Libra Credit is a decentralized lending ecosystem that facilitates open access to credit anywhere and anytime based on the Ethereum blockchain. Libra Credit is a global initiative with a mission to provide financial inclusion and lower the cost of financial services. Powered by its proprietary big data, AI-based credit assessment technology and existing global partnership networks, Libra Credit has the expertise and capabilities to realize its mission. Libra Credit aims to offer a seamless digital lending process that can be completed in 5 steps: application, verification and credit assessment, confirmation, collateral deposit, and disbursement. The Libra Credit platform will focus on a dual-credit risk scoring mechanism that considers the creditworthiness of the pledged collateral as well as the credit information of the borrower. Borrowers will be able to pledge any crypto-assets as collateral and receive loans in their desired asset. Using smart contracts and a proprietary collateral valuation and liquidation system, Libra Credit will lock in agreed terms between borrows, lenders, custodians, guarantors and liquidators. Libra Credit was founded in 2017 and operates out of San Francisco, USA. They are backed by investors such as FBG Capital, GBIC, DHVC, Dekypt Capital, Crypto Parency, and others. Lu Hua, Co-Founder & CEO has experience in the payments, financing, and risk management industries. He was previously the CEO of moKredit, one of China’s top digital credit servicing companies. Lu was also the Head of Core Payments for PayPal China and the Head of Global Banking Platform for PayPal US. Dan Schatt, Co-Founder & COO has previously worked as the Chief Commercial Officer at Stockpile Inc., a leading fintech company, and as General Manager of Financial Innovations at PayPal. Howard Wu, Chief Scientist, he is a blockchain and cryptography expert who is a Founding Partner of Dekrypt Capital, Advisor of Blockchain at Berkeley, and Software Engineer at Google. He advises the project in a technical capacity and has received a Master’s degree in Electrical Engineering and Computer Sciences from UC Berkeley. There are already quite a few blockchain lending projects, so competition is stiff. Libra Credit’s development progress is rather early compared to its competitors. The crypto-to-crypto lending part seems to be well thought out. However, not so much with the crypto-to-fiat part. According to the roadmap, crypto-to-fiat lending is scheduled to launch in 2018 Q3. With details lacking in the weekly blog update about crypto-to-fiat lending, it is difficult to gauge whether the proposed timeline is reasonable.
Harmony’s open, decentralized network is enabled through the use of the native protocol token - Harmony ONE. The token incentivizes and rewards a variety of participants including developers, validators/stakers, investors, and community members who develop, secure and govern the network. In order to use the network, users pay a small transaction fee denominated in the native Harmony token. Harmony’s scalable, high-throughput protocol is powered by a native token which is used for various forms of payment and participation in the protocol (staking, transaction fees, voting & governance). Harmony uses blockchain to align incentives of different stakeholders, developers and businesses while allowing them to build open marketplaces of fungible and non-fungible tokens and assets. Furthermore, the upcoming application of zero-knowledge proofs will allow Harmony to become a data sharing platform that can overcome the conflicting problem plaguing many information and data markets: that individual market participants’ have mutual distrust to share data but strong desire to acquire data themselves. The Harmony token will function in the following aspects of the protocol: The token is used for staking, which is necessary to participate in the POS consensus & earn block rewards and transaction fees. The token is used to pay for transaction fees, gas and storage fees. The token is used in voting for on-chain governance of the protocol.