Lendingblock is a platform that facilitates peer-to-peer borrowing and lending of cryptocurrencies and digital assets. The first cross-blockchain crypto-to-crypto based platform, we are revolutionsing the cryptomarket by bringing securities lending and institutional grade capabilities to the cryptoeconomy. With private investors including AlphaBlock, GlobalBlockchain, Astronaut Capital and Fengshui Capital, Lendingblock has met its private sale investment targets. Founded by a team of experts from the fintech, and traditional trading space including Deloitte, Credit Suisse, Deutsche Bank, crypto-enthusiasts and blockchain experts, Lendingblock is a critical innovation for the future of the financial landscape.
STO/ICO Status
Claim this listing and publish updates.
Basics
| Platform | Ethereum |
|---|---|
| Type | ERC20 |
| Accepting | ETH |
| Circulating Supply | 10% |
| KYC | N/A |
| Restricted Areas | N/A |
| Homepage | Website URL |
| White Paper | View/Download |
About
Lendingblock is an open exchange for borrowing and lending cryptocurrencies and digital assets. It allows borrowers and lenders to enter into fully collateralised crypto vs crypto lending agreements. Lenders can earn incremental interest income on their long term investment in digital assets, while borrowers can use their digital assets as collateral to enable borrowing to support shorter term trading, hedging and working capital needs. Lendingblock is creating a parallel financial service for the crypto economy to securities lending in traditional capital markets, a market that has $2trn of assets on loan and generated $4bn of revenue in 2017. This white paper will be released and extended incrementally in advance of the announcement of the token sale on 9 March, 2018.Lendingblock is a protocol and platform designed to enable and encourage borrowing and lending within the crypto financial system, bringing the economic benefits of lending (increased spending and growth, connecting capital supply and demand) to the distributed blockchain economy, but minimising the need for inefficient intermediaries that are unnecessary in the cryptographic asset environment.
