hosts instances of the ledger, and instances of chaincode. Note that this provides a deliberate redundancy in a Fabric network — it avoids single points of failure. We’ll learn more about the distributed disseminate the private data as a condition of the endorsement of the chaincode maxPeerCount: For data redundancy purposes, the number of other peers that the current endorsing peer will attempt to distribute distribution of the private data at endorsement time to ensure redundancy of the private data on multiple peers in the network. maxPeerCount: For data redundancy purposes, the maximum number of other peers (across

hosts instances of the ledger, and instances of chaincode. Note that this provides a deliberate redundancy in a Fabric network — it avoids single points of failure. We’ll learn more about the distributed disseminate the private data as a condition of the endorsement of the chaincode maxPeerCount: For data redundancy purposes, the number of other peers that the current endorsing peer will attempt to distribute data and service discovery. Each organization should set multiple anchor peers on a channel for redundancy. For more information about gossip and anchor peers, see the Gossip data dissemination protocol

hosts instances of the ledger, and instances of chaincode. Note that this provides a deliberate redundancy in a Fabric network — it avoids single points of failure. We’ll learn more about the distributed disseminate the private data as a condition of the endorsement of the chaincode maxPeerCount: For data redundancy purposes, the number of other peers that the current endorsing peer will attempt to distribute distribution of the private data at endorsement time to ensure redundancy of the private data on multiple peers in the network. maxPeerCount: For data redundancy purposes, the maximum number of other peers (across

hosts instances of the ledger, and instances of chaincode. Note that this provides a deliberate redundancy in a Fabric network — it avoids single points of failure. We’ll learn more about the distributed disseminate the private data as a condition of the endorsement of the chaincode maxPeerCount: For data redundancy purposes, the number of other peers that the current endorsing peer will attempt to distribute distribution of the private data at endorsement time to ensure redundancy of the private data on multiple peers in the network. maxPeerCount: For data redundancy purposes, the maximum number of other peers (across

hosts instances of the ledger, and instances of chaincode. Note that this provides a deliberate redundancy in a Fabric network — it avoids single points of failure. We’ll learn more about the distributed disseminate the private data as a condition of the endorsement of the chaincode maxPeerCount: For data redundancy purposes, the number of other peers that the current endorsing peer will attempt to distribute distribution of the private data at endorsement time to ensure redundancy of the private data on multiple peers in the network. maxPeerCount: For data redundancy purposes, the maximum number of other peers (across

hosts instances of the ledger, and instances of chaincode. Note that this provides a deliberate redundancy in a Fabric network — it avoids single points of failure. We’ll learn more about the distributed disseminate the private data as a condition of the endorsement of the chaincode maxPeerCount: For data redundancy purposes, the number of other peers that the current endorsing peer will attempt to distribute distribution of the private data at endorsement time to ensure redundancy of the private data on multiple peers in the network. maxPeerCount: For data redundancy purposes, the maximum number of other peers (across

hosts instances of the ledger, and instances of chaincode. Note that this provides a deliberate redundancy in a Fabric network — it avoids single points of failure. We’ll learn more about the distributed disseminate the private data as a condition of the endorsement of the chaincode maxPeerCount: For data redundancy purposes, the number of other peers that the current endorsing peer will attempt to distribute data and service discovery. Each organization should set multiple anchor peers on a channel for redundancy. For more information about gossip and anchor peers, see the Gossip data dissemination protocol

hosts instances of the ledger, and instances of chaincode. Note that this provides a deliberate redundancy in a Fabric network — it avoids single points of failure. We’ll learn more about the distributed disseminate the private data as a condition of the endorsement of the chaincode maxPeerCount: For data redundancy purposes, the number of other peers that the current endorsing peer will attempt to distribute number of peers within your own organization that the data must be disseminated to, to ensure data redundancy in case a peer goes down after it endorses a transaction. pvtData.implicitCollectionDisseminationPolicy

hosts instances of the ledger, and instances of chaincode. Note that this provides a deliberate redundancy in a Fabric network — it avoids single points of failure. We’ll learn more about the distributed disseminate the private data as a condition of the endorsement of the chaincode maxPeerCount: For data redundancy purposes, the number of other peers that the current endorsing peer will attempt to distribute data and service discovery. Each organization should set multiple anchor peers on a channel for redundancy. For more information about gossip and anchor peers, see the Gossip data dissemination protocol

hosts instances of the ledger, and instances of chaincode. Note that this provides a deliberate redundancy in a Fabric network — it avoids single points of failure. We’ll learn more about the distributed disseminate the private data as a condition of the endorsement of the chaincode maxPeerCount: For data redundancy purposes, the number of other peers that the current endorsing peer will attempt to distribute data and service discovery. Each organization should set multiple anchor peers on a channel for redundancy. For more information about gossip and anchor peers, see the Gossip data dissemination protocol