from different certificate authorities See the Ledger topic for a deeper dive on the databases, storage structure, and “query-ability.” Privacy Hyperledger Fabric employs an immutable ledger on a per-channel This makes a lot of sense because a database provides a rich set of operators for the efficient storage and retrieval of states. We’ll see later that Hyperledger Fabric can be configured to use different options The world state is physically implemented as a database, to provide simple and efficient storage and retrieval of ledger states. As we’ve seen, ledger states can have simple or compound values,

from different certificate authorities See the Ledger topic for a deeper dive on the databases, storage structure, and “query-ability.” Privacy Hyperledger Fabric employs an immutable ledger on a per-channel This makes a lot of sense because a database provides a rich set of operators for the efficient storage and retrieval of states. We’ll see later that Hyperledger Fabric can be configured to use different options The world state is physically implemented as a database, to provide simple and efficient storage and retrieval of ledger states. As we’ve seen, ledger states can have simple or compound values,

from different certificate authorities See the ledger topic for a deeper dive on the databases, storage structure, and “query-ability.” 4.2.4 Privacy Hyperledger Fabric employs an immutable ledger on This makes a lot of sense because a database provides a rich set of operators for the efficient storage and retrieval of states. We’ll see later that Hyperledger Fabric can be configured to use different options The world state is physically implemented as a database, to provide simple and efficient storage and retrieval of ledger states. As we’ve seen, ledger states can have simple or compound values,

from different certificate authorities See the ledger topic for a deeper dive on the databases, storage structure, and “query-ability.” 4.2.4 Privacy Hyperledger Fabric employs an immutable ledger on This makes a lot of sense because a database provides a rich set of operators for the efficient storage and retrieval of states. We’ll see later that Hyperledger Fabric can be configured to use different options The world state is physically implemented as a database, to provide simple and efficient storage and retrieval of ledger states. As we’ve seen, ledger states can have simple or compound values,

from different certificate authorities See the Ledger topic for a deeper dive on the databases, storage structure, and “query-ability.” Privacy Hyperledger Fabric employs an immutable ledger on a per-channel This makes a lot of sense because a database provides a rich set of operators for the efficient storage and retrieval of states. We’ll see later that Hyperledger Fabric can be configured to use different options The world state is physically implemented as a database, to provide simple and efficient storage and retrieval of ledger states. As we’ve seen, ledger states can have simple or compound values,

from different certificate authorities See the Ledger topic for a deeper dive on the databases, storage structure, and “query-ability.” Privacy Hyperledger Fabric employs an immutable ledger on a per-channel This makes a lot of sense because a database provides a rich set of operators for the efficient storage and retrieval of states. We’ll see later that Hyperledger Fabric can be configured to use different options The world state is physically implemented as a database, to provide simple and efficient storage and retrieval of ledger states. As we’ve seen, ledger states can have simple or compound values,

from different certificate authorities See the ledger topic for a deeper dive on the databases, storage structure, and “query-ability.” 4.2.4 Privacy Hyperledger Fabric employs an immutable ledger on This makes a lot of sense because a database provides a rich set of operators for the efficient storage and retrieval of states. We’ll see later that Hyperledger Fabric can be configured to use different options The world state is physically implemented as a database, to provide simple and efficient storage and retrieval of ledger states. As we’ve seen, ledger states can have simple or compound values,

from different certificate authorities See the Ledger topic for a deeper dive on the databases, storage structure, and “query-ability.” Privacy Hyperledger Fabric employs an immutable ledger on a per-channel This makes a lot of sense because a database provides a rich set of operators for the efficient storage and retrieval of states. We’ll see later that Hyperledger Fabric can be configured to use different options The world state is physically implemented as a database, to provide simple and efficient storage and retrieval of ledger states. As we’ve seen, ledger states can have simple or compound values,

from different certificate authorities See the ledger topic for a deeper dive on the databases, storage structure, and “query-ability.” 4.2.4 Privacy Hyperledger Fabric employs an immutable ledger on This makes a lot of sense because a database provides a rich set of operators for the efficient storage and retrieval of states. We’ll see later that Hyperledger Fabric can be configured to use different options The world state is physically implemented as a database, to provide simple and efficient storage and retrieval of ledger states. As we’ve seen, ledger states can have simple or compound values,

from different certificate authorities See the ledger topic for a deeper dive on the databases, storage structure, and “query-ability.” 4.2.4 Privacy Hyperledger Fabric employs an immutable ledger on This makes a lot of sense because a database provides a rich set of operators for the efficient storage and retrieval of states. We’ll see later that Hyperledger Fabric can be configured to use different options The world state is physically implemented as a database, to provide simple and efficient storage and retrieval of ledger states. As we’ve seen, ledger states can have simple or compound values,