Super Ledger feature summary

Hyperledger Fabric is a modular blockchain architecture that is a unique implementation of distributed bookkeeping technology (DLT), which provides a network that can be used by enterprises with security, scalability, encryption, and executable features. Hyperledger Fabric provides the following blockchain networking capabilities: Identity Management

To support a licensed network, Hyperledger Fabric provides a membership service (Membership Identity services) that manages the user ID and authenticates all participants on the network. Access control lists can provide additional permissions through authorization for specific network operations. For example, a specific user ID can be allowed to invoke a chain code application, but prevents the deployment of a new chain code. One of the truths about the Hyperledger fabric network is that members know each other (identities), but they don't know what they're doing (privacy and confidentiality). Privacy and Confidentiality

Hyperledger Fabric enables competing business interests and any group that requires private, confidential transactions to coexist on the same licensed network. A private channel is a restricted message delivery path that can be used to provide transactional privacy and confidentiality for a specific subset of network members. All data, including transactions, members, and channel information, is not visible and no network member can access the channel. Efficient processing capacity

Hyperledger Fabric assigns network roles through node types. Operations that perform transactions are separated from transaction ordering and commit validation to provide concurrency control and parallelism to the network. Performing transactions before sorting enables each peer node to process multiple transactions at the same time. This concurrent execution improves the processing efficiency of each peer and accelerates the delivery of transactions for the sort service.

In addition to enabling parallel processing, nodes can be extracted from the requirements of transactional execution and classification maintenance, while peer nodes are freed from the sort (consistent) workload. This branch of the role also restricts the processing required for authorization and authentication, and all peer nodes do not need to trust all sort nodes, and vice versa, so that processes on one node can be validated independently of the other node. Chaincode function

The Chaincode application encodes the logic of a particular type of transaction invocation in a channel. For example, to define the Chaincode of a parameter for an asset ownership change, ensure that all transactions that transfer ownership are subject to the same rules and requirements. The system Chaincode is a special chaincode that defines the operation parameters of the entire channel. The lifecycle and configuration system Chaincode defines the rules for channels (channel), and the recognition and validation system Chaincode defines the requirements for supporting and validating transactions. Modular Design

Hyperledger Fabric implements a modular architecture that provides network designers with functional options. For example, specific identification, sequencing (consistent), and cryptographic algorithms can be inserted into any hyperledger fabric network. The result is a common blockchain architecture that can be used in any industry or public domain, and that its network will interoperate between market, regulatory, and geographic boundaries.