Decentralized and scalable state management
AssigneeGobaru Limited
InventorsOfir Zohar, Gal Zuckerman, Yaron Revah, Matan Arazi, Shemer Shimon Schwarz, Dan Yadlin
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AssigneeGobaru Limited
InventorsOfir Zohar, Gal Zuckerman, Yaron Revah, Matan Arazi, Shemer Shimon Schwarz, Dan Yadlin
Estimating the term…
This disclosure enhances a resilient high-bandwidth state-transition computer by incorporating a novel decentralized platform. The decentralized platform introduces a hierarchical, multi-level architecture utilizing node-sets and validation clusters to achieve exceptional scalability, fault tolerance, and data integrity. Entities, comprising distinct data sets, are distributed across node-sets, each maintaining a blockchain to record state changes. Node-set-level Merkle trees provide efficient data verification within node-sets, while a global Merkle tree combines node-set states into a unified representation of the global state, verified through consensus among validation clusters. This multi-dimensional cryptographic linking, enhanced by inter-node-set activations, creates a robust and tamper-proof system capable of handling millions of entities and ensuring data consistency across a distributed network.
A system operative to manage a global state in conjunction with a plurality of validation clusters, comprising:
A method for managing a global state in conjunction with a plurality of validation clusters, the method comprising:
Dependencies are inferred from the claim text.