Abstract: Computer systems and methods with decentralized blockchain orchestration architecture use multiple orchestrators embedded at the cluster level. A push architecture is provided for manipulating and verifying workload configurations, including the ability to determine differences between stored configurations and actual configurations.

Abstract: The present disclosure relates to a system and method for synchronizing nodes and snapshot data, independent of cloud infrastructure. The system includes a blockchain node management server, a node synchronization automation module, and a cluster of synchronized blockchain nodes implemented on the cloud. The blockchain node management server generates a new node, and the node synchronization automation module, using an automation engine, configures the node, deploys the node onto the blockchain network, and synchronizes the node with other blockchain nodes. A blockchain node synchronizes with the node of the blockchain network, reflects change in data in a chain data disk, and a snapshot of the chain data disk is created. Snapshots of different nodes are synchronized, independent of the infrastructure environment.

Abstract: The present disclosure relates to a system and method for exposing data from blockchain nodes and orchestrating requests to blockchain nodes. The system mainly includes a client application, a load balancer, and blockchain nodes connected to the blockchain network. The system receives a request from the client application. The load balancer is configured with an upstream selection logic and configured with custom metadata specific to blockchain nodes. Based upon the upstream selection logic, the load balancer generates a proxy request to the selected blockchain node. The load balancer of the system is a general-purpose load balancer having built-in plugins, such as an authentication service unit and a tracking unit. Based on the selection logic and the upstream metadata, the general-purpose load balancer is extended with custom plugins.

Abstract: The present disclosure relates to a system and method for exposing data from blockchain nodes and orchestrating requests to blockchain nodes. The system mainly includes a client application, a load balancer, and blockchain nodes connected to the blockchain network. The system receives a request from the client application. The load balancer is configured with an upstream selection logic and configured with custom metadata specific to blockchain nodes. Based upon the upstream selection logic, the load balancer generates a proxy request to the selected blockchain node. The load balancer of the system is a general-purpose load balancer having built-in plugins, such as an authentication service unit and a tracking unit. Based on the selection logic and the upstream metadata, the general-purpose load balancer is extended with custom plugins.

Abstract: The present disclosure relates to a system and method for synchronizing nodes and snapshot data, independent of cloud infrastructure. The system includes a blockchain node management server, a node synchronization automation module, and a cluster of synchronized blockchain nodes implemented on the cloud. The blockchain node management server generates a new node, and the node synchronization automation module, using an automation engine, configures the node, deploys the node onto the blockchain network, and synchronizes the node with other blockchain nodes. A blockchain node synchronizes with the node of the blockchain network, reflects change in data in a chain data disk, and a snapshot of the chain data disk is created. Snapshots of different nodes are synchronized, independent of the infrastructure environment.

Abstract: Disclosed herein are systems and method for launching a new node in a blockchain network. In one exemplary aspect, the method may generate a snapshot of a node participating in a blockchain network and storing the snapshot in an archive, wherein the snapshot comprises a blockchain. The method may receive a request to create a new node to participate in the blockchain network. The method may retrieve, from the archive, the snapshot of the node in the blockchain network. The method may create the new node and load the snapshot onto the new node such that the blockchain comprised in the snapshot is imported without downloading or verifying the blocks of the blockchain individually. The method may then synchronize the new node with changes that occurred on the blockchain subsequent to the generation of the snapshot.

Abstract: Disclosed herein are systems and method for launching a new node in a blockchain network. In one exemplary aspect, the method may generate a snapshot of a node participating in a blockchain network and storing the snapshot in an archive, wherein the snapshot comprises a blockchain. The method may receive a request to create a new node to participate in the blockchain network. The method may retrieve, from the archive, the snapshot of the node in the blockchain network. The method may create the new node and load the snapshot onto the new node such that the blockchain comprised in the snapshot is imported without downloading or verifying the blocks of the blockchain individually. The method may then synchronize the new node with changes that occurred on the blockchain subsequent to the generation of the snapshot.