Borrowers obtain liquidity by issuing securities backed by the current period payoff and resale price of a long-lived collateral asset, and they are privately informed about the payoff distribution. Asset price can be self-fulfilling: a higher asset price lowers adverse selection and allows borrowers to raise greater funding, which makes the asset more valuable, leading to multiple equilibria. Optimal security design eliminates multiple equilibria, improves welfare, and can be implemented as a repo contract. Persistent adverse selection lowers debt funding, generates volatility in asset prices, and exacerbates credit crunches. The theory demonstrates the role of asset-backed securities on stability of market-based financial systems.

We exploit the staggered state-level enactment of the Uniform Trade Secret Act (UTSA) to examine the impact of intellectual property (IP) protection on product market dynamics. We find that UTSA-impacted firms shift their IP strategy to rely more on trade secrets and less on patents. Less IP disclosure increases information asymmetry and rival firms must adapt their competitive strategies as espionage and reverse engineering become more costly. Predation risk increases, and rivals engage in more intense price and non-price competition. Additionally, we find the probability of being acquired increases post-UTSA as rivals seek to acquire innovation, resulting in more concentrated product markets. Further, we find that the stock market generally views UTSA favorably.