Enterprise blockchain firm Hyperledger Foundation has announced the development and release of three roadmap projects: Cactus 1.0, FireFly 1.0, and a Long-Term Support (LTS) preview of Iroha 2.0.
Under the umbrella of the Linux Foundation, Hyperledger supports an ecosystem of fourteen distributed ledgers. The use of the three technological tools is intended to support consumers and companies in the areas of blockchain, web3 and decentralized applications (DApps).
We are pleased to announce these important development milestones for three projects; including Hyperledger Cactus 1.0, Hyperledger FireFly 1.0 and Hyperledger Iroha 2.0 LTS Congratulations to the project teams! Find out more and get involved: pic.twitter.com/W7XhUEB4D5
— Hyperledger Foundation (@Hyperledger) May 19, 2022
Hyperledger Foundation Executive Director Daniela Barbosa stated that these achievements reflect the “high development momentum across the Hyperledger community as well as the increasing maturity of the enterprise blockchain market,” before stating:
“The core value of the enterprise blockchain has proven itself across industries, and our global and growing community is now building a rich ecosystem that will fuel the next wave of interconnected, interoperable solutions.”
The annual Hyperledger Global Forum (HGF) conference begins September 12th and runs through September 14th in Dublin, Ireland and welcomes some of the leading developers and participants in the Hyperledger community.
See also: Climate, Blockchain and CBDCs: An Interview with Hyperledger’s Karen Ottoni
Cointelegraph sat down with Karen Ottoni, Hyperledger’s ecosystem director, during Paris Blockchain Week to discuss the company’s efforts to impact climate change goals, use cases for Bitcoin mining, and her position on central bank digital currencies (CBDCs). .
https://cointelegraph.com/news/hyperledger-foundation-deploy-new-versions-of-three-blockchain-tools-to-enhance-ecosystem The Hyperledger Foundation provides new versions of three blockchain tools to improve the ecosystem