Description: A decentralized graph is a graph structure in which control and information management are distributed among nodes, rather than centralized at a single point. This feature allows each node to act autonomously and collaborate with other nodes without the need for an intermediary. In a decentralized graph, communication and decision-making are carried out more efficiently, as they do not depend on a central server that could become a single point of failure. This structure is particularly relevant in systems where resilience and scalability are crucial, such as peer-to-peer networks, blockchain, and distributed systems. The nodes in a decentralized graph can represent entities such as computers, users, or devices, and the connections between them reflect the relationships or interactions they have. Decentralization also promotes transparency and security, as information is not stored in one place, making unauthorized access or data manipulation more difficult. In summary, decentralized graphs are fundamental for the development of modern technologies that require a collaborative and fault-tolerant approach, allowing for greater flexibility and autonomy in information management.
