
      • Flexible Workflow Design
      • Data and Value Production & Exchange
      • Logical Scalability
      • Verification and Validation
      • An Ecosystem of Adaptive Decentralized Computations
      • Learning and Meta-Learning
      • Human-mediated Cognitive Development
  • 💼Business and Operational Model
    • Multi-sided platform
      • Compute providers
      • Data Providers
      • AI Service Providers
      • Consumers
      • Network Operators
      • Technical Partners
      • Platform Developers
      • NuNet Organization
    • Partnerships and envisioned interoperations
      • SingularityNET
      • Decentralized AI Alliance (DAIA)
      • SingularityDAO
      • COD
      • Others
  • 👨‍💻Governance & Decentralization
    • Governance
    • Governance Roadmap
    • Future NuNet Token
      • Dynamic Pricing and Demand/Supply Dynamics
    • Ecosystem Building and Token Distribution
  • 💻Technical roadmap and Use Cases
    • Initial technical roadmap
    • Potential Use Cases
    • Large Partnerships
  • 🔗Whitepaper download and references
  • Important Notice
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  1. System architecture
  2. Computational and Functional Principles

Mobility

PreviousContext AwarenessNextValue Exchange

Last updated 2 years ago

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NuNet agents will support mobility of computational processes by enabling them to move between devices of the network and in this way enabling the dynamic optimization of computational workflows and business processes - bringing data closer to processes or processes closer to data. All computational processes are containers, which can be spun and installed at the location of choice. Choices of moving containers across the network will be made by workflow organizers (i.e. network operations agents), while NuNet will provide necessary APIs providing context awareness and computational reflection information as well as support installation and destruction of containers as instructed.

Note that mobility of computational agents provides not only for the greater efficiency of computational workflows by enabling processing closer to data, but also for completely new business models. For example, highly sensitive data can be processed at a client's site by planting containers with proprietary AI / ML algorithms within the boundaries of the client's private cloud and ensuring that no data is leaked. Containers with algorithms may be cryptographically signed and secured and NuNet will ensure that the container is destroyed when the computing job is done, in this way securing privacy and intellectual property of both data and computing intelligence providers.

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