Revolution Populi Integrates Chainlink Oracles To Power Decentralized Social Media

The Revolution Populi team announced on Jul 14 that they have partnered with Chainlink, to utilize the platform’s proprietary decentralized data oracle technology. The company’s digital ecosystem will use Chainlink’s oracles to record, secure and issue digital payments. Plus, the Chainlink infrastructure will be used to securely connect any DApp to the Revolution’s decentralized public blockchain, with democracy as the basic tenet, since the aim is to challenge the social media giants like Facebook, Twitter etc. who misappropriate user data.

.@Rev_Populi is integrating #Chainlink to secure transactions across its digital ecosystem and social network. Initial focuses include determining user payments for social media activity & triggering payments directly to record companies for content usage.— Chainlink – Official Channel (@chainlink) July 14, 2020

Rob Rosenthal, CEO of Revolution Populi stated: “We’re going to return the internet back to the people to whom it rightfully belongs, and to do that, we’re going to integrate Chainlink’s powerful smart contract middleware throughout the project, which will secure point to point transactions across this new digital ecosystem and social net.”

About Revolution Populi

The Revolution Populi is building a digital ecosystem and decentralized social media network, based on the blockchain and DLT technology. The company is aiming to enhance data sovereignty and to put people back in control of their data. The initiative is led by Dr Gelernter of Yale University (a futurist and pioneer in distributed computing) and Mr Rob Rosenthal – a Goldman Sachs veteran.

About Chainlink

Chainlink is a decentralized data oracles service, which connects smart contracts to off-chain real world events information. The oracles are secure, resistant to manipulation and thus reliable. The main product Chainlink price reference contracts consists of 30 DeFi price feeds, on the Ethereum network, each consisting of 7 to 21 secure, independent Sybil resistant nodes, sourcing data from a high quality aggregator.