Self-regulating Network
Network
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- Every participant can refer to secure track records from project track records possessing cryptographic provenance.
- A symbiotic global network of projects and stakeholders to significantly improve the efficiency of complex projects.
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Collaboration
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- Collaborative Project planning with consensus that is non-repudiable when achieved.
- Any project milestone, planned or achieved, can be securely and provably endorsed by any relevant stakeholder.
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Self-Regulation
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- Changes are automatically transmitted to affected milestones & participants through the hash-linked project network.
- Project progress can be automatically tracked across all participants.
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Self-regulating Network
Network
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- Every participant can refer to secure track records from project track records possessing cryptographic provenance.
- A symbiotic global network of projects and stakeholders to significantly improve the efficiency of complex projects.
-
-
Collaboration
-
-
-
- Collaborative Project planning with consensus that is non-repudiable when achieved.
- Any project milestone, planned or achieved, can be securely and provably endorsed by any relevant stakeholder.
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-
Self-Regulation
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- Changes are automatically transmitted to affected milestones & participants through the hash-linked project network.
- Project progress can be automatically tracked across all participants.
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Distributed Smart Contracts
Smart Contracts
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- Project schedules and planned performance can be encoded into smart contracts.
- Smart contracts contain logic to determine value creation and automate value transfer upon milestone achievement.
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Payments
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- Project funds and payments are builtin using native tokens and can be automated.
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Distributed Smart Contracts
Smart Contracts
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- Project schedules and planned performance can be encoded into smart contracts.
- Smart contracts contain logic to determine value creation and automate value transfer upon milestone achievement.
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Payments
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- Project funds and payments are builtin using native tokens and can be automated.
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Authentication & Security
Authentication
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- PKI infrastructure for authenticating projects and participants
- Non-repudiable commitments and work-records
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Security
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- Sensitive project and participant data can be secured using the underlying crypto architecture.
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Authentication & Security
Authentication
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- PKI infrastructure for authenticating projects and participants
- Non-repudiable commitments and work-records
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Security
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- Sensitive project and participant data can be secured using the underlying crypto architecture.
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Asset-backed Tokens
cybereum™ will have 2 native tokens backed by real value:
Token1
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- The PayToken will represent the project budget. It is backed by external stores of value.
- Any combination can be chosen flexibly across asset classes & borders: fiat currency, crypto tokens, commodities etc.
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Token2
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- The ValToken is created on cybereum™ in a project, and represents project created value.
- It will be traded for Token 1 during project execution at payment milestones. It encodes ownership of the Project created value, becoming an asset-backed token.
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Asset-backed Tokens
cybereum™ will have 2 native tokens backed by real value:
Token1
-
-
-
- The PayToken will represent the project budget. It is backed by external stores of value.
- Any combination can be chosen flexibly across asset classes & borders: fiat currency, crypto tokens, commodities etc.
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Token2
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- The ValToken is created on cybereum™ in a project, and represents project created value.
- It will be traded for Token 1 during project execution at payment milestones. It encodes ownership of the Project created value, becoming an asset-backed token.
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Components
Components

Project Network as Hash Linked DAG - "multidimensional" Blockchain
Next Steps...
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