Archives

Mina Launches a Proof of Concept to Enable Anyone to Run a Web Node on a Browser with Support from Viable Systems

Mina Ecosystem 

Mina Ecosystem and ecosystem partner Viable Systems together are releasing a proof of concept demonstrating that Mina is on-track to enable anyone to run a web node on a browser.

Juraj Selep, CEO of boutique blockchain development firm Viable Systems, shared, “we’re very excited to share this proof of concept showing how close we are to releasing the capabilities enabling anyone to run a Mina web node on their browser. This has wide standing implications for the scalability of blockchain-based applications across Web3 and eventually mobile, as lightweight node operation is paramount to achieving those milestones.”

Also Read: Mythics, Inc. Partners with The Northwest Regional Data Center…

Evan Shapiro, CEO of Mina Foundation and Co-Founder of Mina Protocol expressed, “Decentralization has always been a core value of the Mina Ecosystem. Making participation in the Mina network at a node level so much more accessible increases decentralization and therefore security of the entire ecosystem.”

Kurt Hemecker, COO of the Mina Foundation, articulated, “by ensuring there is no need to trust third party node operators when joining or interacting with Mina, we dramatically enhance security. Additionally, easy integration of zkOracles will help bridge Web2 and Web3 worlds.”

The Mina Foundation is a public benefit corporation serving the Mina Protocol, the world’s lightest blockchain. The Foundation supports the protocol and its community by issuing grants to third parties that make significant contributions and by maintaining & managing community and network health. Board members include former Executive Director at ZCash Foundation Josh Cincinnati, Harvard Business School Finance Professor and Coinbase Advisory board member Marco Di Maggio, former Crypto Engineering Lead at Twitter Tess Rinearson, Mina Foundation General Counsel Joon Kim, and Mina Foundation CEO Evan Shapiro.

SOURCE: PRWeb