cadastry

title: 'Core Concepts' description: 'Understand the fundamental concepts and components of the Cadastry network.' order: 3

Core Concepts of Cadastry

This page outlines the key concepts and components that form the foundation of the Cadastry network.

Decentralized Metadata Management

Cadastry is built on the principle of decentralized metadata management, allowing for transparent, secure, and immutable storage of asset information across various industries. This fundamental approach ensures that data remains accessible while maintaining the highest standards of security and reliability.

Blockchain Technology

Leveraging blockchain technology, Cadastry ensures data integrity and provides a trustless environment for metadata verification and management. The blockchain serves as an immutable ledger, recording all transactions and changes in a transparent and verifiable manner.

CometBFT Consensus Protocol

Cadastry utilizes the CometBFT (formerly Tendermint) consensus protocol, enabling fast and secure transaction processing while maintaining network stability and security. This proven consensus mechanism ensures reliable network operation and swift transaction finality.

Node Types

The Cadastry network consists of four primary node types, each serving a specific purpose:

  1. Consensus Nodes: Maintain network consensus and validate transactions, forming the backbone of the network's security and reliability.

  2. Validation Nodes: Ensure data integrity and enforce metadata standards, acting as guardians of data quality and compliance.

  3. Computational Nodes: Process complex tasks and support AI/ML operations, enabling advanced data analysis and processing capabilities.

  4. Storage Nodes: Provide decentralized storage and enable fast data retrieval, ensuring data availability and redundancy across the network.

Cadastry ID (CDID)

Each asset in the Cadastry network is assigned a unique Cadastry ID (CDID), facilitating easy identification and cross-referencing between documents. This standardized identification system ensures that assets can be tracked and verified across the entire network.

Flexible Data Schema

Cadastry incorporates a flexible data schema that integrates standards like CIDOC-CRM and Dublin Core, allowing for comprehensive and adaptable metadata representation. This flexibility ensures that the system can accommodate various asset types and industry requirements while maintaining interoperability.

Digital Signatures

Using the Ed25519 cryptographic standard, Cadastry implements digital signatures to ensure the authenticity and integrity of metadata entries. This cryptographic foundation provides a secure and verifiable way to track changes and ownership.

Interoperability

Cadastry is designed to be interoperable with various blockchain ecosystems, enabling seamless asset management and data exchange across different platforms. This cross-chain compatibility ensures that assets can be managed and verified across multiple networks.

Governance

The Cadastry network employs a decentralized governance model, allowing stakeholders to participate in decision-making processes and network upgrades. This democratic approach ensures that the network evolves according to the needs of its community while maintaining stability and security.

CD Token

The native token of the Cadastry network, CD Token is used for transaction fees, verification and evaluation fees, staking, and network governance. It plays a crucial role in maintaining network security and facilitating network operations.

Getting Started

Understanding these core concepts is essential for effectively utilizing and participating in the Cadastry network. For more detailed information on specific components, please refer to their respective documentation pages.

These foundational elements work together to create a robust and efficient system for decentralized asset management and verification. As you explore the documentation further, you'll discover how each component contributes to the overall functionality of the Cadastry ecosystem.