Technical Whitepaper
  • Welcome to Arcology Technical Whitepaper
  • 1. Introduction
    • 1.1. Attempted Solutions
    • 1.2. What is Arcology?
    • 1.3. Key Features
    • 1.4. Applications
  • 2. Existing Design Flaws
    • 2.1. Transaction Processing
    • 2.2. Communication
    • 2.3. Consensus
    • 2.4. Storage
    • 2.5. VM Incompatibility
  • 3. Solution Overview
    • 3.1. Distributed Computing
    • 3.2. Deterministic Concurrency
    • 3.3. Tiered Storage
    • 3.4. Consensus
    • 3.5. Intelligent Network Communication
  • 4. Arcology Architecture
    • 4.1. Microservice
    • 4.2. Intra-node Horizontal Scaling
  • 5. Network Communication
    • 5.1. Multi-channel
    • 5.2. Self-adaptive
  • 6. Consensus
    • 6.1. Existing Mechanisms
    • 6.2. Multifactoring
    • 6.3. Advantages
    • 6.4. The Process
    • 6.5. Engine
    • 6.6. Metadata
    • 6.7. Validator Quantification
  • 7. Smart Contract
    • 7.1. Integration
    • 7.2. EVM Compatibility
  • 8. Data Storage
    • 8.1. Issues
    • 8.2. Arcology Storage solution
  • 9. Parallel Merkle Tree
    • 9.1. Tree Structure
    • 9.2. Manipulation
    • 9.3. Tree Storage
    • 9.4. Proof Retrieval
  • 10. Concurrency Control
    • 10.1. Arcology's Concurrency Solution
    • 10.2. Benefits
    • 10.3. Determinism
    • 10.4. Design Considerations
    • 10.5. Arcology Concurrency Framework
  • 11. Microservice Architecture
  • 12. Network Partitioning
    • 12.1. Sharding
    • 12.2. Self-Organization
  • 13. Conclusion
  • 14. References
  • Legal Disclaimer
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13. Conclusion

Arcology is a radically new concept that unites three core features in a first-of-its-kind blockchain design: parallel transaction processing and self-organization. The Arcology network is the first decentralized ecosystem that is secure, scalable and decentralized.

Arcology are broadening expectations of what blockchain can do in the real world. Arcology can not only compete with centralized systems but outperforms them across the board.

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Last updated 2 years ago