Fabric implements a modular architecture to provide functional choice to network designers. Specific algorithms for identity, ordering (consensus) and encryption, for example, can be plugged in to any Hyperledger data, values within chaincode can be encrypted (in part or in total) using common cryptographic algorithms such as AES before sending transactions to the ordering service and appending blocks to the ledger ript/lib/fabcar.js#L93], where you can see a smart contract transaction that creates a new car: async createCar(ctx, carNumber, make, model, color, owner) { const car = { color, docType:

Fabric implements a modular architecture to provide functional choice to network designers. Specific algorithms for identity, ordering (consensus) and encryption, for example, can be plugged in to any Hyperledger data, values within chaincode can be encrypted (in part or in total) using common cryptographic algorithms such as AES before sending transactions to the ordering service and appending blocks to the ledger ript/lib/fabcar.js#L93], where you can see a smart contract transaction that creates a new car: async createCar(ctx, carNumber, make, model, color, owner) { const car = { color, docType:

Fabric implements a modular architecture to provide functional choice to network designers. Specific algorithms for identity, ordering (consensus) and encryption, for example, can be plugged in to any Hyperledger data, values within chaincode can be encrypted (in part or in total) using common cryptographic algorithms such as AES before sending transactions to the ordering service and appending blocks to the ledger ript/lib/fabcar.js#L93], where you can see a smart contract transaction that creates a new car: async createCar(ctx, carNumber, make, model, color, owner) { const car = { color, docType:

Fabric implements a modular architecture to provide functional choice to network designers. Specific algorithms for identity, ordering (consensus) and encryption, for example, can be plugged in to any Hyperledger data, values within chaincode can be encrypted (in part or in total) using common cryptographic algorithms such as AES before sending transactions to the ordering service and appending blocks to the ledger ript/lib/fabcar.js#L93], where you can see a smart contract transaction that creates a new car: async createCar(ctx, carNumber, make, model, color, owner) { const car = { color, docType:

Fabric implements a modular architecture to provide functional choice to network designers. Specific algorithms for identity, ordering (consensus) and encryption, for example, can be plugged in to any Hyperledger data, values within chaincode can be encrypted (in part or in total) using common cryp- tographic algorithms such as AES before sending transactions to the ordering service and appending blocks to the ledger creates a new car: 72 Chapter 4. Key Concepts hyperledger-fabricdocs Documentation, Release master async createCar(ctx, carNumber, make, model, color, owner) { const car = { color, docType: 'car', make

Fabric implements a modular architecture to provide functional choice to network designers. Specific algorithms for identity, ordering (consensus) and encryption, for example, can be plugged in to any Hyperledger data, values within chaincode can be encrypted (in part or in total) using common cryp- tographic algorithms such as AES before sending transactions to the ordering service and appending blocks to the ledger creates a new car: 72 Chapter 4. Key Concepts hyperledger-fabricdocs Documentation, Release master async createCar(ctx, carNumber, make, model, color, owner) { const car = { color, docType: 'car', make

Fabric implements a modular architecture to provide functional choice to network designers. Specific algorithms for identity, ordering (consensus) and encryption, for example, can be plugged in to any Hyperledger data, values within chaincode can be encrypted (in part or in total) using common cryp- tographic algorithms such as AES before sending transactions to the ordering service and appending blocks to the ledger creates a new car: 72 Chapter 4. Key Concepts hyperledger-fabricdocs Documentation, Release master async createCar(ctx, carNumber, make, model, color, owner) { const car = { color, docType: 'car', make

Fabric implements a modular architecture to provide functional choice to network designers. Specific algorithms for identity, ordering (consensus) and encryption, for example, can be plugged in to any Hyperledger data, values within chaincode can be encrypted (in part or in total) using common cryp- tographic algorithms such as AES before sending transactions to the ordering service and appending blocks to the ledger example, look at fabcar.js, where you can see a smart contract transaction that creates a new car: async createCar(ctx, carNumber, make, model, color, owner) { const car = { color, docType: 'car', make

data, values within chaincode can be encrypted (in part or in total) using common cryptographic algorithms such as AES before sending transactions to the ordering service and appending blocks to the ledger ordered and bundled into blocks. Because of this fact, these systems rely on probabilistic consensus algorithms which eventually guarantee ledger consistency to a high degree of probability, but which are still orderer nodes forms an ordering service. Because Fabric’s design relies on deterministic consensus algorithms, any block validated by the peer is guaranteed to be final and correct. Ledgers cannot fork the

data, values within chaincode can be encrypted (in part or in total) using common cryptographic algorithms such as AES before sending transactions to the ordering service and appending blocks to the ledger ript/lib/fabcar.js#L93], where you can see a smart contract transaction that creates a new car: async createCar(ctx, carNumber, make, model, color, owner) { const car = { color, docType: ordered and bundled into blocks. Because of this fact, these systems rely on probabilistic consensus algorithms which eventually guarantee ledger consistency to a high degree of probability, but which are still