that we would classify as public permissionless blockchain technology. Basically, these are public networks, open to anyone, where participants interact anonymously. As the popularity of Bitcoin, Ethereum use, we need to consider the following requirements: Participants must be identified/identifiable Networks need to be permissioned High transaction throughput performance Low latency of transaction confirmation Blockchain useful? Today’s Systems of Record The transactional networks of today are little more than slightly updated versions of networks that have existed since business records have been kept. The members

that we would classify as public permissionless blockchain technology. Basically, these are public networks, open to anyone, where participants interact anonymously. As the popularity of Bitcoin, Ethereum use, we need to consider the following requirements: Participants must be identified/identifiable Networks need to be permissioned High transaction throughput performance Low latency of transaction confirmation Blockchain useful? Today’s Systems of Record The transactional networks of today are little more than slightly updated versions of networks that have existed since business records have been kept. The members

that we would classify as public permissionless blockchain technology. Basically, these are public networks, open to anyone, where participants interact anonymously. As the popularity of Bitcoin, Ethereum use, we need to consider the following requirements: Participants must be identified/identifiable Networks need to be permissioned High transaction throughput performance Low latency of transaction confirmation Blockchain useful? Today’s Systems of Record The transactional networks of today are little more than slightly updated versions of networks that have existed since business records have been kept. The members

that we would classify as public permissionless blockchain technology. Basically, these are public networks, open to anyone, where participants interact anonymously. As the popularity of Bitcoin, Ethereum need to consider the following requirements: • Participants must be identified/identifiable • Networks need to be permissioned • High transaction throughput performance • Low latency of transaction Blockchain useful? Today’s Systems of Record The transactional networks of today are little more than slightly updated versions of networks that have existed since business records have been kept. The members

that we would classify as public permissionless blockchain technology. Basically, these are public networks, open to anyone, where participants interact anonymously. As the popularity of Bitcoin, Ethereum need to consider the following requirements: • Participants must be identified/identifiable • Networks need to be permissioned • High transaction throughput performance • Low latency of transaction Blockchain useful? Today’s Systems of Record The transactional networks of today are little more than slightly updated versions of networks that have existed since business records have been kept. The members

that we would classify as public permissionless blockchain technology. Basically, these are public networks, open to anyone, where participants interact anonymously. As the popularity of Bitcoin, Ethereum use, we need to consider the following requirements: Participants must be identified/identifiable Networks need to be permissioned High transaction throughput performance Low latency of transaction confirmation Blockchain useful? Today’s Systems of Record The transactional networks of today are little more than slightly updated versions of networks that have existed since business records have been kept. The members

that we would classify as public permissionless blockchain technology. Basically, these are public networks, open to anyone, where participants interact anonymously. As the popularity of Bitcoin, Ethereum use, we need to consider the following requirements: Participants must be identified/identifiable Networks need to be permissioned High transaction throughput performance Low latency of transaction confirmation Blockchain useful? Today’s Systems of Record The transactional networks of today are little more than slightly updated versions of networks that have existed since business records have been kept. The members

that we would classify as public permissionless blockchain technology. Basically, these are public networks, open to anyone, where participants interact anonymously. As the popularity of Bitcoin, Ethereum need to consider the following requirements: • Participants must be identified/identifiable • Networks need to be permissioned • High transaction throughput performance • Low latency of transaction Blockchain useful? Today’s Systems of Record The transactional networks of today are little more than slightly updated versions of networks that have existed since business records have been kept. The members

that we would classify as public permissionless blockchain technology. Basically, these are public networks, open to anyone, where participants interact anonymously. As the popularity of Bitcoin, Ethereum need to consider the following requirements: • Participants must be identified/identifiable • Networks need to be permissioned • High transaction throughput performance • Low latency of transaction Blockchain useful? Today’s Systems of Record The transactional networks of today are little more than slightly updated versions of networks that have existed since business records have been kept. The members

that we would classify as public permissionless blockchain technology. Basically, these are public networks, open to anyone, where participants interact anonymously. As the popularity of Bitcoin, Ethereum use, we need to consider the following requirements: Participants must be identified/identifiable Networks need to be permissioned High transaction throughput performance Low latency of transaction confirmation Available since v1.4.2. Serviceability and operations improvements As more Hyperledger Fabric networks enter a production state, serviceability and operational aspects are critical. Fabric v1.4 takes