Distributed Ledger Models sit at the heart of blockchain technology, defining how data is shared, synchronized, and trusted across independent participants. This section explores the architectural blueprints that allow ledgers to exist without a central authority—yet remain consistent, verifiable, and resilient. From linear blockchains and DAG-based ledgers to hybrid and permissioned designs, distributed ledger models shape everything from transaction speed and security to governance and scalability. Understanding these models reveals why some networks favor openness while others prioritize control, why certain systems excel at payments while others focus on data integrity, and how design choices ripple outward into real-world performance. This category is built to help you compare, visualize, and understand the structural logic behind modern ledgers. Whether you’re examining classic blockchain chains, newer graph-based approaches, or enterprise-focused distributed databases, Distributed Ledger Models provides the conceptual foundation needed to see how trust is engineered at scale. Think of this section as a structural map—showing not just what ledgers do, but how they’re designed to do it.
Distributed Ledger Models
