Blockchain consortium Hyperledger has announced that its distributed-ledger framework, Hyperledger Fabric, is now production-ready in a version 1.0 release.
Hyperledger has made Hyperledger Fabric 1.0 available for the development of applications, products and solutions on an open-source basis.
Hyperledger Fabric—hosted by The Linux Foundation—offers modular architecture for plug-and-play components, and leverages smart contracts it calls “chaincode” for the system’s application logic. The technology was incubated 16 months ago and placed on active status in March 2017.
Brian Behlendorf, executive director of Hyperledger, said the release of the technology is a milestone for distributed-ledger technology.
“After over a year of public collaboration, testing, and validation in the form of proof of concepts and pilots, consumers and vendors of technology based on Hyperledger Fabric can now advance to production deployment and operations,” Behlendorf. “I look forward to seeing even more products and services being powered by Hyperledger Fabric in the next year and beyond.”
The technology was developed by engineers from the Hyperledger community which includes CLS, the Depository Trust and Clearing Corporation (DTCC), Digital Asset, GE, the Linux Foundation, State Street, IBM, and SAP. In total, around 159 developers worked on the project.
Several Hyperledger community members have already begun using Hyperledger Fabric for their applications. CLS, for example, announced in September last year that it intends to develop a payments-netting service on Hyperledger Fabric and ANZ Banking Group is running a proof of concept to digitize guarantees for property companies.
“As a founding member of the Hyperledger community, ANZ is excited to be using Hyperledger Fabric 1.0 in its latest customer proof-of-concept, which has enabled the digitization of the bank guarantee, or standby letter of credit as they are known in the US, for property companies in Australia,” said Nigel Dobson, general manager for wholesale digital and digital banking at ANZ Banking Group, in an accompanying statement
The collaboration adds elements of Intel’s security and privacy toolkit for Corda’s need-to-know feature, which assures confidentiality in trades by selectively sending information to parties who require it.
R3’s lead platform engineer Mike Hearn said the consortium is continually working on solutions to better protect privacy on the ledger.
“By partnering with Intel, we will be able to give Corda users more class-leading features as we continue to set the standard in distributed ledger technology data privacy,” Hearn said in a statement. “Corda addresses multiple problems identified by our 80-plus members across the globe but transaction privacy is usually the top issue blocking real-world deployment.”