Merkle Tree | System Design | High Level Design скачать в хорошем качестве

Merkle Tree | System Design | High Level Design

Welcome to a concise guide on Merkle Trees in system design! Join me as I explore this essential data structure for verifying data integrity and consistency. What is a Merkle Tree? A Merkle Tree (or hash tree) is a tree data structure in which every leaf node is labeled with the cryptographic hash of a data block, and every non-leaf node is labeled with the cryptographic hash of its child nodes. This structure ensures data integrity and efficient verification in distributed systems. How Merkle Trees Work Leaf Nodes: Each leaf node contains the hash of a data block. Parent Nodes: Each parent node contains the hash of its child nodes. Root Hash: The top node, known as the root hash or Merkle root, represents the entire dataset. Verification: To verify a data block, you only need to check the hashes up the path to the root, ensuring efficient verification. Drawbacks Complexity: Requires understanding of cryptographic hashing and tree structures. Overhead: Introduces computational and storage overhead for maintaining hash values. Update Complexity: Updating a single data block requires recalculating hashes up to the root, which can be resource-intensive. Follow ‪‪@ReactifyLabs‬ for more Amazon, Apple, Facebook, Meta, Netflix, Google #consistency #strongconsistency #eventualconsistency #consistencymodels #SystemDesign #SoftwareArchitecture #SystemArchitecture #DesignPatterns #ScalableSystems #DistributedSystems #MicroservicesArchitecture #LargeScaleSystems #TechDesign #SystemScaling #PerformanceEngineering #DesignThinking #ArchitecturalDecisions #HighAvailability #SystemOptimization #CloudArchitecture #InfrastructureDesign #NetworkDesign #DatabaseDesign #SystemReliability #SystemDesign #MerkleTrees #dataintegrity #TechTutorial #learnwithme #programming #cloudarchitecture #TechExplained #softwareengineering #blockchain #cloudarchitecture #Scalability #distributedsystems #PeerToPeerNetworks #DataVerification