We develop a dynamic model of decentralized finance (DeFi) lending that incorporates two/these key features: 1) borrowing and lending are decentralized, anonymous, overcollateralized and backed by the market value of crypto assets where contract terms are pre-specified and rigid; and 2)...

We develop a dynamic model of DeFi lending that incorporates the following key features: 1) borrowing and lending are decentralized, anonymous, overcollaterlized, and backed by the market value of crypto assets where contract terms are pre-specified and rigid; and 2) information friction exists...

Borrowers obtain liquidity by issuing securities backed by the dividend and resale price of a long- lived collateral asset. Security design alleviates adverse selection in the securities markets arising from borrowers' private information about the collateral quality. Security design and asset...

We highlight the multiplier role of (public) safe assets by studying a model of a bank’s balance sheet. The bank optimally constructs a portfolio of safe and risky assets and designs its liabilities. Holding costly but adverse-selection-free safe assets multiplies the production of risky...

Decentralized Finance (DeFi) is composed of a variety of heterogeneous sectors that are interconnected through an input-output network of its tokens. We use a panel data set to empricially document the evolution of the DeFi network across its different sectors. We then employ a standard,...

Decentralized finance (DeFi) is composed of a variety of heterogeneous sectors that are interconnected through an input-output network of its tokens. We first use a panel data set to empirically document the evolution of the DeFi network across its different sectors. Instead of looking at the...