cadastry

title: "Executive Summary" order: 2

Cadastry Executive Summary

Introduction

Cadastry is the natural evolution of Web3 infrastructure, pioneering as the world's first decentralized metadata-focused blockchain. It is designed to revolutionize the management, validation, and certification of metadata for both digital and real-world assets. By combining blockchain technology with a robust human-AI hybrid certification system, Cadastry offers a solution to trust in fragmented metadata landscape, addressing critical challenges in standardization, verification, and interoperability across various industries and blockchain ecosystems.

The current state of the blockchain industry reveals a critical gap: the absence of a unified language for digital assets across different platforms. Each blockchain application operates with its own metadata standards and verification system, creating a fragmented ecosystem that hinders widespread adoption. This fragmentation leads to:

  • Incomplete asset representation due to rudimentary metadata
  • Trust deficiency caused by inconsistent verification methods
  • Interoperability roadblocks preventing seamless asset transfers
  • Regulatory challenges stemming from non-standardized asset information

Cadastry aims to bridge this gap by providing a fundamental shift in approach, focusing on trust, validation, verification, and interoperability in the digital asset space.

Vision and Mission

Vision: To become the Global Metadata Root (GMR), serving as the core protocol-level primitive for unified metadata standards and cross-chain interoperability in the blockchain ecosystem.

Mission: To create a decentralized, standardized infrastructure for metadata that enables trustworthy, interoperable, and efficient management of digital and real-world assets across all blockchain platforms - Backend for web3.

Unique Selling Point

Cadastry's unique selling point is its comprehensive approach to solving the metadata fragmentation problem in the blockchain space. By providing a standardized, blockchain-agnostic system for asset metadata and verification, Cadastry enables true interoperability and trust across industries and diverse blockchain ecosystems, paving the way for widespread adoption of blockchain technology in real-world applications. By offering a new approach to creating, managing and verifying metadata, Cadastry offers a blockchain powered solution for traditional industries in need of a verification data layer.

Core Value Proposition

Unified Metadata Standard with AI-Assisted Adaptation

  • Flexible, comprehensive data schema derived from established standards like CIDOC-CRM and Dublin Core
  • AI-powered schema adaptation for automatic industry-specific extensions
  • User-friendly tools for custom schema creation, encouraging community-driven standards evolution

Decentralized Validation

  • Trusted, tamper-proof system leveraging blockchain technology and digital signatures
  • Staking system for validators to increase trust in the decentralized network

Hybrid Certification System

  • Tiered system of certified experts ensuring accuracy and reliability of metadata
  • AI-powered verification for scalable, accurate metadata certification
  • Transparent, community-governed certification process
  • Specialized certification tracks for different industries (e.g., art, real estate, intellectual property)

Interoperability

  • Cross-chain compatibility facilitating seamless asset transfers and recognition across platforms
  • Semantic interoperability using RDF (Resource Description Framework) and OWL (Web Ontology Language)

Enhanced Searchability and Analytics

  • Structured, blockchain-based database improving discoverability of digital asset information
  • Natural language processing for intuitive, context-aware search capabilities
  • Data analytics tools for generating insights from metadata across different asset classes and industries

Scalable and Efficient Architecture

  • Efficient data storage and retrieval mechanisms optimized for metadata
  • Edge network solution for improved performance and reduced latency

Privacy-Preserving Metadata

  • Combination of encryption, hashing, and off-chain storage with on-chain anchoring for privacy-sensitive metadata
  • Cryptographic access control allowing metadata creators to choose private fields

Key Features

Decentralized Blockchain

Built on the CometBFT (ex. Tendermint) consensus protocol, ensuring security, transparency, and immutability of stored metadata.

Flexible Data Schema

  • Support for four main record types (actors, objects, events, places) with customizable subclasses
  • Modular, composable schema system allowing users to define custom types
  • Governance mechanism for community-driven schema updates and extensions

Semantic Interoperability

  • Advanced cross-referencing using semantic web technologies
  • Implementation of SPARQL endpoints for complex querying and data integration

AI-Assisted Metadata Generation and Validation

  • Integration of AI models for metadata generation, suggesting tags and classifications
  • AI-powered anomaly detection to flag potential issues for human review

Privacy as a Cornerstone

  • Encryption-based system where metadata creators choose private fields
  • Sensitive information held in encrypted fields, with creator-held keys

Network Structure and Operation

Cadastry operates on a sophisticated, decentralized network of specialized nodes and human certifiers:

Node Types

  1. Consensus Nodes: Maintain network consensus, validate transactions, and handle token mining.
  2. Validation Nodes: Enforce metadata standards and ensure data integrity.
  3. Computational Nodes: Execute smart contracts, support AI and machine learning operations.
  4. Storage Nodes: Provide decentralized storage and fast data retrieval services.

Network Operation

  1. Users create and update documents by uploading them to RPC endpoints.
  2. RPC sends documents to consensus nodes.
  3. Consensus nodes delegate document validation to validation or computation nodes based on transaction type.
  4. Validation and/or computation nodes return processed documents to consensus nodes for insertion into the chain database.
  5. Storage nodes analyze the blockchain and hold the latest documents as an edge storage network for dissemination to end users.

Cadastry Certifiers

Cadastry Certifiers are organizations or individuals responsible for validating and certifying the truthfulness and correctness of metadata documents within the Cadastry ecosystem. They form the backbone of trust, ensuring the integrity of the information stored on the blockchain.

Key Responsibilities:

  • Reviewing metadata documents for accuracy and completeness
  • Verifying the authenticity of the information provided
  • Certifying documents that meet the required standards
  • Maintaining a high level of professional integrity and expertise in their respective industries

Certifier Tiers

Tier 1 Certifiers (Industry Leaders)

  • Manage lower-tier certifiers and handle larger disputes
  • Responsible for metadata standards in their industry
  • Highest staking requirements

Tier 2 Certifiers (Experienced Professionals)

  • Handle smaller disputes
  • Responsible for metadata standards in their industry sub-tree
  • Moderate staking requirements

Tier 3 Certifiers (Entry-Level Verificators)

  • Work under supervision of higher-tier certifiers
  • Evaluates and certifies documents
  • Lower staking requirements

Industry Use Cases

Real World Assets (RWA)

  • Standardized metadata for tokenized real estate, commodities, art and other physical assets
  • Verifiable provenance and ownership history

Financial Instruments

  • Comprehensive metadata for complex financial products
  • Improved transparency and risk assessment capabilities

Gaming

  • Interoperable in-game profiles, assets and achievements
  • Verifiable rarity and ownership of digital collectibles

Artificial Intelligence

  • Standardized metadata for AI models and datasets
  • Improved traceability and accountability in AI development

Intellectual Property

  • Improved tracking and management of IP rights
  • Enhanced protection against infringement through verifiable ownership records

Economy Model

Cadastry generates revenue through:

  1. Transaction Fees: Charges for document creation, storage, and updating.
  2. Certification Fees: Charges for metadata certification by qualified experts (share of profits).
  3. Token Utility: Native $CD token used for network operations, governance, and staking.

Success will be measured through metrics such as network growth, transaction volume, and adoption rates across different industries. The economic model will be adjusted through community governance to ensure long-term sustainability and value creation.

Token Economics

  • Token: Cadastry Token ($CD)
  • Supply: Generated through mining
  • Utility: Transaction fees, staking for nodes and certifiers, governance, service payments
  • Mining: Proof-of-Stake (PoS) based, with different node types
  • Inflation Control: Adaptive economy through governance voting

Go-to-Market Strategy

  1. Node Sales Program: Tiered node offerings to jumpstart network growth
  2. Certifier Recruitment: Onboarding of industry experts and organizations as certified verifiers
  3. Strategic Partnerships: Collaborations with blockchain platforms, digital asset marketplaces, and certification bodies
  4. Developer-Friendly Ecosystem:
    • SDKs and APIs for easy integration of Cadastry into existing systems
    • Sandbox environment for testing and building metadata-driven applications
    • Grants and support for innovative projects leveraging Cadastry's infrastructure
  5. Education and Awareness: Workshops, webinars, and documentation to drive adoption

Competitive Advantage

  • First-mover advantage in decentralized metadata standardization and certification
  • Unique combination of blockchain technology, human expertise, and AI-assisted processes
  • Tiered certification system ensuring high-quality, trustworthy metadata
  • Cross-chain compatibility and semantic interoperability for wide-ranging applications
  • Flexible, AI-adaptable data schema suitable for various asset types and industries
  • Advanced node structure supporting complex operations, including AI integration
  • Privacy-preserving features balancing transparency with data protection

Roadmap

Phase 1: Foundation

  • Milestone 1: Successfully deploy devnet to test core features
  • Milestone 2: Sell Tier 1 and Tier 2 nodes to key stakeholders
  • Milestone 3: Launch testnet for a broader set of participants
  • Milestone 4: Establish initial partnerships
  • Milestone 5: Release developer tools and SDKs

Phase 2: Growth

  • Milestone 6: Complete transition from Testnet to Mainnet
  • Milestone 7: Onboard Tier 1 certifiers
  • Milestone 8: Expand the network of Tier 2 and 3 certifiers
  • Milestone 9: Implement metadata transfer between different blockchains
  • Milestone 10: Integrate AI for automated metadata analysis

Phase 3: Expansion

  • Milestone 11: Develop customized metadata standards for specific industries
  • Milestone 12: Launch enterprise solutions
  • Milestone 13: Establish Cadastry as a recognized standard in major blockchain ecosystems

Conclusion

Cadastry is poised to become the central repository and verification network for all digital and tokenized real-world assets. By addressing critical challenges in metadata standardization, verification, and interoperability, and by combining advanced blockchain technology with human expertise and AI capabilities, Cadastry facilitates a more trustworthy and efficient digital economy. As the Global Metadata Root, Cadastry aims to revolutionize how metadata is managed and verified across industries, paving the way for true blockchain adoption and real-world impact.