industry or public domain can adopt, with the assurance that its networks will be interoperable across market, regulatory and geographic boundaries. Hyperledger Fabric Model This section outlines the key design large order to manufacture 10,000 Model D cars for Daintree, a new entrant in the personal transport market. Although the order represents a significant win for MagnetoCorp, Daintree will not have to pay for they use the Fabric APIs putState(), getState() and createCompositeKey() to access the ledger. We’ll expand this smart contract later to list all commercial papers in paperNet – what might the method look

industry or public domain can adopt, with the assurance that its networks will be interoperable across market, regulatory and geographic boundaries. 4.3 Hyperledger Fabric Model This section outlines the key large order to manufacture 10,000 Model D cars for Daintree, a new entrant in the personal transport market. Although the order represents a significant win for MagnetoCorp, Daintree will not have to pay for they use the Fabric APIs putState(), getState() and createCompositeKey() to access the ledger. We’ll expand this smart contract later to list all commercial papers in paperNet – what might the method look

industry or public domain can adopt, with the assurance that its networks will be interoperable across market, regulatory and geographic boundaries. Hyperledger Fabric Model This section outlines the key design large order to manufacture 10,000 Model D cars for Daintree, a new entrant in the personal transport market. Although the order represents a significant win for MagnetoCorp, Daintree will not have to pay for they use the Fabric APIs putState(), getState() and createCompositeKey() to access the ledger. We’ll expand this smart contract later to list all commercial papers in paperNet – what might the method look

industry or public domain can adopt, with the assurance that its networks will be interoperable across market, regulatory and geographic boundaries. 4.3 Hyperledger Fabric Model This section outlines the key large order to manufacture 10,000 Model D cars for Daintree, a new entrant in the personal transport market. Although the order represents a significant win for MagnetoCorp, Daintree will not have to pay for they use the Fabric APIs putState(), getState() and createCompositeKey() to access the ledger. We’ll expand this smart contract later to list all commercial papers in paperNet – what might the method look

industry or public domain can adopt, with the assurance that its networks will be interoperable across market, regulatory and geographic boundaries. 4.3 Hyperledger Fabric Model This section outlines the key large order to manufacture 10,000 Model D cars for Daintree, a new entrant in the personal transport market. Although the order represents a significant win for MagnetoCorp, Daintree will not have to pay for they use the Fabric APIs putState(), getState() and createCompositeKey() to access the ledger. We’ll expand this smart contract later to list all commercial papers in paperNet – what might the method look

industry or public domain can adopt, with the assurance that its networks will be interoperable across market, regulatory and geographic boundaries. Hyperledger Fabric Model This section outlines the key design large order to manufacture 10,000 Model D cars for Daintree, a new entrant in the personal transport market. Although the order represents a significant win for MagnetoCorp, Daintree will not have to pay for they use the Fabric APIs putState(), getState() and createCompositeKey() to access the ledger. We’ll expand this smart contract later to list all commercial papers in paperNet – what might the method look

industry or public domain can adopt, with the assurance that its networks will be interoperable across market, regulatory and geographic boundaries. Hyperledger Fabric Model This section outlines the key design large order to manufacture 10,000 Model D cars for Daintree, a new entrant in the personal transport market. Although the order represents a significant win for MagnetoCorp, Daintree will not have to pay for they use the Fabric APIs putState(), getState() and createCompositeKey() to access the ledger. We’ll expand this smart contract later to list all commercial papers in paperNet – what might the method look

industry or public domain can adopt, with the assurance that its networks will be interoperable across market, regulatory and geographic boundaries. 4.3 Hyperledger Fabric Model This section outlines the key large order to manufacture 10,000 Model D cars for Daintree, a new entrant in the personal transport market. Although the order represents a significant win for MagnetoCorp, Daintree will not have to pay for they use the Fabric APIs putState(), getState() and createCompositeKey() to access the ledger. We’ll expand this smart contract later to list all commercial papers in paperNet – what might the method look

large order to manufacture 10,000 Model D cars for Daintree, a new entrant in the personal transport market. Although the order represents a significant win for MagnetoCorp, Daintree will not have to pay for they use the Fabric APIs putState(), getState() and createCompositeKey() to access the ledger. We’ll expand this smart contract later to list all commercial papers in paperNet – what might the method look "asset_id":"asset1","owner_org":"Org1MSP","pub lic_description":"A new asset for Org1MSP"} Because the market for assets is hot, Org1 wants to flip this asset and put it up for sale. As the asset owner, Org1

或使用超级链XuperOS，其已发布丰富的合约模板，涵盖溯源、存证、积 分、去中心化等多行业模板。 点击了解 [https://xchain.baidu.com/n/console#/xuperos/contracts?type=market] ERC721简介 ERC721是数字资产合约,交易的商品是非同质性商品。其中，每一份资产， 也就是token_id都是独一无二的类似收藏品交易。 ERC721具备哪些功能 通过ini 或使用超级链XuperOS，其已发布丰富的合约模板，涵盖溯源、存证、积 分、去中心化等多行业模板。 点击了解 [https://xchain.baidu.com/n/console#/xuperos/contracts?type=market] 问题引入 假设我们面临着这样的一个问题：“几个摄影师朋友找到你，他们的摄影作品 上传到自己的blog后总是被其他人盗用，使用水印之类的方法也无法避免像 截取部分这种情况，他们需要一个能证明摄影作品最早是由自己上传、而且